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HP 3563A User's Manual

1. AdW 1M amp M25dW 4075dV 3d 1Mu 3925dN 3875dV o 4 115 Amplitude Accuracy and Flatness Measurement Three BNC center conductor grounded Sigal Seting Frequency CHANNEL save rasa esta CCS eo oee so ev HT nav ies chHsbdW Tanay CRANE AE STA A 13 BV TT 250v asav kz IES TA i280dN aay 1g EE EI Tanay 27 diV Ey 4 Amplitude Linearity Signal Frequency 10 kHz Range Setting 10 Vrms 1000 Ves vevms 987Vm dT 100Vms i0i9Vms SBAmmms 1000mvms 1032mvms 96790mvms 10 00 mVims 1187mWms 83 9mms 31858mWwms 47tmVms 18B8mim O 1000mVms 2517mvms Si71uVms II BNG center conductor grounded Specification Measured Value Amplitude Upper Lin 10 00 Vrms 10 59 Vrms 9499Vms 1 000 Vers 1081Vms 926mm 100 0 mVims Umum 82981 mVims 10 00 mVims i200mvms 794mvms 31628 mVims 4850 mVims i45mim 100mVms 2559mums 559uvm 1 4 116 Performance Tests Performance Test Record 5 Amplitude and Phase Match BNC shell grounded Pat PASS adn Pan PASS sesion 47 dBV 2 ee w 5 T E BNC center conductor grounded Range Amplitude Phase Set sedo Pn PASS action zoss 8 BE sav 8 zoss 10 1
2. 0 Mode OPER Contro LOCAL Phase Lock OFF Sense J INTERNAL 3 3 Operation Verification Tests How To Perform An Operation Verification Test How To Perform An Operation Verification Test Conventions There are two types of keys on the HP 3563A hardkeys and softkeys Hardkeys are organized on the front panel according to functional group See Figure 3 1 In these procedures the functional group is in brackets the hardkeys appear in bold text and the softkeys are in regular text 1 For example Functional Group Measurement jp OS bess kHz ud FREQ _ Hardkeys Entry Softkeys 1 2 This example instructs you to first press the hardkey FREQ which is found in the Measurement group followed by the softkey FREQ SPAN Next enter the number 10 on the numeric keypad located in the Entry group Specify the measurement unit by pressing the kHz softkey Markers Measurement Control LLLLLLLL NP E Display Entry Input Setup Figure 3 1 Front Panel illustration 3 4 Operation Verification Tests How To Perform An Operation Verification Test Marker Values Y X 25 0k Y 50 0k Y 351 486 Y 12 0242 Yo 3915 dB Ya gt 12034 Synihesis Pole Zero 0 X 25 0 kHz Command Line Message Figure 3 2 HP 3563A Display Note In the following test procedures numeric values may require multiple keystrokes y In the previous example
3. Specifications apply when AUTO CAL is enabled or within 5 C and 2 hours of last internal calibration Ambient temperature Oto 55 C Relative humidity 95 at 40 C Altitude lt 4570 m 15 000 ft Storage Temperature 40 to 75 C Altitude x 15240 m 50 000 ft Power 86 127 V AC 48 to 66 Hz 195 253 V AC 48 to 66 Hz 450 VA maximum Weight 27 kg 58 lbs net 36 kg 79 Ibs shipping Dimensions Height 222 mm 8 75 in Width 426 mm 16 75 in Depth 578 mm 22 75 in HP IB Implementation of IEEE Std 488 1978 SH1 AH1 T5 TEO LA LEO SR1 RL1 PPO DC1 DTI CO Supports the HP 91X X 795X and 796X families of disk drives Also supports Hewlett Packard Graphics Language HP GL digital plotters 2 5 Operation Verification Tests Introduction This chapter contains the operation verification tests These tests check selected specifications in their worst case conditions to provide a high level of confidence 90 that the instrument is operating properly These verification procedures should be used for incoming and after repair inspections Test Duration Operation Verification Tests take approximately two hours to complete Caution Before applying line power to the analyzer or testing its electrical performance see Chapter 5 Installation Operation Verification Test List Table 3 1 lists all the specifications and the corresponding oper
4. 4 Using the marker knob move the Y marker to the center of the X marker dot and press the HP 3563A keys as follows eee HOLD Y UPPER Display A 5 Using the marker knob move the Y marker to the center of the X marker dot 6 If the delta Y is greater than or equal to 140 dB check PASS on the Performance Test Record for Channel 1 4 92 Performance Tests 15 Cross Talk Cross Talk Channel 2 Test CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER CHANNEL 4 Cy s CHANNEL 2 CHANNEL i CHANNEL 8 i BNC BNC 50 CHM FEEDTHROUGH TERMINATION ALLIGA TOR ALLIGATOR Figure 4 24 Cross Talk Channel 2 Test Procedure 1 Connect the test instruments as shown in Figure 4 24 2 Press the HP 3563A keys as follows Markers Y OFF Control START Display A amp B T Markers Entry X Display A Markers Y 4 93 Performance Tests 15 Cross Talk 3 Using the marker knob move the Y marker to the center of the X marker dot and press the HP 3563A keys as follows Porites HOLD Y UPPER F Display B 4 Using the marker knob move the Y marker to the center of the X marker dot 5 If the delta Y is greater than or equal to 140 dB check PASS on the Performance Test Record for Channel 2 If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in th
5. 88 6 Anti Alias Filter Response Signal Alias PASS ae Frequency CHANNEL 1 CHANNEL 2 Specification WW WE CA mak e o 598 IA x 3s nw ET 7 Frequency Accuracy Specification Signal Frequency o Specification Measured Val kania Lower Limit Upper Limit na 99 000 Hz 98 996 kHz 99 004 kHz K E ee mom 4 117 Performance Tests Performance Test Record 9 Single Channel Phase Accuracy BNC shell grounded Signal Trigger Specification Measured Value Frequency Lower Limit UpperLimit CHANNEL 1 CHANNEL 2 one ro CHANEL Se ere om S Br EE IE IE NEG Br 8s 39 om ros WE Hm v aw ros ANE m em rs Br op 2 p e LL BNC center conductor grounded Siga mas Frequency ST ros omen es 885 ome FS omea as Bs 1 sie RS Br Ss 95 sues Br 3s B amp oan POS GHAWET i 740 siz POS GRNNL2 oe Tav sow S Ez 7e We 10 Digital input Output Digital Internal Path External Pod 1 Sre Clk Connection Dig Pod 1 Zeros Dig Pod 1 Ones External Pod 2 Sre Cik Connection Dig Pod 2 Zeros Dig Pod 1 Ones Dig Qualifier Ones Arbitrary Source Address Pre Scaler Zeros Ones 4 118 Performance Tests Performance Test Record 11
6. Input Setup CAL Input Setup 7 INPUT CONFIG Measurement WINDOW Measurement AVG Display 7 SCALE 4 106 d 9 om t9 ng nee 6 oe ersan ternes yee eee trens s r 9 RESET SINGLE CAL CHAN 1 AC GROUND CHAN 1 FLAT TOP Entry 4 STABLE Entry X FIXD SCALE 375 100 kHz Performance Tests 20 Source Distortion Table 4 20 Source Distortion Range Source Source Setting Amplitude Frequency 25 mVpk 25 mVpk 10 kHz 60 dB 5 Vpk 5 Vpk 10 kHz 60 dB 25mVpk 25 mVpk 99 kHz 40 dB 5 Vpk 5 Vpk 99 kHz 3 For each of the range settings listed in Table 4 20 perform steps a through e a Press the HP 3563A keys as follows Markers Y OFF Input Setup RANGE To range setting in Table 4 20 Measurement SOURCE SOURCE To source amplitude in Table 4 20 LEVEL 6 2 SOURCE MA dS FIXED TYPE SINE ere To source frequency in Table 4 20 Control 1 START Display SCALE Y AUTO SCALE SPCL MARKER MRKR PEAK Markers Y b Using the marker knob move the Y marker to the center of the X marker dot 4 107 Performance Tests 20 Source Distortion c Press the HP 3563A keys as follows Markers Yo 0 uuexteed HOLD Y UPPER d Using the marker knob move the Y marker until the delta Y reading equals the delta Y value in Table 4 20 e If there is no
7. Measurement Entry SOURCE SOURCE 49 dBVrms LEVEL Display COORD__ PHASE Control START Display Entry SCALE YFIXD 1 1 Degree SCALE Markers Entry gt 7 7 E W T 5 5 Degree VALUE 10 If the measurement is within the marker band check PASS on the Performance Test Record for Part 4 4 31 Performance Tests 5 Amplitude and Phase Match 11 Press the HP 3563A keys as follows Input Setup Entry RANGE 0 dBVrms Measurement Entry SOURCE SOURCE 0 dBVrms LEVEL Control START T Markers Entry t E Mi SS 5 5 Degree VALUE 12 Tf the measurement is within the marker band check PASS on the Performance Test Record for Part 5 13 Press the HP 3563A keys as follows Input Setup Entry RANGE 10 dBVrms T Measurement Entry SOURCE SOURCE 10 dBVrms LEVEL Control START Markers Entry WM A K gt cou gv 5 5 Degree VALUE 14 If the measurement is within the marker band check PASS on the Performance Test Record for Part 6 4 32 Performance Tests 5 Amplitude and Phase Match 15 Reverse one of the banana plug connectors so the center conductor of each channel s BNC is grounded 16 Press the HP 3563A keys as follows input Setup INPUT CONFIG Display COORD Display SCALE Measurement SOUR
8. BUM tetro Figure 4 22 Noise and Spurious Signal Level Test Setup Performance Tests 14 Noise and Spurious Signal Level Procedure 1 Connect the test instruments as shown in Figure 4 22 Keep the leads from the feedthrough terminations to chassis ground as short as possible 2 Press the HP 3563A keys as follows T Control PRESET RESET Input Setup CAL a SINGLE CAL Input Setup T Entry RANGE 51 dBVrms Input Setup INPUT CONFIG CHAN 1 AC M CHAN 2 AC f Measurement Entry FREQ 5 FREQ nem 1 kHz SPAN START ess 20Hz FREQ Measurement Entry AVG 20 J Hees ENTER T STABLE Measurement WINDOW UNIFRM E NONE lt Display UNITS FPSPEO lies VOLTS UNITS RMS cca VOLTS 4 85 Performance Tests 14 Noise and Spurious Signal Level 3 Press the HP 3563A keys as follows Control START Display SCALE uc Koss d Y AUTO SCALE Markers SPCL MARKER MRKR PEAK 4 If the Ya marker reading is less than or equal to 131 dBVrms check PASS on the Performance Test Record for Channel 1 5 Press the HP 3563A keys as follows Display B Display SCALE Y AUTO SCALE Markers SPCL MARKER MRKR PEAK 4 86 Performance Tests 14 Noise and Spurious Signal Level 6 If the Yb marker reading is less than or equal to 131 dBVrms check PASS on the Performance Test R
9. Entry 8 dBVrms Entry 8 5 8 5 Degree 23 If the measurement is within the marker band check PASS on the Performance Test Record Input Setup 7 Entry 7 RANGE 8 dBVrms T Measurement SOURCE SOURCE LEVEL Control START Markers Mo i ng Y VALUE for Part 10 If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments Section III 2nd Pass Gain Adjustment ADC Offset and Reference Adjustment Input Flatness Adjustment Input Attenuator Adjustments Calibrator Adjustment Troubleshooting Section VII A33 A35 Input Boards A32 A34 Analog Digital Converter Boards A30 Analog Source Board 4 35 Performance Tests Anti Alias Filter Response 6 Anti Alias Filter Response Signals with frequencies greater than 156 kHz may be shifted down into the 100 kHz frequency range as a result of the HP 3563A s 256 kHz sample rate This test measures the ability of the 100 kHz low pass anti alias filter to reject frequencies 156 kHz and greater Note The frequency synthesizer may produce some spurious signals in the 0 to 100 kHz y span Ignore signals at frequencies other than those listed in the table when performing this test Specification All signals aliasing into the 0 to 100 kHz frequency span will be attenuated at least 80 dB below the
10. gt 70 Voltmeter Average in band energy Periodic Chirp HP 3563A Reading Y ar X100 85 Voltmeter Average in band energy 4 122 Installation enim Incoming Inspection The HP 3563A Control Systems Analyzer was carefully inspected both mechanically and electrically before shipment It should be free of marks or scratches and in perfect electrical order upon receipt Shipped with the analyzer is the power cord 3 16 bit probe cables 3 16 bit probe pods 3 8 bit probe cables a pattern generator probe lead set grabbers a pouch and the documentation set Inspect the analyzer for physical damage which may have occurred during transit If the analyzer was damaged in transit save all packing materials file a claim with the carrier and call your Hewlett Packard sales and service office Warning If the analyzer is mechanically damaged the integrity of the protective Q earth ground may be interrupted Do not connect the analyzer to power if it is damaged 5 1 Installation Safety Considerations The HP 35634 is a Safety Class 1 instrument provided with a protective earth terminal Although this instrument has been designed in accordance with international safety standards this manual contains information cautions and warnings which must be followed to ensure safe operation and retain the HP 3563A in safe operating condition Service and adjustments should be performed only by qual
11. BNC Cable CONTROL SYSTEMS ANALYZER REAR PANEL VIEW FREQUENCY SYNTHESIZER CHANNEL A ENC BNC Figure 4 28 External Reference Test Setup 4 100 Performance Tests 17 External Reference Test Procedure 1 Connect the HP 3563A as shown in Figure 4 28 2 Set Frequency Synthesizer as follows Function Sine Wave Frequency 1 000 MHz Amplitude 0 dBm Phase 0 Degrees dc Offset OV Modulation OFF Sweep OFF 3 Press the HP 35634 keys as follows Control PRESET RESET input Setup GAL om SINGLE CAL 4 Slowly decrease the frequency in 100 Hz steps on the Frequency Synthesizer until the EXT Reference Not Locked message is displayed 5 Record the frequency value on the Performance Test Record 6 Change the Frequency on the Frequency Synthesizer to 10 000 MHz 7 On the HP 3563A press Control PRESET 8 Slowly increase the frequency in 1 kHz step on the Frequency Synthesizer until the EXT Reference Not Locked message is displayed 9 Record the frequency value on the Performance Test Record If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 35634 Service Manual Adiustments 20 48 MHz Reference Adjustment Section III Troubleshooting A31 Trigger Board Section VIH 4 101 Performance Test
12. Intermodulation Distortion Measurement Two Fundamental Frequencies HH R a Press the HP 3563A keys as follows Harmonic Frequency Measurement FREQ CENTER To harmonic frequency in Table 4 15 FREQ Control START Markers gt 70 77 oues To harmonic frequency in Table 4 15 b If the Ya marker reading is less than or equal to 80 dBVrms check PASS on the Performance Test Record for Measurement One Channel 1 with the BNC center conductor grounded c If the Yb marker reading is less than or equal to 80 dBVrms check PASS on the Performance Test Record for Measurement One Channel 2 with the BNC center conductor grounded 4 Connect the test instruments as shown in Figure 4 19 5 Change the frequency of Frequency Synthesizer Channel A to 89 kHz 6 Change the frequency of Frequency Synthesizer Channel B to 99 kHz 4 81 Performance Tests 13 Intermodulation Distortion 7 Press the HP 3563A keys as follows Measurement AVG AVG OFF Measurement Entry FREQ aaa CENTER sabre 89 kHz FREQ Control START T Markers Entry X 707 c 3we54 89 kHz 8 Adjust the amplitude of Frequency Synthesizer Channel A until Ya 0 dB 50 mdB 9 Press the HP 3563A keys as follows T Measurement Entry FREQ CENTER uix 99 kHz FREQ T Markers Entry MI 99 kHz 10 Adjust the amplitude of Frequency Synthesizer Channe
13. Neutral AS n Earth PLUG SEV 1011 1959 24507 PLUG DHCR 107 220V 6A TYPE 12 220V 6A CABLE HP 5041 5815 OPERATION CABLE HP 5041 5813 OPERATION Figure 5 2 Power Cables and Plug Configurations The number shown for the plug is the industry identifier for the plug only the number shown for the cable is an HP part number fora complete cable including the plug UL listed for use in the United States of America 5 6 installation r Grounding The HP IB connector pin 12 and pins 18 through 24 are tied to protective earth ground and the HP IB cable shield The instrument frame chassis covers and all exposed metal surfaces are connected to protective earth ground The outer conductor of the analog BNCs Channel 1 and Channel 2 is NOT connected to protective earth ground and can be raised to a maximum of 42 Vpk with respect to instrument chassis Warning Do NOT interrupt the protective earth ground or float the HP 3563A This d action could expose the operator to potentially hazardous voltages Operator Maintenance Operator maintenance is limited to setting the voltage selection replacing the line fuse described in a previous section Power Requirements cleaning the fan filter and if necessary cleaning the display There are no operator controls or user serviceable parts inside the HP 3563A Only trained service personnel should perform instrument repairs Warning Under no circumstances s
14. OFF Sweep OFF High Voltage ON 4 62 Performance Tests 3 Press the HP 3563A keys as follows Control PRESET Input Setup CAL T Measurement AVG Input Setup INPUT CONFIG Input Setup RANGE T Control START Display UNITS Display COORD Markers X serre restan xe K a t om t on ser eee re v t om on 9 3 v 2 4 to eo e ee ssw raan t ne ee RESET AUTO OFF Entry 7 16 id HEA STABLE CHAN 1 AC CHAN 2 AC GROUND CHAN 1 GROUND CHAN 2 Entry 0 dBVrms o 5 t n Entry 100 kHz 4 Record the Ya amplitude reading in the Vc position of the Performance Test Record for Channel 1 4 63 Performance Tests 5 Move the setup to Channel 2 6 Press the HP 3563A keys as follows Display 7 B Control START Display COORD MAG LIN 7 Record the Yb amplitude reading in the Ve position of the Performance Test Record for Channel 2 8 Remove the 100 kQ resistor from the signal path and connect the BNC cable with the 50Q termination directly to the HP 3563A s Channel 1 input connector 9 Press the HP 3563A keys as follows Display 7 A Control START 10 Record the Ya amplitude reading in the Vin position of the Performance Test Record for Channel 1 11 Connect the 50Q termination to Channel 2 12 Press the HP 3563A keys as fol
15. d Record the Yb marker amplitude reading on the Operation Verification Test Record as the first measurement for Channel 2 e Connect the test instruments as shown in Figure 3 8 If you do not have a common mode cable use the alternate setup Figure 3 9 3 26 Operation Verification Tests 6 Common Mode Rejection CONTROL SYSTEMS ANALYZER t i R bod DUM NC M FREQUENCY SYNTHESIZER H at id P li 7 j pled ch E ad sy 444 H at a o i o s 4110 ddd 33 pero e CHANNEL 1 o o0 0 c xdudedadelcr 28 o CHANNEL 2 a ak a et et DE O CHANNEL B Synihesizer GND N COMMON MODE BNC BNC Figure 3 8 Common Mode Rejection Setup 2 CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER 32 0 e ee ST Jia G cr Vi mm CHANNEL 1 M id CHANNEL 2 O O CHANNEL 8 Figure 3 9 Alternate Common Mode Rejection Setup 2 3 27 Operation Verification Tests 6 Common Mode Rejection f Press the HP 35634 keys as follows Control START Display SCALE Y AUTO T Markers X xs To signal frequency in Table 3 4 g When the average is complete the message Measurement Complete appears in the lower right hand corner of the display Record the Ya amplitude reading on the Operation Verification Test Record as the second measurement for Channel 1 h Record the Yb amplitude reading on the Operation Verification Test Record as the second measur
16. o 2 iE ms e K ba SS O S HSGBO58080088080080 ZB i UESSUSERSERENNN omae 2g n TNT N il UU Aa W AUN UT UN MITE MU UNT Tin NN CUAD 74 m dm INPUT POD i p CD Y A CL INPUT POD 2 ac Cable labets Pod iabel G Pod Pinout label 2 Probe Tip labels 2 _INPUT POD 7 Nol used for inpu Pods Cables Figure 5 3 input Probes Cable and Labels Installation Labeling the Output Cables Pod X Source Pod MSB and Source Pod LSB 1 Refer to Figure 5 4 2 Install the Pod Pinout label shown as 1 in Figure 5 4 3 Install the Probe Tip labels shown as 2 in Figure 5 4 to match the pinouts on the Pod Pinout label 1 For example the third pinout on the right of the Pod X is the SCE END pinout Place the SCE END Probe Tip label on the corresponding third probe tip from the right 4 Repeat steps 1 3 for the remaining Source Pods Source Pod MSB and Source Pod LSB Note We recommend disconnecting the excess ground probe tips on Pod X and the y Qualifier Pod Pod Q 5 12 installation MADE iN U S A POD X NS SB Ww o NN MAGEN SOURCE POD MSB L E a NS ane cys 8858868 SS cs 18S SS Y ro BND eH nudo 11000 4 SOURCE POD MSB Tip is purple POD LSB SOURCE Pod Pinout label Probe Tip labels Cg 2 5085898 gs N 9S8 S ewsgggmg SS m cs i e
17. range setting Required Test Equipment Frequency Synthesizer Female to Female Barrel 50Q feedthrough termination BNC Cable 3 BNC Tee m f f CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER oLLELLLLL CHANNEL 1 CHANNEL 2 CHANNEL 8 FEEDTHROUGH TERMINA TION BNC BNC Figure 4 8 Anti Alias Filter Response Test 4 36 Procedure 1 Connect the test instruments as shown in Figure 4 8 2 Set the test instruments initially as follows Frequency Synthesizer Function us Frequency Amplitude Phase de Offset Modulation Sweep SINE WAVE 7 156 kHz 1 Vrms 0 Degrees OV OFF OFF 3 Press the HP 3563A keys as follows Control PRESET Input Setup CAL tate ee input Setup RANGE T Measurement AVG an x K a 9 t Measurement WINDOW Input Setup INPUT CONFIG SINGLE CAL Entry 1 Vrms STABLE FLAT TOP GROUND CHAN 1 GROUND CHAN 2 Performance Tests 6 Anti Alias Filter Response 4 37 Performance Tests 6 Anti Alias Filter Response Display A amp B Display UNITS J PSPEOG oed VOLTS UNITS RMS adita VOLTS Frequency Frequency 156 KHz 50 KHz 4 For each of the signal frequencies listed in Table 4 8 perform steps a through d a Set the frequency synthesizer to the signal frequency
18. see the alternate setup following C this procedure ee m m e n et EAA A A at A mm A40 Test Board 1 1 Input 2 Qualifiers i S 9 600 i m e 8 bi Probe Cables 3i Figure 4 12 Digital Input Output Test Setup 4 51 Performance Tests 10 Digital Input Output Procedure 1 Press the Line switch OFF 2 Using the cables connect the test board to the rear panel of the HP 3563A as shown in Figure 4 12 Verify the jumper is in the normal position N 3 Press the Line switch ON 4 Press the HP 3563A keys as follows f Control PRESET RESET Contro SPCL FCIN x SERVIC ains TEST TEST INPUT PDT DIGITAL ites INTERN PATH 5 If the test passes check PASS on the Performance Test Record for Internal Path 6 Press the HP 3563A keys as follows See INPUT POD 1 Note Wait for the test to finish before proceeding This test takes approximately d 1 minute to complete 7 If the test passes check PASS on the Performance Test Record for Input Pod 1 8 Press the HP 3563A keys as follows seges INPUT POD 2 Note Wait for the test to finish before proceeding This test takes approximately E 1 minute to complete 9 If the test passes check PASS on the Performance Test Record for Input Pod 2 4 52 Performance Tests 10 Digital Input Output 10 Press the HP 3563A keys as follows ee QUALFR POD Note Wait for the test to finish before proceeding This test
19. the value 10 requires two keystrokes 1 and O In the procedures these keystrokes are represented as 10 If you make an incorrect keystroke press the previous hardkey This will return you to a first level menu which allows you to continue with the procedure All tests must be performed with Automatic Calibration ON When the instrument powers up Auto Cal is on do not turn it off 3 5 Operation Verification Tests How To Perform An Operation Verification Test Procedure 1 Start each operation verification test by setting the test equipment to the specified conditions If no conditions are listed set the test equipment to those listed in the preceding section Initial Setup 2 Enter the keys specified in the procedure 3 Record the position of the X and Y markers as indicated for each test Refer to Figure 3 2 for an example of the position of the X and Y marker readings Additional information about reading the X and Y marker positions is available in the HP 35634 Operating Reference Manual 4 Record the results of each test on the Operation Verification Test Record located at the end of this chapter This test record may be reproduced without written permission of Hewlett Packard 5 If the HP 3563A fails a test see the If Test Fails section at the end of each test Note The instrument will not record any keystroke during a calibration cycle or a E measurement A status message appears in the lower right corne
20. 1 HP 3563A Serial Number Software Revision Code As with changes to the instrument hardware Hewlett Packard makes changes to its software To determine which version of software is in your analyzer press the following keys Control SPCL FCTN J SERVIC ix TEST TEST RESULT old FAULT LOG The revision number is listed under the Fault Log display title 1 4 introduction Documentation Set The contents of this guide apply to those instruments having the same serial number prefix as listed on the title page Instruments manufactured after the printing of this documentation set may have a serial number prefix which is not listed on the title page This unlisted prefix indicates that the instrument is different from those documented in the documentation set A yellow Manual Changes supplement which contains information documenting the differences may be included with a manual In addition to instrument change information the supplement may contain information for correcting the manual To keep this documentation set as accurate as possible Hewlett Packard recommends that you periodically request the latest Manual Changes supplement Listed on the title page is a part number This part number can be used to order extra copies of the installation guide The microfiche part number can be used to order 4 by 6 inch microfilm transparences of this guide HP 3563A Specifications Specif
21. 4 6 Measurement FREQ CENTER uoces To signal frequency FREQ in Table 4 6 4 Set the AC Calibrator to the signal frequency in Table 4 6 5 Set the Frequency Synthesizer to the signal frequency in Table 4 6 6 Set the AC Calibrator to the amplitude in Table 4 6 4 21 Performance Tests 3 Amplitude Accuracy and Fiatness 7 Press the HP 3563A keys as follows Control START Markers SPCL MARKER MRKR gt PEAK 8 Record the Ya marker reading on the Performance Test Record for the measured value Channel 1 9 Record the Yb marker reading on the Performance Test Record for the measured value Channel 2 10 Repeat steps 3 through 9 for each of the remaining settings in Table 4 6 if Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 35634 Service Manual Adjustments 2nd Pass Gain Adjustment Section HI AC Offset and Reference Adjustment Input Flatness Adjustment Input Attenuator Adjustments Calibrator Adjustment Troubleshooting A33 A35 Input Boards Section VII A32 A34 Analog Digital Converter Boards A30 Analog Source Board 4 22 Performance Tests 4 Amplitude Linearity 4 Amplitude Linearity This test measures the amplitude linearity of the HP 3563A by using the amplitude reference of the AC Calibrator Specification If the measurement of a signal is betw
22. Input Channel 1 Input Channel 2 Source and External Trigger apply to the Linear Resolution Time Capture and Time Throughput measurement modes Free Run A new analog meas urement is initiated by the completion of the previous measurement Input A new measurement is initiated when the input to either Channel 1 or 2 meets the specified trigger conditions Trigger level range is 110 of full scale input range Trigger level is user selected in steps of input range in volts 128 Source Measurements are synchronized with the periodic signal types burst random sine chirp burst chirp pulse step ramp and arbitrary External A new measurement is initiated by a signal applied to the front panel External Trigger input or the Digital Trigger port on the data qualifier pod Analog trigger level range is nominally 10 Vpeak trigger level is user selected in 80 mV steps Trigger Delay Pre and post trigger delay resolution is 1 sample 1 2048 of a time record Pre Trigger A measurement can be based on data that starts from 1 to 4096 samples 1 2048 to 2 time records prior to trigger conditions being met Post Trigger A measurement is initiated from 1 to 65 536 samples 1 2048 to 32 time records after triggering 2 4 Random noise burst random sine chirp burst chirp fixed sine swept sine step pulse ramp and arbitrary signals are available from the front panel Source output The random no
23. Input Impedance Resistance Measurement Specification Measured Value Seting Upper Li CHANNEL 950 kQ 1050 kQ 1050 kQ 1050kQ Capacitance Measurement Channel 1 Channel 2 ve Vrms Vin Vrms Vin Vrms eX Vin C 15 92 x 10 1 210 Ve Measured Value Channeli Channel 2 Specification GS n o 100pF 12 Harmonic Distortion Measurement One Measured Value Signal Harmonic Frequency Amplitude Frequency Channel 1 Channel 2 49500 Hz AO NEIN 80 dB 33000 Hz eos DAMEN DM NEN 80 dB aero LLL 80 dB 19800 Hz DATO ee ll 80 dB Measurement Two Frequency pecification 49500 Hz o e een 3000H TT 80 dB ETS O EA 828088 O ek 1 1 xd Specification IA LIA IA iA iA IA 1A IA 4 119 Performance Tests Performance Test Record 13 Intermodulation Distortion Measurement One BNC shell grounded Frequency PASS Specification PASS eee sd sd MH sd sd Mg sd sd RT 80s 80 Frequency PASS Specfition PASS Spofialon ete sd sd MWg sd lt 80 dB intermodulation Distortion Measurement Two BNC shell floating Frequency PASS Specification PASS Specification DOT IU IU FEET IO ET A A OR ke sd sd a O L1 80 1 1 s 00dB BNC center conductor grounded Harmonic Freque
24. Manual Adjustments 2nd Pass Gain Adjustment Section III ADC Offset and Reference Adjustment Input Flatness Adjustment Input Attenuator Adjustments Calibrator Adjustment Troubleshooting A33 A35 Input Boards Section VH A32 A34 Analog Digital Converter Boards A30 Analog Source Board 3 14 Operation Verification Tests 4 Amplitude and Phase Match 4 Amplitude and Phase Match This test determines if the HP 3563A s amplitude and phase match between Channel 1 and Channel 2 are within the specified limits Required Test Equipment BNC to BNC length lt 30 cm 2 BNC to BNC Cable Female to Female Barrel BNC Tee m f f CONTROL SYSTEMS ANALYZER CHANNEL 1 CHANNEL 2 BNC CABLE s 8NC TEE F TO F BARREL BNC CABLE Figure 3 5 Amplitude and Phase Match Setup 3 15 Operation Verification Tests 4 Amplitude and Phase Match Procedure 1 Connect the HP 3563A as shown in Figure 3 5 The cables to Channel 1 and Channel 2 must be the same length 2 This test has six parts Preset the HP 3563A by pressing the following keys Control PRESET RESET T input Setup CAL xus SINGLE CAL Input Setup INPUT CONFIG CHAN 1 AC DD CHAN 2 AC UE GROUND CHAN 1 TTD GROUND CHAN 2 input Setup T SELECT TRIG Entry O uus M ness SOURCE TRIG T Measurement WINDOW UNIFRM NONE i Measurement 1 AVG Entry 1 X 3 Awe ENTER STA
25. Performance Tests initial Equipment Setup When the recommended test equipment of Table 4 2 is used to complete the performance tests the instruments below must be set to the preset conditions listed before beginning a test In each test any unspecified parameters should be set to the following conditions Frequency Synthesizer Both Channels Function SINE WAVE Hight Voltage Output cc OFF Amplitude 1 mVrms Phase 0 Degrees de Offset OV Modulation OFF Sweep iss eee OFF AC Calibrator Frequency 1 kHz Amplitude 01 Vrms Voltage Eror ee OFF Vernier 0 Mode OPER Contro LOCAL Phase Lock OFF Sense INTERNAL Digital Voltmeter Function ac V V Range AUTO Trigger INTERNAL Sample Rate MAXIMUM High Resolution ON AutoCal ON 4 6 Performance Tests How To Perform A Performance Test tte nt EM NN Tt tt rt How To Perform A Performance Test Conventions There are two types of keys on the HP 3563A hardkeys and softkeys Hardkeys are organized on the front panel according to functional group See Figure 4 2 In these procedures the functional group is in brackets the hardkey appear in bold text and the softkeys are in regular text The following example sets a frequency span of 10 kHz You first press the hardkey FREQ which is found in the Measureme
26. Record for Part 3 3 18 Operation Verification Tests 4 Amplitude and Phase Match 9 Press the HP 3563A keys as follows Input Setup RANGE Entry 47 dBVrms T Measurement SOURCE SOURCE LEVEL Entry 49 dBVrms Display COORD PHASE T Control START Display SCALE Y FIXD SCALE Entry A ouis Degree Markers Y 77500 dues Y VALUE Entry a T usi Degree 10 If the measurement is within the marker band check PASS on the Operation Verification Test Record for part 4 3 19 Operation Verification Tests 4 Amplitude and Phase Match 11 Press the HP 3563A keys as follows Input Setup Entry RANGE D eek dBVrms T Measurement SOURCE SOURCE LEVEL Entry sss dBVrms Control START Markers N C u s Y VALUE Entry 5 5 degree 12 Verify the measurement is within the marker band on the display If it is check PASS on the Operation Verification Test Record for Part 5 13 Press the HP 3563A keys as follows Input Setup RANGE Entry 1 0 osx dBVrms Measurement SOURCE SOURCE LEVEL Entry 30 w aymea dBVrms 3 20 Operation Verification Tests 4 Amplitude and Phase Match T Control START Markers A vo ans Y VALUE Entry O week es degree 14 Verify the measurement is within the marker
27. START To start frequency in Table 4 18 FREQ E FREQ To frequency span in Table 4 18 SPAN Control START 4 88 Performance Tests 14 Noise and Spurious Signal Level b When the average is complete press the HP 3563A keys as follows Display A Markers SPCL MARKER MRKR gt PEAK c If the Ya marker reading is less than or equal to the specification check PASS on the Performance Test Record for Channel 1 d Press the HP 3563A keys as follows Display B f Markers SPCL MARKER MRKR gt PEAK e If the Yb marker reading is less than or equal to the specification check PASS on the Performance Test Record for Channel 2 If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 35634 Service Manual Adjustments 2nd Pass Gain Adjustment Section HI ADC Offset and Reference Adjustment Troubleshooting A33 A35 Input Boards Section VII A32 A34 Analog Digital Converter AS Digital Filter A4 Local Oscillator 4 89 Performance Tests 15 Cross Talk 15 Cross Talk The cross talk test measures the amount of energy in one channel that has been coupled across from the other channel This is accomplished by placing a high signal level on one channel and then measuring the relative signal amplitude on the other channel Specification When a 50Q termination is used the cross
28. To harmonic frequency in Table 4 14 b If the Ya marker reading is less than or equal to 80 dBVrms check PASS on the Performance Test Record for Measurement One Channel 1 with the BNC shell grounded c If the Yb marker reading is less than or equal to 80 dBVrms check PASS on the Performance Test Record for Measurement One Channel 2 with the BNC shell grounded 4 79 Performance Tests 13 Intermodulation Distortion Intermodulation Distortion Test Measurement Two CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER OLLLLELELL CHANNEL 4 CHANNEL 2 CHANNEL A CHANNEL B EE Pd CABLE xx TEP BNC m DUAL BANANA C SERES RESISTOR s LS V BNC TEE SEE FIGURE 4 20 rt T LA Le F TO F BARREL i5 FE y E E ey ELA o lt HE Kell O JU TEN Le ie E tx BNC BANANA BNC BNC E me C BNC TEE 11 7 SERIES RESISTOR Figure 4 21 Intermodulation Distortion Test Two Setup Note If the COMBINED mode is used on the Frequency Synthesizer output from Channel A with one 509 termination instead of the 1 kQ series resistors Procedure 1 Connect the test instruments as shown in Figure 4 21 so the center conductor of each channel s BNC is grounded Performance Tests 13 Intermodulation Distortion 2 Press the HP 3563A keys as follows Input Setup INPUT CONFIG FLOAT 3 For each of the harmonic frequencies listed in Table 4 15 perform steps a through c Table 4 15
29. as follows Function 2 WIRE OHM Range J AUTO Trigger INTERNAL SampleRate Maximum High Resolution ON Auto Cal x ON 3 Press the HP 3563A keys as follows Control PRESET RESET Input Setup 7 CAL SINGLE CAL 4 60 Performance Tests input Setup INPUT CONFIG GROUND CHAN 1 re GROUND CHAN 2 Input Setup Entry 7 RANGE 20 dBVrms Table 4 11 Resistance Measurement Specification Renga seting Lower Limit Upper Limit 0 dBVrms 1050k 4 For each of the range settings listed in Table 4 11 perform steps a and b a Press the HP 3563A keys as follows Input Setup RANGE To the range setting in Table 4 11 b Record the digital voltmeter reading on the Performance Test Record 5 Change the BNC input connector to Channel 2 and repeat steps 4a and 4b 4 61 Performance Tests Input Capacitance Test CONTROL SYSTEMS ANALYZER CHANNEL 1 CHANNEL B 160k Q SERIES RESISTOR SEE FIGURE 4 14 100k 2 SERIES RESISTOR 5011 BNC BNC TERMINA TION Figure 4 16 Input Capacitance Test Setup Procedure 1 Connect the test instruments as shown in Figure 4 16 2 Set the Frequency Synthesizer as follows Function Sine Wave Frequency 100 kHz Amplitude 1 Vrms Phase J 0 Degrees de Offset OV Modulation
30. band on the display If it is check PASS on the Operation Verification Test Record for Part 6 lf Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 35634 Service Manual Adjustments 2nd Pass Gain Adjustment Section IH ADC Offset and Reference Adjustment Input Flatness Adjustment Input Attenuator Adjustments Calibrator Adjustment Troubleshooting A33 A35 Input Boards Section VII A32 A34 Analog Digital Converter Boards A30 Analog Source Board 3 21 Operation Verification Tests 5 Frequency Accuracy Fe tt M 5 Frequency Accuracy This test measures the frequency accuracy of the HP 3563A Required Test Equipment Frequency Synthesizer 50Q feedthrough termination BNC to BNC Cable CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER CHANNEL 8 59 OHM FEEDTHROUGH TERMINATION BNC CABLE Figure 3 6 Frequency Accuracy Setup Procedure 1 Connect the test equipment as shown in Figure 3 6 2 Set the test instrument as follows Frequency Synthesizer L Function SINE WAVE Frequency 99 kHz Amplitude 1 Vrms Phase 0 Degrees de Offset DV Modulation OFF Sweep esi OFF 3 22 Operation Verification Tests 5 Frequency Accuracy 3 Press the HP 3563A keys as follows Control PRESET RESET Input Se
31. complete press the HP 3563A keys as follows Display Entry SCALE YFIXD xus 9 11 dB 4 If the trace is between the 9 dB and the 11 dB limits check PASS on the Performance Test Record for the 0 to 65 kHz span 5 Press the HP 3563A keys as follows Measurement Entry PREG usce START vue 65 kHz FREQ Contro START 6 When the sweep is complete press the HP 3563A keys as follows Display Entry SCALE Y FiXD SCALE Ld 8 5 11 dB 7 If the trace is between the 8 5 dB and the 11 dB limits check PASS on the Performance Test Record for the 65 kHz to 100 kHz span lf Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Troubleshooting A30 Analog Source Board Section VIII 4 105 Performance Tests 20 Source Distortion 20 Source Distortion This test measures the level of any spurious signals generated by the HP 3563A Source Specification When the source is set between de and 10 kHz the distortion will be at least 60 dB below the signal level When the source is set between 10 kHz and 100 kHz the distortion will be at least 40 dB below the signal level Required Test Equipment BNC Cable Procedure 1 Connect the HP 3563A Source to Channel 1 2 Press the HP 3563A keys as follows Control PRESET
32. dB 41 3 Required Test Equipment Frequency Synthesizer 50Q feedthrough termination BNC Tee MOD Female to Female Barrel BNC cable 3 CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER o LLLLLLLL CHANNEL 1 CHANNEL 2 CHANNEL 8B BNC CABLE BNC TEE T F TO F BARREL 50 OHM FEEDTHROUGH TERMINA TION BNC BNC Figure 4 10 Input Coupling Insertion Loss Test Setup 4 42 Performance Tests 8 input Coupling insertion Loss Procedure 1 Connect the test equipment as shown in Figure 4 10 2 Set the Frequency Synthesizer initially as follows Function xx SINE WAVE Frequency 1Hz Amplitude 1 Vrms Phase os 0 Degrees dec Offset OV Modulation OFF Sweep iw ws OFF 3 Press the HP 3563A keys as follows Control PRESET RESET Input Setup CAL 2 aa SINGLE CAL Input Setup Entry RANGE 1 Vrms Measurement Entry FREQ us FREQ ess 100 Hz SPAN Measurement 7 WINDOW UNIFRM NONE Measurement Entry AVG ia 8 s wc ENTER E STABLE T Display UNITS PSPEC iones VOLTS UNITS RMS ata VOLTS 4 43 Performance Tests 8 Input Coupling Insertion Loss Input Setup INPUT CONFIG CHAN 1 AC Control START Note Wait for measurement to finish before proceeding Measurement Complete will 4 appear in the status line of the display Ma
33. distortion above the lower Y marker line check PASS on the Performance Test Record If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments Source dc Offset Adjustment Section III Troubleshooting A30 Analog Source Board Section VII A4 Local Oscillator Board 4 108 E 21 Source Energy Measurement Performance Tests 21 Source Energy Measurement This test measures the in band energy of the HP 3563A noise source using the power marker function of the HP 3563A and a true rms voltmeter Specification The percentage in band energy of the random noise will be at least 70 The percentage in band energy of the chirp will be at least 85 Required Test Equipment Digital Voltmeter BNC Tee BNC Dual Banana DIGITAL VOLTMETER de de de de 3 Jud e 1 3 E EARE je de do je 1 1 1 1 CONTROL SYSTEMS ANALYZER ad Ez ed vad T e 0000 o o sind dasad dJ SOURCE lt gt i CHANNEL 2 BNC TEE Figure 4 30 Source Energy Measurement Test Setup 4 109 Performance Tests 21 Source Energy Measurement Procedure 1 Connect the test instruments as shown in Figure 4 30 2 Set the test instruments initially as follows Digital Voltmeter Function ac V V Trigger ese Internal 3 Press the HP 35634 keys as
34. every 12 months 4 1 Performance Tests Tested Specifications The following table list all the specifications and the corresponding performance tests Table 4 1 Specifications Versus Performance Tests Specification Performance Tests Cross Talk Phase Accuracy Single Channel Phase Accuracy Digital Reading Digital 1 0 Input Impedance Input impedance Dynamic Range Anti Alias Filter Response Harmonic Distortion Intermodulation Distortion Common Signal Rejection External Reference Input External Reference Test Source de Offset Source Accuracy and Purity Source Distortion Source Distortion Source Noise Source Energy Measurement Recommended Test Equipment The equipment needed to perform the HP 3563A performance tests is listed in Table 4 2 Other equipment may be substituted for the recommended model if it meets or exceeds the listed critical specifications Instruments meeting or exceeding the critical specifications will provide a 4 to 1 or better test accuracy ratio for each characteristic calibrated in the performance test procedures You may have to modify the procedures to accommodate the different operating characteristics if substitutions are made 4 2 Performance Tests tt Tolerance Power HP Part Number E MA sane 1 0 25 W 0757 0280 Resistance 0757 0465 CONNECTOR MSS BNC FEMALE 1250 0083 EX RESISTOR FIXED R1 CONDUCTOR CENTER PIN 1250 0089 SEEVE eee
35. kHz 12 0 degrees Input Impedance 1 MQ 5 shunted by 100 pF Input Coupling Inputs may be ac or dc coupled Ac rolloff is lt 3 dB at 1 Hz Crosstalk 140 dB 500 source 50Q input termina tion input connectors shielded Common Mode Rejection 0 Hz to 66 Hz 80 dB 66 Hz to 500 Hz 65 dB Common Mode Voltage dc to 500 Hz Input Range Maximum dBVrms act dc 27 to 12 42 0 Vpeak 13to 51 18 0 Vpeak For the 43 to 51 dBV input ranges common mode signal levels cannot exceed 18 Vpeak or input Range 10 dB whichever is the lesser level Common Mode Voltage 500 Hz to 100 kHz The ac part of the signal is limited to 42 Vpeak or Input Range 10 dB whichever is the lesser level the levels specified above distor tion of common mode signals will be less than the level of the rejected common mode signal External Trigger Input Im pedance Typically 50 kQ 5 External Sampling Input TTL compatible input for signals x 256 kHz nominal maximum sampling rate External Reference Input Input Frequencies 1 2 5 or 10 MHz 0 01 Amplitude Range 0 dBm to 20 dBm 500 Three digital inputs are on the rear panel of the analyzer Two of the inputs are for measure ment data the third is the input for data qualifier lines Measure ment data signals can be up to 16 bits wide and must be parallel data in two s complement or offset bi
36. six probe pods to the six probe cables Hint The self tests for Input Pod 1 Input Pod 2 and the Qualifier Pod can be run independently The test setup may be easier if you connect the Input Pods and the Qualifier Pod one at a time to the Source and Pod X lines 4 55 Performance Tests 10 Digital Input Output 3 Connect the grabbers to the ends of the probe pods 4 Install the three 16 bit input probe cables into the analyzer s Pod Q Input Pod 1 and Input Pod 2 rear panel connectors 5 Install the three 8 bit output probe cables into the Source s LSB Pod the Source s MSB Pod and Pod X rear panel connectors 6 Refer to Figure 4 13 for the description of each pod line Connect the cables using the grabbers as indicated in Table 4 10 Connect the lines in each row together 7 Press the Line switch ON 8 Press the HP 3563A keys as follows Control PRESET RESET Control SPCL FCTN SERVIC TEST TEST INPUT Serene DIGITAL qu INTERN PATH 9 If the test passes check PASS on the Performance Test Record for Internal Path 10 Press the HP 35634 keys as follows diis INPUT POD 1 Note Wait for the test to finish before proceeding This test takes approximately 1 minute to complete 11 If the test passes check PASS on the Performance Test Record for Input Pod 1 12 Press the HP 3563A keys as follows a INPUT POD 2 Note Wait for the test to finish before proceedi
37. talk between channels will be at least 140 dB below the input signal level Required Test Equipment Frequency Synthesizer SOQ feedthrough termination Alligator Alligator Clip BNC Cable Cross Talk Channel 1 Test CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER d awd sl sd CHANNEL E 50 OHM FEED THROUGH TERMINA T ION ALLIGATOR ALLIGATOR i BNC BNC Figure 4 23 Cross Talk Channel 1 Test Setup 4 90 Performance Tests 15 Cross Talk Procedure 1 Connect the test instruments as shown in Figure 4 23 2 Set the Frequency Synthesizer as follows Function ss Sine Wave Frequency 99 kHz Amplitude 14 Vrms High Voltage Output ON Phase Ei 0 Degrees de Offset OV Modulation OFF Sweep OFF 3 Press the HP 3563A keys as follows Control PRESET RESET Input Setup CAL SINGLE CAL Measurement Entry i FREQ 8 S CENTER ux 99 kHz FREQ Measurement WINDOW FLAT TOP Measurement Entry ANG gt gt o aaua a 16 ENTER push We STABLE Input Setup RANGE edu AUTO T AUTO 2 UP amp DWN UP amp DWN 4 91 Performance Tests 15 Cross Talk Control START Display A amp B Markers 1 T Entry X Display Entry SCALE X EID Axa 140 30 dB Display B Markers Y
38. 1531 0246 p Assembly N CONNECTOR BNC MALE 1 Cut resistor leads to 12mm on each end 1250 0052 2 Solder one resistor lead to the center conductor of the BNC FEMALE connector 3 Solder the CONDUCTOR CENTER PIN fo the other lead of the resistor 4 Screw the SLEEVE and the BNC MALE connector info place Tighten securely Figure 4 1 Constructing Feedthrough Performance Tests Table 4 2 Recommended Test Equipment Instrument Critical Specifications Recommended Model AC 10 Hz to 100 kHz 1 mV to 10V Fluke 5200A Calibrator Amplitude Accuracy 1 Alternative Phase Locking Capability HP 745A Datron 4200 HP 3326A Opt 002 Frequency Range 10 Hz to 1 MHz Frequency Accuracy 10 ppm Synthesizer Amplitude Range 40 Vp p Amplitude Accuracy 0 2 dB from 1 Hz to 100 kHz 1 dB from 100 kHz to 1 MHz Dynamic Range lt 80 dBc 10 Hz to 100 kHz 5 1 2 digit Math Mean AC Voltage 30 Hz to 100 kHz 0 1 to 500V 0 1 gt 1 MQ input impedance de Voltage 1V to 300V 0 1 Frequency Range 1 Hz to 100 kHz Amplitude Range 0 1 Vto 1 Vrms Distortion 80 dB 0 01 2 500 2 at dc Two Channel Frequency Synthesizer Alternative 2 HP 3325A B Opt 001 Opt 002 Digital HP 3456A Voltmeter HP 339A Alternative HP 3326 HP 11048C Alternative Pomona Elect Model 4119 50 HP 10100C HP 11095A Alternative P
39. 3563A keys as follows Input Setup RANGE To range setting in Table 4 4 Measurement FREQ gt us CENTER To signal frequency FREQ in Table 4 4 2 Set the AC Calibrator to the signal frequency in Table 4 4 3 Set the Frequency Synthesizer to the signal frequency in Table 4 4 4 Set the AC Calibrator to the amplitude in Table 4 4 4 17 Performance Tests 3 Amplitude Accuracy and Flatness 5 Press the HP 3563A keys as follows Control START Markers SPCL MARKER MRKR gt PEAK 6 Record the Ya marker reading on the Performance Test Record for the measured 4 18 value Channel 1 Record the Yb marker reading on the Performance Test Record for the measured value Channel 2 Repeat steps 1 through 7 for each of the remaining settings in Table 4 4 Performance Tests 3 Amplitude Accuracy and Flatness Amplitude Accuracy and Flatness Measurement Two Table 4 5 Amplitude Accuracy and Flatness Measurement Two BNC shell grounded HP 3563A Signal AC Calibrator Specification Range Frequency Amplitude Lower Limit Upper Limit 5125 BV 50 75 dE 45 Vis 43 diVims Procedure 1 Press the HP 3563A keys as follows Input Setup RANGE To range setting in Table 4 5 Measurement FREQ uu CENTER esses To signal frequency FREQ in Table 4 5 2 Set the AC Calibrator to the signal frequency in Table 4 5 3 Set the Frequency Synthesizer to the signal
40. ANALYZER OLLLLLLLLL Ix d EL LITE LL tLLLLL L Qe QsLL Qe 50 OHM FEEDTHROUGH TERMINA TION Figure 3 3 DC Offset Setup Operation Verification Tests 2 DC Offset Procedure 1 Connect the HP 3563A as shown in Figure 3 3 Keep the leads to chassis ground as short as possible 2 Press the HP 3563A keys as follows Control 1 PRESEL RESET Input Setup CAL gt AUTO ON E SINGLE CAL Measurement WINDOW UNIFRM Measurement AVG Entry S TAN ENTER uds STABLE T Measurement FREQ Entry e ewe kHz Display UNITS PSPEO ue VOLTS UNITS RMS rad VOLTS Display A amp B 3 9 Operation Verification Tests 2 DC Offset Markers X toys X VALUE Entry 0 ees es Hz Input Setup RANGE f Entry BUA E dBVrms T Control START 3 Record the Ya marker reading on the Operational Verification Test Record for the Channel 1 measured value 4 Record the Yb marker reading on the Operational Verification Test Record for the Channel 2 measured value If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 35634 Service Manual Adjustments Track and Hold Offset Adjustment Section III Input DC Offset Adjustment Troubleshooting A33 A35 Input Boards Section VIII A32 A34 Analog Digital Converter Boards 3 10
41. BLE Measurement SOURCE SOURCE PRIODC TYPE CHIRP 3 16 Display MEAS DISP FREQ RESP Display SCALE X FIXD SCALE Entry 37D 100 sis kHz 3 Press the HP 3563A keys as follows input Setup RANGE AUTO 1 UP amp DWN Measurement SOURCE SOURCE LEVEL Entry 49 gaa dBVrms Display SCALE Y FIXD SCALE Entry CENE E dB Control START Markers Y Entry Sayed www dB ae a 4 N AUTO 2 UP amp DWN Operation Verification Tests 4 Amplitude and Phase Match 4 Verify the measurement is within the marker band on the display If it is check PASS on the Operation Verification Test Record for Part 1 3 17 Operation Verification Tests 4 Amplitude and Phase Match 5 Press the HP 3563A keys as follows T Measurement SOURCE SOURCE LEVEL Entry x94 dBVrms Control START Markers Y Entry S o araa dB 6 Verify the measurement is within the marker band on the display If it is check PASS on the Operation Verification Test Record for Part 2 7 Press the HP 35634 keys as follows Measurement SOURCE SOURCE LEVEL Entry 10 Sive dBVrms F Control START Markers Y Entry 2 Sgt E dB 8 Verify the measurement is within the marker band on the display If it is check PASS on the Operation Verification Test
42. CE Input Setup RANGE Control START Markers Y terana eee ene ae ee ae ye oe ee seer ae ee ee os n FLOAT CHAN 1 FLOAT CHAN 2 MAG dB Y FIXD SCALE SOURCE LEVEL Entry 13 dBVrms 4 4 4 t o vt trae Entry 1 1 dB Entry 13 dBVrms Entry 8 8 dB 17 If the measurement is within the marker band check PASS on the Performance Test Record for Part 7 4 33 Performance Tests 5 Amplitude and Phase Match 18 Press the HP 3563A keys as follows input Setup Entry RANGE 8 dBVrms Measurement SOURCE SOURCE LEVEL Control START Markers 1 Y sess Y VALUE Entry 8 dBVrms Entry 8 8 dB 19 If the measurement is within the marker band check PASS on the Performance Test Record for Part 8 20 Press the HP 35634 keys as follows Input Setup 1 Entry RANGE J 13 dBVrms Measurement SOURCE SOURCE LEVEL Display COORD PHASE Control START T Display SCALE Y FIXD SCALE Markers Y 7 5 euet Y VALUE 4 34 T Entry 13 dBVrms Entry 10 10 Degree Entry 8 5 8 5 Degree Performance Tests 5 Amplitude and Phase Match 21 If the measurement is within the marker band check PASS on the Performance Test Record for Part 9 22 Press the HP 3563A keys as follows eot or n on eo o0
43. HP 3563A Installation Guide Control Systems Analyzer Serial Numbers 2927A00100 CA Packar HP Part No 03563 90007 Microfiche No 03563 90207 Printed in U S A Print Date October 1989 Hewlett Packard Company 1989 All rights reserved 8600 Soper Hill Road Everett Washington 98205 1298 U S A P CA picaro CERTIFICATION Hewlett Packard Company certifies that this product met its published specifications at the time of shipment from the factory Hewlett Packard further certifies that its calibration measurements are traceable to the United States National Bureau of Standards to the extent allowed by the Bureau s calibration facility and the calibration facilities of other International Standards Organization Members WARRANTY This Hewlett Packard product is warranted against defects in material and workmanship for a period of one year from date of shipment During the warranty period Hewlett Packard Company will at its option either repair or replace products which prove to be defective For warranty service or repair this product must be returned to a service facility designated by hp Buyer shall prepay shipping charges to hp and hp shall pay shipping charges to return the product to Buyer However Buyer shall pay all shipping charges duties and taxes for products returned to hp from another country HP software and firmware products which are designated by HP for use with a hardware product when prope
44. Harmonic Distortion e Press the HP 3563A keys as follows Display A amp B Measurement Entry AVG aa es 4 EA STABLE Measurement FREQ e MAX SPAN T Control START Markers Entry A E 99 kHz f Record the Ya marker amplitude reading on the Performance Test Record as the harmonic frequency amplitude for Channel 1 g Record the Yb marker amplitude reading on the Performance Test Record as the harmonic frequency amplitude for Channel 2 Note The HP 3563A is a mathematical instrument and can not read an amplitude of 0 4 As a result the HP 3563A may read amplitudes at or near 0 as very low values such as 780 dB 4 70 Performance Tests 12 Harmonic Distortion Harmonic Distortion Test Two CONTROL SYSTEM ANALYZER LOW DISTORTION OSCILLATOR o 000 CHANNEL 1 SR ce o wh dd AG A CHANNEL 2 BNC CABLE i BANANA BANANA 600 OHM FEEDTHROUGH 7 TERMINATION GROUND BNC DUAL BANANA Figure 4 18 Harmonic Distortion Test Two Setup Procedure 1 Connect the test instruments as shown in Figure 4 18 The chassis ground cable must go to the ground terminal of the Low Distortion Oscillator 2 Press the HP 3563A keys as follows Input Setup INPUT CONFIG FLOAT CHAN 1 ee FLOAT CHAN 2 4 71 Performance Tests 12 Harmonic Distortion Table 4 13 Harmonic Frequencies Signal Harmonic Harmonic Frequency Frequency Number Frequency 3 For each of
45. Measurement Three ee 4 21 4 Amplitude Linearity 2 3 5 doe rm emo e qoe PsC RTE AES Cg S HOE HD 4 23 5 Amplitude and Phase Match 4 ooooooorsrananna hh en eee eee 4 28 6 Anti Alias Filter Response iii wx 93x Ra Se UR AE ARA AA 4 36 7 Frequency Accuracy A CEA ee ee ERA ARES 4 39 8 Input Coupling Insertion Loss o o ER 4 42 9 Single Channel Phase Accuracy sceler meee rt ttr 4 47 10 Digital Input OUE DUE cesce we A LE lS ERE SRR ee o i T 4 51 Alternate Setup for Digital Input Output Test aunaren ecaa rakare 4 54 It In pitt Impedance soit ie ia Ce QU AER A aed Roe Bee E ele A ge eaters 4 58 Input Resistance Test 9 vou ASAS AMS AAA AA 4 60 Input Capacitance Test bus sa da e ae RY ANS A ESA 4 62 12 Harmonic DIMOFUOB amaia al EE RECS o oe A a A Bs 4 66 Harmonic Distortion Test One lt a A RN A Na e a 4 67 Harmonic Distortion Test Two lt lt O E Bas 4 71 15 Totermodulation Distortion i Sg RR ga Ur RC ACER Pest x OR Rom i ee qe OP iod 4 74 Intermodulation Distortion Test Measurement One 2 es 4 76 Intermodulation Distortion Test Measurement Two ee ee 4 80 14 Noise and Spurious Signal Level 2 eve RR RA ESE Oe ee 2 4 84 ERES I NF AE RD AA TA 7 rem 4 90 Cross Talk Channel 1 Pest y ed x eC Ecke Rn oa adde CO RR CALCE Je 9 4 90 Cross Talk Channel Test pe asna aoa de EA SS C SIDA N eS RR ae 4 93 15 Common Mode Rejection dia Bos e ette d S E EU IDE uM SR URP od
46. OURCE SOURCE PRIODC TYPE CHIRP 4 29 Performance Tests 5 Amplitude and Phase Match Display MEAS DISP FREQ RESP Display Entry SCALE es X PIXD esie 375 100 kHz SCALE 3 Press the HP 35634 keys as follows Input Setup Entry RANGE 47 dBVrms Measurement Entry 1 SOURCE J SOURCE 49 dBVrms LEVEL Display Entry SCALE Y FIXD SCALE gt 2 2 dB Control START Markers Entry E 1 1dB 4 If the measurement is within the marker band check PASS on the Performance Test Record for Part 1 5 Press the HP 3563A keys as follows Input Setup Entry RANGE 0 dBVrms Measurement Entry SOURCE SOURCE 0 dBVrms LEVEL Control START Markers Entry A 7 AAA 1 1dB 6 If the measurement is within the marker band check PASS on the Performance Test Record for Part 2 4 30 Performance Tests 5 Amplitude and Phase Match 7 Press the HP 3563A keys as follows Input Setup 1 Entry RANGE 10 dBVrms T Input Setup Entry 7 SOURCE SOURCE us 10 dBVrms LEVEL T Control START T Markers Entry NY XSexexs 1 1dB 8 If the measurement is within the marker band check PASS on the Performance Test Record for Part 3 9 Press the HP 3563A keys as follows Input Setup Entry RANGE 47 dBVrms
47. Operation Verification Tests 3 Amplitude Accuracy And Flatness 3 Amplitude Accuracy And Flatness This test measures the amplitude accuracy and flatness of the HP 3563A using the amplitude reference of the ac calibrator Required Test Equipment Frequency Synthesizer AC Calibrator Female to Female Barrel BNC Tee mH BNC Cable 3 BNC m to dual banana Single Banana to Single Banana AC CALIBRATOR oe LOCK FREQUENCY SYNTHESIZER REAR PANEL VIEW O LLLLLELL i FRONT PANEL ViEW i L CHANNEL 2 CHANNEL 1 BNC CABLE BANANA BANANA BNC DUAL BANANA Figure 3 4 Amplitude Accuracy and Flatness Setup 3 11 Operation Verification Tests 3 Amplitude Accuracy And Flatness Procedure 1 Connect the test instruments as shown in Figure 3 4 2 Set the test instruments initially as follows Frequency Synthesizer Function gs ees SINE WAVE Frequency 1 kHz Amplitude 1 Vrms Phase aaa 0 Degrees dc Offset OV Modulation OFF Sweep OFF AC Calibrator Frequency 1 kHz Amplitude 2 7698 Vrms Voltage Error 96 OFF Vernier 0 Mode OPER Contro LOCAL PhaseLock ON Sense INTERNAL 3 Press the HP 3563A keys as follows T Control PRESET RESET T input Setup CAL iS SINGLE CAL T Measurement WINDOW FLAT TOP 3 12 Operation V
48. RT Markers X Entry 99 css kHz 8 Record the Ya marker reading on the Operational Verification Test Record for Channel 1 9 Record the Yb marker reading on the Operational Verification Test Record for Channel 2 If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments None Troubleshooting A33 A35 Input Boards Section VII A32 A34 Analog Digital Converter Boards A31 Trigger Board A6 Digital Filter Controller A1 Digital Source 3 32 Operation Verification Tests 8 Noise and Spurious Signal Level 8 Noise and Spurious Signal Level This test measures the level of the noise floor and any spurious signals generated within the HP 3563A Required Test Equipment 2 500 feedthrough terminations Alligator Clip Cables 2 CONTROL SYSTEMS ANALYZER CHANNEL 2 FEEDTHROUGH TERMINATION Figure 3 11 Noise and Spurious Signal Level Setup Procedure 1 Connect the test instruments as shown in Figure 3 11 Keep the leads from the feedthrough terminations to chassis ground as short as possible 2 Press the HP 3563A keys as follows Control PRESET RESET Input Setup CAL J SINGLE CAL 3 33 Operation Verification Tests 8 Noise and Spurious Signal Level Input Setup RANGE Entry 51
49. Rejection Procedure 1 Connect the test instruments as shown in Figure 3 7 2 Set the Frequency Synthesizer as follows Function ix SINE WAVE Frequency 1 kHz Amplitude 1 mVrms Phase J 0 Degrees dc Offset OV Modulation OFF Sweep OFF 3 Press the HP 3563A keys as follows Control PRESET RESET Input Setup CAL gt SINGLE CAL Measurement AVG o o o E ENTER ba STABLE Measurement WINDOW FLAT TOP Display A amp B Display UNITS PSPEC dius VOLTS UNITS RMS Input Setup 1 RANGE AUTOT o RS AUTO 2 UP amp DWN UP amp DWN 3 25 Operation Verification Tests 6 Common Mode Rejection Table 3 4 Common Mode Rejection Signal Signal PP Amplitude Frequency Specification 3 536 Vrms 66 Hz gt BO dB 3 536 Vims 500 Hz gt 65 dB 4 For each of the frequencies listed in Table 3 4 perform steps a through h a Set the Frequency Synthesizer as follows Amplitude To signal amplitude in Table 3 4 Frequency To signal frequency in Table 3 4 b Press the HP 3563A keys as follows Measurement FREQ CENTER To signal frequency in Table 3 4 FREQ Control START T Markers SPCL MARKER MRKR PEAK c Record the Ya marker amplitude reading on the Operation Verification Test Record as the first measurement for Channel 1
50. S S SS pa 09 mH 74343210 SOURCE POD LSB Output Pods Cables Not used for ca Figure 5 4 Output Cables Pods and Lables 5 13 Installation Operating Environment The operating and storage environment specifications for the analyzer are listed below Specifications apply when AUTO CAL is enabled or within 5 C and 2 hours of last internal calibration Ambient Temperature O O 55C Relative Humidity lt 95 at 40 C Altitude lt 4570m 15 000ft Warning To prevent potential fire or shock hazard do not expose the analyzer to rain or other excessive moisture Protect the analyzer from moisture and temperatures or temperature changes which cause condensation within the analyzer 5 14 installation e et et tt tt A AA Storage and Shipment Storage Store the analyzer in clean dry and static free environment Additional environmental specifications are listed below Temperature 40 to 75 C Altitude x 15240m 50 000ft Shipment CARTON p ACCESSORY TRAY PR d ae S L E fe CORNER BLOCKS FRONT PANEL PAD 8 REQUIRED Figure 5 5 Repackaging for Shipment We recommend saving the original packing material If this is not possible and the analyzer needs to be returned containers and materials identical to those used in factory packaging are available through Hewlett Packard sales offices and the factory See Figure 5 5 If the analyzer is being returned to Hewlett Packard f
51. Specification If the measurement of a signal is between the BNC center conductor and BNC shell and the amplitude is equal to the range setting the marker amplitude reading will not deviate from the actual signal amplitude by more than Range Seting 27 dBV to 40 dBV 0 15 dB 0 015 Range Setting 41 dBV to 51 dBV 0 25 dB 0 025 Range Setting If the measurement of a signal includes a signal between the BNC shell and the chassis the marker amplitude reading will not deviate from the actual signal amplitude by more than Range Setting 27 dBV to 40 dBV 0 50 dB 0 01596 Range Setting 41 dBV to 51 dBV 0 60 dB 0 02596 Range Setting Required Test Equipment Frequency Synthesizer BNC Cable 3 AC Calibrator Single Banana to Single Banana Female to Female Barrel BNC to Dual Banana BNC Tee m f 4 14 AC CALIBRATOR INPUT REAR PANEL VIEW gt FRONT PANEL VIEW Procedure Performance Tests 3 Amplitude Accuracy and Flatness c CALIBRATOR PHASE LOCK FREQUENCY SYNTHESIZER i 1 v n i 3 1 BNC BNC J CHANNEL A CONTROL SYSTEMS ANALYZER o 0 Pa qo ld 22 0 OS AM a Ad oot 36 ES ee 4 14 Le AE o O gt 60000 o elo Je o ERU REN o o o O Oo CHANNEL 2 CHANNEL 1 BNC CABLE BANANA BANANA PTS BNC TEE L BNC DUAL BANANA Figure 4 5 Amplitude Accura
52. age Caution Before applying ac line power to the analyzer ensure the line voltage selector switch on the rear panel is set for the proper line voltage and the correct line fuse is installed in the fuse holder ASTIG HORIZ VENT ALIGN FOCUS O o O Q O Inoi a a DISPLAY OUTPUT TON No operator Ln parts aas 77 y ue Ml C Ec x CAUTION Weine and Inah Bardware Sann e HUBE VOLTAGE PUSE nev inormet aio SALUDA 530v aerazt Bia A 260A TO REMOVE TURN IN A COUNTER CLOCKWISE i DIRECTION D WARNING Por continued pretection FUSE ageinal fire Sezerc repises only T typa and rellag of duaa ar apeeified lor ihe iine and voltage Selng uned ow LINE evan 43 LO 49QVA Max VOLTAGE REF IN SELECTOR th we amp X X RAYS X rays penersted in thia inetrumert ate wetfiojentiy soreaned PIE iM MESEM REMI ENTETEMEMDE RONTGERSTRAMLUNG IST AUGREICHEND EXT SAMPLE iN ABGRECHIRIT ACCEL VOLTAGH BESCHL SPO ROKY mo SYNC OUT 5 3 installation Table 5 1 Line Voltage Ranges and Fuse Selection Selector Fuse Frequency Switch HP Part No Type 2110 0056 6A 250V Normal Blo To change the line voltage selector switch See Figure 5 1 and Table 5 1 1 Unplug the power cord from the analyzer 2 Slide the Line Voltage Selector switch to the proper voltage To change the fuse See Figure 5 1 and Table 5 1 1 Gion the power cord from the analyzer 2 U
53. als at full scale on any pair of ranges accuracy is 0 1 dB 0 5 degree gt 20 dB below full scale Digital Digital For simul taneous sampling on channels 1 and 2 accuracy is 0 1 dB 0 5 degree Mixed Analog Digital With full scale inputs on both channels computional delay between channels corrected for 1 1 sam pling ratio 256 kHz sample clock 16 averages nominal accuracy is DC to 20 kHz 2 dB 1 0 degree 20 kHz to 100 kHz 2 dB 4 0 degree Single Channel Accuracy Adder Input connections as shown in Case 3 or 4 above Add 0 35 dB and 4 0 degrees to the absolute accuracy Dual Channel Accuracy Adder Add 0 35 dB and 4 0 degrees once for each input connected as shown in Case 3 or 4 above Window Flatness Flat Top 0 0 01 dB Hann 0 1 5 dB Uniform 0 4 0 dB Effective Log Resolution Win dow Flatness 1 72 5 56 dB Noise Floor With flat top window 5092 source impedance and input set to the 51 dBV range 20 Hz to 1 kHz 1 kHz span 126 dBV 134 dBV V Hz 1 kHz to 100 kHz 100 kHz span lt 115 dBV 144 dBV V Hz Dynamic Range All distortion intermodulation and harmonic spurious and alias products are z 80 dB below full scale input range 16 averages Common Mode Distortion For Accuracy Single channel inputs connected as shown in Case 1 or 2 referenced to the trigger point lt 10kHz 2 5 degrees 10 kHz to 100
54. ance Tests 13 Intermodulation Distortion Measurement WINDOW __ FLAT TOP Measurement Entry FREQ aa a CENTER uu 20 kHz FREQ Display UNITS P SPEC 4 225 058 VOLTS UNITS RMS Lf sae VOLTS Display A amp B Markers Entry NW c Eexy s 20 kHz 4 Adjust the amplitude of Frequency Synthesizer Channel A until Ya 0 dBVrms 50 mdB 5 Press the HP 3563A keys as follows Markers Entry gt c est 26 kHz 6 Adjust the amplitude of Frequency Synthesizer Channel B until Ya 0 dBVrms 50 mdB Note The amplitude of Frequency Synthesizer Channel A may change after adjusting i Frequency Synthesizer Channel B Verify the amplitude of each synthesizer before _ 9 proceeding with step 7 4 78 Performance Tests 13 intermodulation Distortion Table 4 14 Intermodulation Distortion Measurement One Fundamental Frequencies Harmonic Spa AE 20 kHz 26 kHz 6 kHz 20 kHz 26 kHz 14 kHz 20 kHz 26 kHz 12 kHz 20 kz 26 tz 7 Press the HP 35634 keys as follows Measurement Entry AVG n BINA 46 wees ENTER C EE STABLE Display Entry SCALE Y FIXD 100 1 dB SCALE 8 For each of the harmonic frequencies listed in Table 4 14 perform steps a through c a Press the HP 3563A keys as follows Measurement FREQ CENTER To harmonic frequency in Table 4 14 FREQ T Control START Markers BL sre
55. anual DU HEWLETT PACKARD SAFETY SUMMARY The following general safety precautions must be observed during all phases of operation service and repair of this instrument Failure to comply with these precautions or with specific warnings elsewhere in this manual violates safety standards of design manufacture and intended use of the instrument Hewlett Packard Company assumes no liability for the customer s failure to comply with these requirements This is a Safety Class 1 instrument GROUND THE INSTRUMENT To minimize shock hazard the instrument chassis and cabinet must be connected to an electrical ground The instrument is equipped with a three conductor ac power cable The power cable must either be plugged into an approved three contact electrical outlet or used with a three contact to two contact adapter with the grounding wire green firmly connected to an electrical ground safety ground at the power outlet The power jack and mating plug of the power cable meet International Electrotechnical Commission IEC safety standards DO NOT OPERATE IN AN EXPLOSIVE ATMOSPHERE Do not operate the instrument in the presence of flammable gases or fumes Operation of any electrical instrument in such an environment constitutes a definite safety hazard KEEP AWAY FROM LIVE CIRCUITS Operating personnel must not remove instrument covers Component replacement and internal adjustments must be made by qualified maintenance personnel Do no
56. apter 1 Introduction About This Guide ui li ee ie RRA ae Nd ARSS OE ADS BERRA 1 2 Qu 70 IS OH RAT REE AIR Se EE 1 2 ANTES or BF es ed tcs Nee ah ee en Ot EERE ae i e e I e ee Pi 1 3 TOPICO ii a Work eod SEES AAA NU EROR Rv ER ER a a 1 4 Serial Numbers cl rest sue doo et er dete ie ede Lun d ode AR SUUM Re BV 1 4 Software Revision Code uoo ORK aa Ge lee ae EAS oe ee 1 4 Documentation Set 1 5 Chapter 2 HP 3563A Specifications joco R e AAA REE A AS PSY de 2 1 Measurement Functions Qu e vox ARA AAA e ARO 2 1 AMPLIAS acia ERAS ARA DARA DR di ENS 2 2 Digital Ii to A ARRE ANA 2 3 Analog Inputs id ARAS SAA a AE ARCADIA A 2 3 DDASEC ta EN ba AS AA A AAA A AE iod guae xo 2 3 Analog Source sore de eran A Cas arde MOI X area uia ca iE ei Chk ee 2 4 Digital SOURCE d Duarte Seit ass Said e Be ae SRN ee Por awe AED 2 4 LOQUO ud uk prp Ir eod AAA iria N oce NOS b steil e deaf i Uis ires 2 4 General tu nido acted Gt IE ded a posi ERES IEA Wh ai el Ia i tcd 2 5 Chapter 3 Operation Verification Tests TEST DUr ti n aov oo E Ae AO c Weed e COR CAT ELEC ave cad C n 3 1 Operation Verification Test Last 5 32 o Je SO Ro AE RTE id dod de orca ure 3 1 Recommended Test Equipment lt Cb pa 8 Rer SU E px E vds 3 2 Initial Equipment Setup uda ee AA RRA a RI Ne RC EE SN BEIM EA 3 3 How To Perform An Operation Verification Test o o 3 4 Conventions ig oi noie dcn ote BOON Ju decem Dec dt d eta wer a
57. as follows Function Frequency Amplitude Phase dc Offset Modulation Sweep eot om or n on s s s wot o ok o3 n at eo ne ee ee ewe ee eee SINE WAVE 99 kHz 1 Vrms 0 Degrees OV OFF OF 3 Press the HP 3563A keys as follows f Control PRESET input Setup CAL Input Setup RANGE Measurement FREQ Measurement AVG T Control START Markers X 4 Record the X marker reading as the measured value on the Performance Test Record 4 40 4 9 oa 9 9 je c o n ee t t n a ee ewe see t n or d x atom K SINGLE CAL Entry 0 dBVrms Performance Tests 7 Frequency Accuracy if Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments 20 48 MHz Reference Adjustment Section HI Troubleshooting A31 Trigger Board Section VIII 4 41 Performance Tests 8 Input Coupling Insertion Loss 8 Input Coupling Insertion Loss This test measures the insertion loss at 1 Hz due to the ac coupling capacitors The amplitude of a 1 Hz signal is measured in both ac and de coupled modes The insertion loss is calculated as de Coupled Amplitude _ Teeter on Less ac Coupled Amplitude PSS Specification The insertion loss at 1 Hz due to the ac coupling capacitors will be less than 3
58. ated frequency points Overall accuracy for the Linear or Logarithmic Resolution modes is the sum of the absolute accuracy window flatness and noise level Overall accuracy for Swept Sine mode is the sum of absolute accuracy and noise level Input Connections Cases 1 and 2 are the recommended input connections For these cases the amplitude accuracy specified below is applicable Input Channe BNC Connector input Signal input Channel BNC Connector ES E Input f Signal Common Mode Signal v Cases 3 and 4 are input connec tions which degrade amplitude accuracy For these cases the amplitude accuracy specified below must be modified with the accuracy adders CASE 3 input Channat Common Mode BNC Connector Signal input Signal B input input Channel Common Mode signal A BNE Connector Signal input Signal B Absolute Accuracy Single chan nel Channel 1 or 2 input con nections as shown in Case 1 or 2 above 0 15 dB 0 015 of input range 27 dBV to 40 dBV 0 25 dB 0 025 of input range 41 dBV to 51 dBV DC Response input Range dBV rms de Level 27 to 35 gt 30 dB below full scale 36 to 51 Frequency Response Channel Match Specified or nominal accuracy for analog analog digital digital and mixed analog digital measurements Analog Analog For input con nections as shown in Case 1 or 2 above and input sign
59. ation is used to calculate the capacitance 2 C 215 92 x 107 12 3T 1 210 Ve Note An LCR meter can be used to measure the input capacitance directly Y Specification Input Resistance R 1 MO 50 kQ 5 Input Capacitance C x 100 pF Required Test Equipment Frequency Synthesizer 50Q feedthrough termination Digital Voltmeter BNC Dual Banana Cable 100 kQ Resistor See Figure 4 14 BNC BNC Cable 4 58 Performance Tests Resistance Tolerance Power HP Part Number H i 0757 0465 100 k 1 0 25 W CONNECTOR N BNC FEMALE 1250 0083 A RESISTOR FIXED R1 CONDUCTOR 5 CENTER PIN lh 1250 0089 sz 2 SLEEVE THREADED 1531 0246 CONNECTOR Assembly BNC MALE A t resisior 1 s to 12mm on each end 1250 0052 1 Cut resistor leads to 2 Solder one resistor lead to the center conductor of the BNC FEMALE connector LU Solder the CONDUCTOR CENTER PIN to the other lead of the resistor 4 Screw the SLEEVE and the BNC MALE cannector into place Tighten securely Figure 4 14 Constructing Feedthrough 4 59 Performance Tests input Resistance Test CONTROL SYSTEMS ANALYZER O LLLLLLELL DIGITAL VOLTMETER dde See ul Pe al ORS jot 3 2 in dled OO ede d 3 i BNC DUAL BANANA Figure 4 15 input Resistance Test Setup Procedure 1 Connect the test instruments as shown in Figure 4 15 2 Set the digital voltmeter initially
60. ation verification tests Table 3 1 Specifications Versus Operation Verification Tests Specification Operation Verification Test Measurement Hardware Seif Test Residual dc Response DC Offset Absolute Accuracy Amplitude Accuracy and Flatness Frequency Response Amplitude and Phase Match Frequency Frequency Accuracy Common Signal Rejection Commond Mode Rejection Phase Accuracy Noise Floor Single Channel Phase Accuracy Noise and Spurious Signal Level 3 1 Operation Verification Tests Recommended Test Equipment nn ce NN LL LO CE LCR EL I CAA ED AN Recommended Test Equipment The equipment needed to perform the HP 3563A operation verification tests is listed in Table 3 2 Other equipment may be substituted for the recommended model if it meets or exceeds the listed critical specifications You may have to modify the procedures to accommodate the different operating characteristics if substitutions are made Table 3 2 Test Equipment Recommended Model Critical Specifications AC Calibrator 10 Hz to 100 kHz 1 mV to 10V Fluke 5200A Amplitude Accuracy 1 Alternative Phase Locking Capability HP 745A Datron 4200 HP 3326A Opt 002 Two Channel Frequency Synthesizer Frequency Range 10 Hz to 1 MHz Frequency Accuracy 10 ppm Amplitude Range 40 Vp p Amplitude Accuracy lt 0 2 dB from 1 Hz to 100 kHz x 1 dB from 100 kHz to 1 MHz Dynami
61. attern Generator Probe Lead Set See Figure 5 2 HP 1540 1199 HP 03563 90000 HP 03563 90007 HP 03563 90001 HP 5952 8898 HP 5958 5136 HP 5952 7250 HP 5952 0001 HP 5952 7251 HP 03563 90005 HP 01650 61607 HP 01650 61605 HP 03563 61604 HP 5959 0288 HP 10347A Available from your local Hewlett Packard sales and service office Service Kit Termination Adapter Transit Case HP 10346A HP 03563 84401 HP 01650 63201 HP 9211 2663 Introduction The Service Kit 03563 84401 as well as the Service Manual HP 03563 90006 are required to service the HP 3563A Introduction A A A i ret Identification Serial Numbers This guide applies to analyzers with the serial number prefixes listed under Serial Numbers on the title page Hewlett Packard makes frequent improvements to its products to enhance their performance usability or reliability and to control costs HP service personnel have access to complete records for each type of equipment based on the equipment s serial number Whenever you contact HP about your HP 3563A have the complete serial number available to ensure obtaining the most complete and accurate information possible A serial number label is attached to the rear of the analyzer The serial number has two parts the prefix the first four numbers and a letter and the suffix the last five numbers prefix Suffix 202 AXXXXX gx EL HEWLETT PACKARD UJ MADE IN USA Figure 1
62. c Range x 80 dBc 10 Hz to 100 kHz 2 500 296 at dc Alternative 2 HP 3325A B Opt 0010pt 002 HP 11048 Alternative Pomona Elect Model 4119 50 HP 101006 HP 11095A Alternative Pomona Elect Model 4119 600 HP 8120 1838 Alternative HP 111704 HP 03562 61620 HP 8120 1840 HP 11001 60001 Pomona Elect Model 2948 24 0 Pomona Elect Model 1613 8 0 HP 1250 0781 HP 1250 0080 Feedthrough Terminations 1 600Q 2 at dc Cables 2 BNC to BNC length lt 30cm Common Mode Cable 2 BNC BNC Cable 122 cm 1 BNC Dual Banana 1 Single Banana Single Banana 2 Alligator Clip 2 BNC TEE m f f 1 BNC f to BNC f Operation Verification Tests Initial Equipment Setup tN i Initial Equipment Setup When the recommended test equipment of Table 3 2 is used to complete the operational verification the instruments listed below must be set to the preset conditions listed before beginning the test In each test any unspecified parameters should be set to the following conditions Frequency Synthesizer Function SINE WAVE Frequency 1 kHz Amplitude 1mVrms Phase 0 Degrees dc Offset OV Modulation OFF Sweep OFF AC Calibrator Frequency 1 kHz Amplitude 01 Vrms Voltage Error OFF Vernier
63. ce Amplitude Accuracy and Flatness Display UNITS ss ke ves POreO Meets VOLTS UNITS RMS rere VOLTS f Measurement FREQ J STOP FREQ Entry 65 kHz Contro START 3 The sweep is done when the message Measurement Complete appears in the lower right hand corner of the display Press the HP 3563A keys as follows Display SCALE Y FIXD SCALE Entry OAT aako dB 4 If the trace is between the 9 dB and the 11 dB limits check PASS on the Operation Verification Test Record for the 0 to 65 kHz span 5 Press the HP 3563A keys as follows Measurement FREQ START FREQ Entry BB xs kHz Control START 3 40 Operation Verification Tests 9 Source Amplitude Accuracy and Flatness 6 When the sweep is done press the HP 3563A keys as follows Display SCALE Y FIXD SCALE Entry 5 TE dB 7 If the trace is between the 8 5 dB and the 11 dB limits check PASS on the Operation Verification Test Record for the 65 kHz to 100 kHz span If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments None Troubleshooting A30 Analog Source Board Section VIII 3 41 Operation Verification Tests Operational Verification Test Record Operational Verification Test Record HP 3563 A Control Sys
64. cy and Flatness Test Setup 1 Connect the test instruments as shown in Figure 4 5 2 Set the test instruments initially as follows Frequency Synthesizer Function Frequency Amplitude Phase dc Offset Modulation Sweep s s s amp os e eae CEE EE o eve ve gt lt o4 9 n SINE WAVE 7 1 kHz 0 5 Vrms 0 Degrees OV OFF OFF 4 15 Performance Tests 3 Amplitude Accuracy and Flatness AC Calibrator Frequency 1 kHz Amplitude 2 8184 Vrms Voltage Eror taras OFF Vernier 0 Mode OPER Contro LOCAL Phase Lock ON Sense sin INTERNAL 3 Press the HP 3563A keys as follows T Control PRESET RESET input Setup CAL cae SINGLE CAL Input Setup 1 INPUT CONFIG GROUND CHAN 1 Vis GROUND CHAN 2 Measurement WINDOW FLAT TOP Measurement Entry BAG 4 x ENTER PIU STABLE Display UNITS i PSPEG ees VOLTS UNITS RMS E VOLTS Display A amp B 4 16 Performance Tests 3 Amplitude Accuracy and Flatness Amplitude Accuracy and Flatness Measurement One Table 4 4 Amplitude Accuracy and Flatness Measurement One BNC shell grounded HP 3563A Signal AC Calibrator Specification 9 dBVrms 1 kHz 2 8184 Vrms 8 849 dBV 9 151 dBV 13 diVims 19 avis 22387 Ves 17 diVims 79953 Vins Procedure 1 Press the HP
65. dBVrms Input Setup INPUT CONFIG CHAN 1 AC Te CHAN 2 AC Measurement FREQ esis FREQ SPAN Entry t crn kHz Entry 20 N HZ Measurement AVG Entry 2000 xe ENTER Rose STABLE Measurement WINDOW UNIFRM NONE Display UNITS P SPEC UNITS 3 34 ot 4 Y a c x K v LL START FREQ VOLTS RMS VOLTS Operation Verification Tests 8 Noise and Spurious Signal Level 3 Press the HP 3563A keys as follows Control START Display SCALE Y AUTO SCALE Markers SPCL MARKER MRKR gt PEAK 4 If the Ya marker reading is less than or equal to 131 dBVrms check PASS on the Operation Verification Test Record for Channel 1 5 Press the HP 35634 keys as follows Display B Display SCALE Y AUTO SCALE Markers SPCL MARKER MRKR PEAK 6 If the Yb marker reading is less than or equal to 131 dBVrms check PASS on the Operation Verification Test Record for Channel 2 3 35 Operation Verification Tests 8 Noise and Spurious Signal Level Table 3 5 Spurious Signals Start Frequenc pn at Shan y Specification 20Hz 1kHz 181dBV 10kHz 131dBV 10kHz 131dBV 7 Perform steps a through d for the start frequencies in Table 3 5 a Press the HP 3563A keys as follows Measurement FREQ START To start frequency in Table 3 5 FREQ Disp
66. e HP 3563A Service Manual Adjustments None Troubleshooting A33 A35 Input Boards Section VIII 4 94 Performance Tests 16 Common Mode Rejection 16 Common Mode Rejection This test measures the capability of the HP 3563A to ignore a signal which appears simultaneously and in phase at the high and low input of a single channel Specification When a common mode signal is input to a single channel the relative value compared to the amplitude of the input single will be 0 Hz to 66 Hz 80 dB 65 dB 66 Hz to 500 Hz Required Test Equipment Frequency Synthesizer Common Mode Cable BNC Tee Female to Female Barrel Alligator Alligator Cable BNC to BNC length lt 30 cm 2 BNC Cable CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER LELLLLLL CHANNEL 1 CHANNEL 2 BNC CABLE BNC BNC Figure 4 25 Common Mode Rejection Test Setup One 4 95 Performance Tests 16 Common Mode Rejection Procedure 1 Connect the test instruments as shown in Figure 4 25 2 Set the Frequency Synthesizer as follows Function uox Sine Wave Frequency 1 kHz Amplitude 1 mVrms Phase oo 0 Degrees Modulation Off Sweep Off 3 Press the HP 35634 keys as follows Control PRESET RESET Input Setup CAL J SINGLE CAL Measurement 1 Entry AVG gt ya 16 as ENTER STABLE Measurement WINDOW FLAT TOP D
67. e dm A eS 4 95 17 External Reference Test es Na acer nae eh d pe Ape a A AS 4 100 18 Source Residual Offset ous sone ov VE qued UC Xo AE Nod 4 102 19 Source Amplitude Accuracy and Flatness 45 45 04 bd Se o ca awa tn 4 104 20 SOULS Distortion amp uud qoe Cx E See ee AAN Re et ae a ao eS 4 106 21 Source Energy Measurement o ooo ooo E dha ets E ss 4 109 Performance Test Record ud A Seek ERA de Ro CEES uk A e OS 4 114 Chapter 5 Installation Safety Colsid ralolls A uoo ena BU Due dos eerie RATES AI Be Se at 5 2 Incoming Tests vite afud e RC medo EES ORT ROUTE doe ca a em AA a 5 2 Table of Contents Dimensions and Weight 5 02 92 eho a Ok RAI Se Pa ee ey 5 2 Power Requirements hh hh hehehe ern 5 3 Power Cable and Grounding Requirements ee 5 5 Power Cable Led Dd dee ae he OE BS RU eos ANA pee ee ORES EASA 5 5 Grounding a Sk a 217 50 ILI BOS eae A ee oy a 5 7 Operator Maintenance e SEE ei RT ee ee ee eee 5 7 Cleaning the Air Filter lt See R RT Ta ee beh ehh heh sonas 5 8 Cleaning the Display CRT 2 00 ee ehem rr 5 8 Analyzer Cooling Ste A A Oe e inn 5 9 Installation LS ERA GEM E Lar E AL a6 E RARE SED ERE OE ES 5 9 Turning on the HP 3563A ee ee et eee eee 5 9 HP IB System Interface Connections o o ooo nnn 5 10 Labeling the Digital Probes and Cables o o oo o e 5 10 Labeling the Input Cables Qualifier Pod Input Pod 1 and InputPod2 coco ooo o
68. ecord for Channel 2 Table 4 17 Spurious Signals Start Frequenc Mun CN s 18i dV 10 kHz lt 131 dBV 10 kHz 10 kHz 131 dBV lA 2 151 BV EA aV SA31 dev 10 kHz 131 dBV lA 80 kHz 10 kHz lt 131 dBV 90 kHz 10 kHz lt 131 dBV 7 For the rest of the start frequencies in Table 4 17 perform steps a through d a Press the HP 3563A keys as follows Measurement FREQ START To start frequency in Table 4 17 FREQ bird FREQ To frequency span in Table 4 17 SPAN Display A Control START T Markers 7 SPCL MARKER MRKR gt PEAK b If the Ya marker reading is less than or equal to 131 dBVrms check PASS on the Performance Test Record for Channel 1 4 87 Performance Tests 14 Noise and Spurious Signal Level c Press the HP 3563A keys as follows Display B Markers SPCL MARKER MRKR gt PEAK d If the Yb marker reading is less than or equal to 131 dBVrms check PASS on the Performance Test Record for Channel 2 Table 4 18 Noise Level LL Ria Specification S104 BV Fe 50 kHz lt 144 dBV Y Hz 50 kHz 50 kHz lt 144 dBV V Hz 8 Press the HP 3563A keys as follows Measurement WINDOW pias FLAT TOP Display UNITS E P SPEC Viv Hz UNITS V PSD 9 For each of the start frequencies listed in Table 4 18 perform steps a through e a Press the HP 3563A keys as follows Measurement FREQ
69. een the BNC center conductor and BNC shell and the amplitude is equal to the range setting the marker amplitude reading will not deviate from the actual signal amplitude by more than Range Setting 4 27 dBV to 40 dBV 0 15 dB 0 015 Range Setting 41 dBV to 51 dBV 0 25 dB 0 025 Range Setting If the measurement of a signal includes a signal between the BNC shell and the chassis the marker amplitude reading will not deviate from the actual signal amplitude by more than Range Setting 27 dBV to 40 dBV 0 50 dB 0 015 Range Setting 41 dBV to 51 dBV 0 60 dB 0 025 Range Setting Required Test Equipment Frequency Synthesizer BNC Cable 3 AC Calibrator Single Banana to Single Banana Female to Female Barrel BNC to Dual Banana BNC Tee mt 4 23 Performance Tests 4 Amplitude Linearity AL CALIBRATOR Procedure 09000 INPUT REAR PANEL VIEW PHASE LOCK CHANNEL B CHANNEL A QUTPUT CHANNEL 2 i i CONTROL SYSTEMS ANALYZER ME PUE E sor csl ld d l ed edad dr ceto ed e REESE NE e g js gd pou eU ES i 33 mu Ha me Eres Mi esha ar ee E d ad DA A oD ap i CHANNEL 1 BNC CABLE BANANA BANANA 2 BNC TEE F TO F BARREL BNC DUAL BANANA Figure 4 6 Amplitude Linearity Test Setup 1 Connect the test instruments as shown in Figure 4 6 2 Set the test instruments initially as follows Frequency Synthe
70. ement for Channel 2 5 Calculate the relative value for both channels First Measurement Second Measurement Relative Value If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments Input dc Offset Adjustment Section III Calibrator Adjustment _ Troubleshooting A33 A35 Input Boards Section VII A30 Analog Source 3 28 Operation Verification Tests 7 Single Channel Phase Accuracy 7 Single Channel Phase Accuracy This test measures the phase accuracy of the HP 3563A relative to the phase of the trigger signal The frequency synthesizer is used to input a square wave to one channel and the external trigger input Required Test Equipment Frequency Synthesizer Female to Female Barrel 50Q feedthrough termination BNC to BNC length x 30 cm 2 BNC Tees 2 BNC to BNC Cable 2 LL L B FREQUENCY SYNTHESIZER LLLLLLLL E m L la A LE S ES Lili Qc p l E EXT TRIGGER CHANNEL 1 0 00 0 0 ee od e a aan e SE E E mu CHANNEL 2 CHANNEL B BNC BNC BNC CABLE E TOF od FEEDTHROUGH TERMINA TION BNC BNC Figure 3 10 Single Channel Phase Accuracy 3 29 Operation Verification Tests 7 Single Channel Phase Accuracy Procedure 1 Connect the test instruments as shown in Figure 3 10 2 Set the test instrument i
71. erification Tests 3 Amplitude Accuracy And Flatness Measurement AVG Entry o re oe ENTER STABLE Display UNITS PSPEC VOLTS UNITS RMS C VOLTS Display A amp B Table 3 3 Amplitude Accuracy and Flatness E Signal AC Calibrator Lower Limit Upper Limit Setting Frequency Amplitude Specification Specification 9 dBVrms 2 8184 Vrms 8 849 dBV 9 151 dBV 4 For each of the frequencies listed in Table 3 3 perform steps a through g a Press the HP 3563A keys as follows Input Setup RANGE To range setting in Table 3 3 Measurement FREQ CENTER To signal frequency in Table 3 3 FREQ b Set the AC Calibrator to the signal frequency specified in Table 3 3 c Set the AC Calibrator s amplitude specified in Table 3 3 d Set the Frequency Synthesizer to the signal frequency specified in Table 3 3 3 13 Operation Verification Tests 3 Amplitude Accuracy And Flatness e Press the HP 3563A keys as follows Control START Markers SPCL MARKER MRKR gt PEAK f Record the Ya marker reading on the Operational Verification Test Record for Channel 1 g Record the Yb marker reading on the Operational Verification Test Record for Channel 2 lf Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service
72. eshooting A33 A35 Input Boards Section VIT A32 A34 Analog Digital Converter Boards 4 73 Performance Tests 13 Intermodulation Distortion 13 Intermodulation Distortion This test measures the level of the intermodulation distortion products generated within the HP 3563A to the 4th order The Frequency Synthesizer may produce some spurious signals in the 0 to 100 kHz span Ignore signals at frequencies other than those listed in the tables when performing this test Specification The amplitude of all intermodulation products will be at least 80 dB below the fundamental amplitude Required Test Equipment Frequency Synthesizer 1 kQ resistors 2 See Figure 4 20 BNC Tee 2 m BNC m Dual Banana BNC to Banana Cable 2 Female to Female Barrel BNC BNC Cable 2 Single Banana to Single Banana BNC BNC lt 30 cm 2 4 74 Performance Tests 13 intermodulation Distortion CONTROL SYSTEMS ANALYZER col cd cll ah sel bel zi TI gt ASS lll rl e 60020 5 poca aad a ded FREQUENCY SYNTHESIZER CHANNEL 1 SERIES RESISTOR SEE FIGURE 4 20 qt BNC BNC KD SERIES RESISTOR Figure 4 19 Intermodulation Distortion Test One Setup Note If the COMBINED mode is used on the Frequency Synthesizer output from w Channel A with one 508 termination instead of the 1 kQ series resistors 4 75 Performance Tests 13 intermodulation Distortion Intermodulation Disto
73. est equipment to those listed in the preceding section Initial Setup 2 Enter the keys specified in the procedure 3 Record the position of the X and Y markers as indicated for each test Refer to Figure 4 3 for an example of the position of the X and Y marker readings Additional information about reading the X and Y marker positions is available in the HP 3563A Operating Reference Manual 4 Record the results of each of the performance tests on the Performance Test Record located at the end of this chapter This test record may be reproduced without written permission of Hewlett Packard 5 If the HP 3563A fails a test see the If Test Fails section at the end of each test Note The instrument will not record any keystroke during a calibration cycle or a w measurement A status message appears in the lower right corner of the display See Figure 4 3 Note To minimize the time required to change instrument configurations between tests do the tests in the order given Performance Tests 1 Self Test e ce lt tt ttt tt ret 1 Self Test This test determines if the HP 3563A is operating correctly No tests should be attempted until the instrument passes this test Required Test Equipment None Test Duration This test takes about 1 minute to complete Procedure 1 Press the HP 3563A keys as follows Control SPCL FCTN gt es SELF ee Bw SELF TEST TEST 2 During the Self Test cycle
74. follows Control 1 PRESET 2 RESET Input Setup CAL so SINGLE CAL Input Setup INPUT CONFIG GROUND CHAN 1 Measurement WINDOW UNIFRM NONE Input Setup RANGE AUTO 1 UP amp DWN T Measurement Entry SOURCE SOURCE 1 Vrms LEVEL Measurement Entry FREQ FREQ Ausus 1kHz SPAN EG lates CENTER boi 5 kHz FREQ 4 110 Performance Tests 21 Source Energy Measurement Measurement Entry AVG a a ee 100 nasty ENTER dat AT ox STABLE T Control START Display SCALE es Y AUTO SCALE Note Wait until the measurement is finished before pressing POWER The X amp Y C markers must be off Display UNITS PSPEC uen VOLTS UNITS RMS Mode du VOLTS Display COORD MAG LIN Note Wait for the measurement to finish before proceeding Markers SPCL dne MARKER POWER MARKER CALC Note X and Y markers must be off 4 111 Performance Tests 21 Source Energy Measurement 4 Take at least 160 averages by pressing the Digital Voltmeter keys as follows MATH 2 RDGS STORE 5 After the RDGS STORE annunciator turns off press the Digital Voltmeter keys as follows HOLD RDGS STORE RECALL 0 6 Record the voltmeter average on the Performance Test Record 7 Record the HP 3563A power measurement on the Performance Test Record 8 Press the HP 3563A keys as follows Measu
75. frequency in Table 4 5 4 Set the AC Calibrator to the amplitude in Table 4 5 4 1 e Performance Tests 3 Amplitude Accuracy and Flatness 5 Press the HP 3563A keys as follows Control START T Markers SPCL MARKER MRKR PEAK 6 Record the Ya marker reading on the Performance Test Record for the measured value Channel 1 7 Record the Yb marker reading on the Performance Test Record for the measured value Channel 2 8 Repeat steps 1 through 7 for each of the remaining settings in Table 4 5 4 20 Performance Tests 3 Amplitude Accuracy and Fiatness Amplitude Accuracy and Flatness Measurement Three Table 4 6 Amplitude Accuracy and Flatness Measurement Three BNC shell grounded HP 3563A Signal AC Calibrator Specification Range Frequency Amplitude Lower Limit Upper Limit 8 dBVrms 1 kHz 2 5119 Vrms 13 50 dBV 1250 dBV 18 dBVrms 99 KH 27 dBVrms 44 668 mVrms 27 50 dBV 26 50 dBV 27 dBVrms 99 kHz 44 668 mVrms 27 50 dBV 26 50dBV Procedure 1 Press the HP 3563A keys as follows Input Setup INPUT CONFIG FLOAT CHAN 1 FLOAT CHAN 2 2 Reverse the banana plug connector at the ac calibrator so the high input signal goes to the BNC shell of HP 3563A s input channels The BNC center conductor should be grounded for each channel 3 Press the HP 3563A keys as follows Input Setup RANGE To range setting in Table
76. hort as possible 2 Press the HP 3563A keys as follows Control PRESET Input Setup 1 CAL Measurement 1 WINDOW Measurement AVG f Measurement FREQ Display UNITS Display A amp B Markers X 4 12 baden RESET Pape AUTO ON err SINGLE CAL ee UNIFRM NONE m se ee 0 see eee K cK ne e s sertas ENTER kHz VOLTS RMS VOLTS Hz Performance Tests 2 DC Offset 3 For each of the range settings listed in Table 4 3 perform steps a through c a Press the HP 3563A keys as follows input Setup RANGE To range setting in Table 4 3 Control START b Record the Ya marker reading on the Performance Test Record for the Channel 1 measured value c Record the Yb marker reading on the Performance Test Record for the Channel 2 measured value If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments Track and Hold Offset Adjustment Section III Input DC Offset Adjustment Troubleshooting A33 A35 Input Boards Section VIH A32 A34 Analog Digital Converter Boards 4 13 Performance Tests 3 Amplitude Accuracy and Fiatness 3 Amplitude Accuracy and Flatness This test measures the amplitude accuracy and flatness of the HP 3563A using the amplitude reference of the ac calibrator
77. hould an operator remove any covers screws 7 or in any other way enter the HP 3563A There are no operator controls inside the HP 3563A 5 7 Installation Cleaning the Air Filter The cooling fan s air filter is located on the rear panel To service the filter remove the power cable and remove the four knurled nuts that hold the filter to the rear panel Clean the filter using a solution of warm water and a mild soap or replace the filter HP 3150 0218 The air filter should be cleaned every 30 days Cleaning the Display CRT The analyzer display is not removable by the operator Under normal operating conditions the only cleaning required will be an occasional dusting with a soft brush A household type tack cloth or other type of lint remover may also be used However if a foreign material adheres itself to the display remove the power cable dampen a soft lint free cloth with a mild detergent mixed in water and carefully wipe the display To prevent damage to the display do not use cleaning solutions other than the above Warning Do not apply any water mixture directly to the display or allow moisture to 9 go behind the front panel Moisture behind the front panel will severely damage the instrument 5 8 installation et tt tt A ttt A te Analyzer Cooling Cooling air enters the analyzer through the rear panel and exhausts through the side panels Install the analyzer to allow free circulation of c
78. ications describe the instrument s warranted performance Supplemental characteristics are given as typical but not warranted performance figures and are intended to provide information useful in applying the instru ment These characteristics are denoted as typical nominal metal aoit or approximately Time Domain Measurement Linear Logarithmic Swept Time Resolution Resolution Sine Capture Filtered Time Record X X Compressed Time Buffer 1 to 10 records X chan 1 or 2 Orbits chan 1 versus chan 2 X input Time Record fuli span chans 1 and 2 X X X X Auto Correlation chans 1 and 2 X Cross Correlation X impulse Response X The following table lists the functions the analyzer can measure directly based on the selected measurement mode These measurements can be made with either analog or Frequency Domain Measurements input Linear Spectrum full span chans 1 and 2 Filtered Linear Spectrum chans 1 and 2 X X X X Power Spectrum chans 1 and 2 Power Spectral Density PSD chans 1 and 2 Square Root of PSD chans 1 and 2 Energy Spectral Density ESD chans 1 and 2 Cross Power Spectrum Frequency Response linear frequency spacing Frequency Response logarithmic frequency spacing Coherence Function with averaging Linear Logarithmic Swept Time Resolution Resolution Sine Capture X X X X X OX X X X x x x lt X X X X X X X X X X X Amplitude Doma
79. ified personnel who are aware of the hazards involved Warning Before applying line power to the analyzer or testing its electrical performance read this chapter incoming Tests Finish incoming inspection by testing the electrical performance of the analyzer using the operational verification tests in Chapter 3 or the performance tests in Chapter 4 of this Installation Guide The operation verification tests verify the basic operating integrity of the analyzer these tests take about two hours to complete The performance tests verify that the analyzer meets all the performance specifications these tests take about eight hours to complete Dimensions and Weight Dimensions Height 222mm 8 75 in Width 426mm 16 751 n Depth 578mm 22 75 in Weight 27 kg 58 Ibs net 36 kg 79 lbs shipping 5 2 Installation A CN A ACC CAS Power Requirements The analyzer can operate from a single phase ac power source supplying voltages as shown in Table 5 1 With all options installed power consumption is 450 Volt amps The line voltage selector switch is set at the factory to match the most commonly used line voltage of the country of destination the appropriate fuse is also installed To check or change either the line voltage selector switch or the fuse see Figure 5 1 Table 5 1 and the following procedures Warning Only a qualified service person aware of the hazards involved should measure the line volt
80. in Measurements X X X X Histogram chans 1 and 2 Probability Density Function PDF chans 1 and 2 Cumulative Density Function CDF chans 1 and 2 Demodulation is a valid preprocessing func tion for all linear resolution measurements when zooming All linear and log resolution Linear Logarithmic Swept Time Resolution Resolution Sine Capture X X measurements can be performed on time throughput data with the exception of full span linear spectrum and input time record Measurement Range 64 u Hz to 100 kHz Both channels single or dual channel operation Accuracy 0 004 of frequen cy reading Resolution Span 800 Both channels single or dual channel operation Linear Resolution mode Spans BaseBand Zoom of spans 66 64 min span 10 24 mHz 20 48 mhz max span 100 kHz 100 kHz time record sec 800 span 800 span Window Functions Flat Top Hann Uniform Force Exponen tial and User Defined Window Parameters FlatTop Hann Uniform Noise Equiv BW 0 478 0 188 0 125 of span 3 dB BW 0 45 0 185 0 125 96 of span Shape factor 2 6 9 1 716 Typical Real Time Bandwidths Single channel fast averaging 10 00 kHz Single channel single display 2 50 kHz Duai channel fast averaging 5 00 kHz Duai channel single display 2 00 kHz Throughput to CS 80 disk Single channel 12 50 kHz Dual channel 6 25 kHz 2 1 Accuracy Defined as full scale accuracy at any of the calcul
81. in Table 4 8 b Press the HP 3563A keys as follows Control START Markers gt 77 7 hes To alias frequency in Table 4 8 c If the Ya reading is less than or equal to 80 dBVrms check PASS on the Performance Test Record for Channel 1 d If the Yb reading is less than or equal to 80 dBVrms check PASS on the Performance Test Record for Channel 2 If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments None Section III Troubleshooting A32 A34 Analog Digital Converter Boards Section VIII 4 38 Performance Tests 7 Frequency Accuracy 7 Frequency Accuracy This test measures the frequency accuracy of the HP 3563A using the Frequency Synthesizer as a reference Specification The frequency reading will not deviate from the actual signal frequency by more than 0 004 Required Test Equipment Frequency Synthesizer 50Q feedthrough termination BNC Cable CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER E Hs jo H E 445 j i dud o EEE 6 de 9 Q O ue CHANNEL A EIA a CHANNEL 1 50 OHM i FEEDTHROUGH i TERMINATION BNC CABLE Figure 4 9 Frequency Accuracy Test Setup 4 39 Performance Tests 7 Frequency Accuracy Procedure 1 Connect the test equipment as shown in Figure 4 9 2 Set the Frequency Synthesizer
82. ise burst random sine chirp burst chirp and arbitrary signal types are band limited and band trans lated DC offset is also user selectable Output Impedance 50Q nominal Output Level Between 10 and 10 Vpeak ac dc into a z 10 kQ 1000 pF load Maximum current is 20 mA AC Level 5 Vpeak 2 10 kQ lt 1000 pF load DC Offset 10 Vpeak in 100 mV steps Residual offset at 0 V offset x 10 mV Percent In Band Energy 1 kHz span 5 kHz center frequency Random noise 70 Sine chirp 85 Accuracy and Purity Fixed or swept sine Flatness dc to 65 kHz 1 dB 65 kHz to 100 kHz 1 1 5 dB Distortion Including subharmonics de to 10 kHz 55 dB 10 kHz to 100 kHz 40 dB Pulse Nominally 1 sample wide and band limited All of the analog signal types can be output from the digital source connector on the rear panel of the analyzer Data format is 16 bit parallel in either two s complement or offset binary Output level is TTL compatible Typical Transition Time Low to high and high to low lt 20 ns Maximum Load 8 LSTTL Maximum Output Rate 256 kHz DIGITAL OUTPUTS DATA VALIO INTERVAL Source pala Source t lore thost Eo Clark tore Pre Source Clock rising edge Data Valid interval ipo Post Source Clock rising edge Data Valid interval Source Output Data Valid With respect to clock rising edge Pre clock 150 ns Post clock 3500 ns
83. isplay A amp B Display UNITS PSPEO is VOLTS UNITS RMS Input Setup RANGE AUTOT 3 AUTO 2 UP amp DWN UP amp DWN 4 96 Performance Tests 16 Common Mode Rejection CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER CHANNEL 1 N CHANNEL 2 Figure 4 26 Common Mode Rejection Test Setup Two CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER CHANNEL 4 CHANNEL 2 CHANNEL B SHORT BNC BNC A BNCIEJ BANANA MALE NC BNC BNC BANANA BANANA TAB a t BNUFIBANANA MALE Figure 4 27 Alternate Common Mode Rejection Test Setup Two 4 97 Performance Tests 16 Common Mode Rejection Table 4 19 Common Mode Rejection Signal Signal ME 3 536 Vrms gt 80 dB 3 536 Vrms 500 Hz gt 65 dB 4 For each of the frequencies listed in Table 4 19 connect the test instruments as shown in Figure 4 25 and perform steps a through d a Set the Frequency Synthesizer as follows Amplitude To signal amplitude in Table 4 19 Frequency To signal frequency in Table 4 19 b Press the HP 3563A keys as follows Measurement FREQ CENTER To signal frequency in Table 4 19 FREQ Control START Markers SPCL MARKER MRKR gt PEAK c Record the Ya marker amplitude reading on the Performance Test Record as the first measurement for Channel 1 d Record the Yb marker amplitude reading on the Performance Test Record as the fi
84. ive Specification Measurement Measurement Value CHANNEL 2 First Second Relative Measurement Measurement Value fe es EA ier eee ee 26508 ___ gt 80 dB gt 65 dB Specification Signal Frequency 66 Hz 7 Single Channel Phase Accuracy Signal easured Value Frequency UprUmi CHANT CHAN rome os o Ci Ce e gone POS CHANT Wm AMS 20 B 8 Noise and Spurious Signal Level Spurious Signals Start PEU Frequency pan CHAN 1 CHAN 2 Bm n Ll s LT WE sd Sp owe E scm Noise Level Start Frequency PASS As am w MEE TA Sup s Md SH S 1 s MM SW 9 Source Amplitude Accuracy and Flatness 65 Wo 100 kez ARSS Specification 3 44 Performance Tests E A ii Introduction This chapter contains performance tests for the HP 3563A These tests provide the highest level of confidence that the instrument is operating properly and verify that the HP 3563A is meeting its published specifications Use the Operational Verification Chapter 3 for incoming and after repair inspections Test Duration The performance tests take approximately eight hours to complete Caution Before applying line power to the analyzer or testing its electrical performance see Chapter 5 Installation Calibration Cycle To verify the HP 3563A is operating within specifications perform the performance tests
85. l B until Ya 0 dB 50 mdB 11 Press the HP 3563A keys as follows Measurement AVG gt sue STABLE Table 4 16 Intermodulation Distortion Measurement Two Fundamental Frequencies Harmonic A AO 12 For each of the harmonic frequencies listed in Table 4 16 perform steps a through c a Press the HP 3563A keys as follows 4 82 Performance Tests 13 Intermodulation Distortion T Measurement FREQ CENTER To harmonic frequency in Table 4 16 FREQ Control START T Display A 7 do To harmonic frequency in Table 4 16 b If the Ya marker reading is less than or equal to 80 dBVrms check PASS on the Performance Test Record for Measurement Two Channel 1 with the BNC shell floating c If the Yb marker reading is less than or equal to 80 dBVrms check PASS on the Performance Test Record for Measurement Two Channel 2 with the BNC shell floating 13 Connect the test instruments as shown in Figure 4 21 so the center conductor of each channel s BNC is grounded 14 For each of the harmonic frequencies listed in Table 4 16 perform steps a through c a Press the HP 3563A keys as follows T Measurement FREQ CENTER To harmonic frequency in Table 4 16 FREQ T Control START Markers X 757 uus es To harmonic frequency in Table 4 16 b If the Ya marker reading is less than or equal to 80 dBVrms check PASS on the Performance Test Record for Measurement Two Chan
86. l frequency in Table 4 9 c Record the Ya marker reading on the Performance Test Record for CHANNEL 1 measured value BNC shell grounded d Record the Yb marker reading on the Performance Test Record for CHANNEL 2 measured value BNC shell grounded 5 Reverse one of the banana plug connectors so the center conductor of each channel s BNC is grounded 6 Press the HP 3563A keys as follows input Setup INPUT CONFIG FLOAT CHAN 1 rer FLOAT CHAN 2 7 Repeat steps 4a through 4d for the BNC center conductors grounded If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments None Troubleshooting A33 A35 Input Boards Section VII A32 A34 Analog Digital Converter Boards A31 Trigger Board A6 Digital Filter Controller A1 Digital Source 4 50 Performance Tests 10 Digital Input Output 10 Digital Input Output This test verifies the instrument s ability to take a digital measurement The digital source is used to verify the operation of Input Pod 1 and Input Pod 2 using both internal and external paths The digital source is used to verify the Qualifier Pod Pod Q by using an external path Required Test Equipment A40 Test Board 8 bit Probe Cables 3 16 bit Probe Cables 3 Pattern Generator Probe Lead Set Note It the A40 Test Board is not available
87. lay B aeu FREQ To frequency span in Table 3 5 SPAN Control START T Markers SPCL MARKER MRKR gt PEAK b If the Ya marker reading is less than or equal to 131 dBVrms check PASS on the Operation Verification Test Record for Channel 1 c Press the HP 3563A keys as follows Display B Markers SPCL MARKER MRKR gt PEAK d If the Yb marker reading is less than or equal to 131 dBVrms check PASS on the Operation Verification Test Record for Channel 2 3 36 Operation Verification Tests 8 Noise and Spurious Signal Level 8 Repeat steps 7a through 7d for the remaining start frequencies in Table 3 5 9 Press the HP 3563A keys as follows Measurement WINDOW FLAT TOP Display UNITS P SPEC Vu epe V V Hz UNITS V PSD 10 Perform steps a through e for each of the start frequencies listed in Table 3 6 a Press the HP 35634 keys as follows Table 3 6 Noise Level Measurement FREQ START To start frequency in Table 3 6 FREQ TIU FREQ To frequency span in Table 3 6 SPAN Control START 3 37 Operation Verification Tests 8 Noise and Spurious Signal Level b When the average is complete press the HP 3563A keys as follows Display A Markers SPCL MARKER MRKR PEAK c If the Ya marker reading is less than or equal to the specification check PASS on the Operation Verification Test Rec
88. lows Display B Control START Performance Tests 13 Record the Yb amplitude reading in the Vin position of the Performance Test Record for Channel 2 14 Use the equation given on the Performance Test Record to calculate the input capacitance lf Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments None Section III Troubleshooting A33 A35 Input Boards Section VIII 4 65 Performance Tests 12 Harmonic Distortion 12 Harmonic Distortion This test measures the harmonic distortion generated in the HP 3563A when a full scale input is present Specification The relative amplitude of all harmonics will be at least 80 dB below the fundamental amplitude Required Test Equipment Low Distortion Oscillator 6000 feedthrough termination BNC Tee m f Female to Female Barrel Single Banana Single Banana Cable BNC Dual Banana Cable BNC Cable 2 lt 30 cm 4 66 Performance Tests 12 Harmonic Distortion Harmonic Distortion Test One LOW DISTORTION OSCILLATOR CHANNEL 1 CHANNEL 2 BANANA BANANA oras 600 OHM c PEEDTHROUGH GROUND CHASSIS UNA TON GROUND BNC DUAL BANANA Figure 4 17 Harmonic Distortion Test One Setup Procedure 1 Connect the test instruments as shown in Figure 4 17 2 Se
89. ltmeter reading on the Performance Test Record for the 5V setting If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 35634 Service Manual Adjustments None Troubleshooting A30 Analog Source Board Section VIII 4 103 Performance Tests 19 Source Amplitude Accuracy and Fiatness 19 Source Amplitude Accuracy and Flatness This test measures the amplitude accuracy and flatness of the HP 3563A Source Specification The amplitude reading will not deviate from the source amplitude setting by more than 1 dB 12 2 when terminated into 1M for frequencies between 0 Hz and 65 kHz and 1 dB 1 5 dB for frequencies between 65 kHz and 100 kHz Procedure 1 Connect the HP 3563A Source to Channel 1 2 Press the HP 3563A keys as follows Control PRESET RESET Input Setup 1 CAL SINGLE CAL input Setup INPUT CONFIG GROUND CHAN 1 input Setup 1 Entry RANGE 5V Measurement MEAS MODE SWEPT s LINEAR SINE SWEEP Measurement 7 SOURCE SOURCE cos SOURCE TYPE ON Entry in SOURCE ES 4 47 V LEVEL Display UNITS P SPEC wes VOLTS UNITS RMS oop eats VOLTS 4 104 Performance Tests 19 Source Amplitude Accuracy and Flatness Measurement Entry FREQ uu STOP geese 65 kHz FREQ Contro START 3 When the sweep is
90. marked in case of a fault Used with field wiring terminals to indicate the terminal which must be connected to ground before operating equipment Protective conductor terminal For protection against electrical shock OR signal common as well as providing protection against electrical shock in case of a fault A terminal marked with this symbol must be connected to ground in the manner described in the installation operating manual and before operating the equipment E Low noise or noiseless clean ground earth terminal Used for a L Frame or chassis terminal A connection to the frame chassis of the rh OR equipment which normally includes all exposed metal structures MN Alternating current power line Direct current power line Ny Alternating or direct current power line Warning The WARNING sign denotes a hazard It calls attention to a procedure practice condition or the like which if not correctly performed or adhered d to could result in injury or death to personnel Caution The CAUTION sign denotes a hazard It calls attention to an operating procedure practice condition or the like which if not correctly performed or adhered to y could result in damage to or destruction of part or all of the product Note The NOTE sign denotes important information It calls attention to procedure Y practice condition or the like which is essential to highlight Table of Contents Ch
91. n Set as well as with the optional HP 3563A Service Manual This book is organized with the specifications operation verification tests and the performance tests near the beginning and the installation information at the back of the guide Options There are eight options available for the HP 3563A They are available either when the instrument is ordered or they may be installed later These options are listed in Table 1 1 Table 1 1 HP 3563A Options Part Number Front Handle Kit l 5061 0091 Rack Mount Kit 5061 0079 Rack Mount and Front Handle Kit 5061 0085 Extra Operating Manuals 1 set Service Manual 03563 90006 PC File Utilities 3 5 disk 03563 19400 5 25 disk 03563 19401 Delete Cables Add Cables May be ordered by individual part number Accessories The following accessories are supplied with the HP 3563A The following accessories are available 8 Channel TTL Tristate Buffer Pod Note Line Power Cord Pouch Operating Manual Installation Guide Getting Started Guide Application Note 243 The Fundamentals of Signal Analysis Application Note 243 2 Control System Development Using Dynamic Signal Analyzers Application Note 243 4 Fundamentals of Z Domain and Mixed Analog Digital Measurements Curve Fitting in the HP 3562A Z Domain Curve Fitting in the HP 3563A Programming Reference 16 Bit Probe Cable 16 Bit Probe Pod 8 Bit Probe Cable Grabber P
92. n path length is 2 meters times the number of devices or 20 meters whichever is less Operating distances can be extended using an HP IB Extender For additional information about HP IB programming see the HP 35634 Programming Reference Labeling the Digital Probes and Cables Labels for the digital probes and cables have been provided to aid in the setup of digital measurements Labeling the Input Cables Qualifier Pod Input Pod 1 and Input Pod 2 1 Refer to Figure 5 3 2 Install the Cable labels shown as 1 in Figure 5 3 Four labels are provided so you can mark both ends of the cable 3 Install the Pod label shown as 2 in Figure 5 3 4 Install the Pod Pinout label shown as 3 in Figure 5 3 5 Install the Probe Tip labels shown as 4 in Figure 5 3 to match the pinouts on the Pod Pinout label 3 For example the third pinout on the right of the Qualifier Pod cable is the TRG pinout Place the TRG Probe Tip label on the corresponding third probe tip from the right 6 Repeat steps 1 5 for the remaining Input Pods Input Pod 1 and Input Pod 2 Note Please note the second position from the right is GROUND GND X OVF on the Probe Tip label refers to OVF on the Pinout label of the Qualifier Pod 5 10 installation PROBE AND CABLE NUMBERING LABELS 2 i HP PART NUMBER 03563 34302 j GUALIFIER POD a BACK FRONT SI o s BI s i i g ia 1 _ Bi R 1 Uu 3 re s
93. nary format To fit the internal data format of the analyzer the user must select either truncation of unused upper bits or rounding of the three lowest bits for data more than 13 bits wide The data qualifier input accepts 8 qualifier lines a trigger and one clock signal Input level is TTL compatible Maximum Input 30 Vpeak at probe tips Input Impedance Nominally 100 kQ and 8 pF at probe tips DIGITAL INPUTS SETUP AND HOLO Data OO ORO OO DO Oe Oe QOO T REZAR teu Data lines setup time with respect to data pod clock specified edge tn Data lines hold time with respect to data pod clock specified edge teu Qualifiers selup time with respect to data pod clock specified edge ih Qualifiers hold time with respect to data pod clock specified edge Data Lines Set Up Time 20 ns with respect to data pod clock Hold Time 5 ns with respect to data pod clock Qualifier Lines Set Up Time 60 ns with respect to data pod clock Hold Time 5 ns with respect to data pod clock Hold Time 16 bit data with 8 bit bus 15 ns with respect to data pod clock Clock Lines Minimum Qualified Sample Rate 0 001 Hz Maximum Qualified Sample Rate 256 kHz Minimum Pulse Width 55 ns Maximum Clock Repetition Rate 10 MHz Clock Rise Falltime 100 ns Trigger Modes Free Run Input Channel 1 Input Channel 2 Source and External Trigger Free Run applies to all measure ment modes
94. ncy PASS gt Speclfeation PASS Speofcalon A a O T 9 te sd sd 9 T sd f sd ete sd 54 19 4 120 Performance Tests Performance Test Record 14 Noise and Spurious Signal Level Spurious Signals CHANNEL ne ike O ET A RA ET I 30g O E E 39 MR 1 43 9 E TT sew 4m tk sd Sk iW ow ek sd T Wu H sMdN 8S Nu 1 sd wwe ss d ipaa Am Wm sid iwg SW s MAdMNX Sg Su 1l s MAdNVE 15 Cross Talk Channel Channel2 i niu TEA eee ee gt 140 dB First Measurement Second Measurement Relative Value Signal CHANNEL 1 ra Frequency First Second Specification Measurement Measurement Relative Vatue 66 Hz L aaa gt 80 dB 16 Common Mode Rejection BOR CHANNEL 2 Fs vid First Second NEST HN ENDURO 80 4 121 Performance Tests Performance Test Record Frequency d A gt 910 001 MHZ 18 Source Residual Offset Voltage Specification Measured Value Range Setting Lower Limit Upper Limit 1 Vpk 10 mVpk 10 mVpk 5 Vpk 10 mVpk 10 mVpk O Hz to 65 kHz 65 kHz to 100 kHz 21 Source Energy Measurement Random Noise HP 3563A Reading V x100
95. ncy Installed Options instruments Used AC Calibrator Model eee Serial No Traceability No Cal Due Date Frequency Synthesizer Model Serial No Traceability No Cal Due Date Digital Voltmeter Model Serial No Traceability No Cal Due Date Other Other Optional Comments This Test Record Form may be reproduced without written permission of Hewlett Packard 4 114 Performance Tests Performance Test Record 1 Self Test PASS 2 DC Offset Range Measured Value orion Setting CHANNEL 1 CHANNEL 2 ibe 7 dBV O So ee lt 23 dBV 35 ave T S RN EN E 3 Amplitude Accuracy and Flatness Measurement One BNC sheil grounded Range Specification Measured Value Seto Fedieny CHANNEL SE TE Zoo Ln Haav iee asav i285dV mav see i315dW i2B5dN mav oe i315dW i2Bsd TS Haav OW i i5dW izsdv av 1W amp i5dW zusdM dV 39k isdW z205dW dv ikk i5dW o585dW dv Mk OR anas Taree oee Mi5dV essa udN ie MisdN sev ndv 18k a BNC shell grounded Range Signal Seting Frequency BIR tkz 512508V 5075dV TC aew e e w O 4 div tkHz 4725diV 4675dV A5diV 1k s M75dN 43dW 1K amp 42dN 45dW
96. ne oid 3 4 Proc dure AS RT A at 0 NR Up Ex us eR R A ia 3 6 ME A OTT 3 7 2 DC Offset Cuv sos Y oe Ede por RFT 3 8 3 Amplitude Accuracy And Flatness nasa uh RR Ya we eee Ooo Rae TES 3 11 4 Amplitude and Phase Match DER owe C WE UE RERENGG E 3 15 2 Freguency Accuracy sini oie Gets Boe eres 10472 AG A er ee oh hk Ae te ee wa d 3 22 6 Common Mode Rejection aid ue OP AI AA wi ees 3 24 7 Single Channel Phase Accuracy 0x as AS DARA A 3 29 8 Noise and Spurious Signal Level o a A A A Chars A 3 33 9 Source Amplitude Accuracy and Flatness a aasan anana ee eee es 3 39 Operational Verification Test Record oido ak A 3 42 Table of Contents Chapter 4 Performance Tests Test Duration lt de ek AS A boe i E 4 1 Calibration Cycle queso e ros Oe pee OS Eu SS EV du eg OO RES des 4 1 Tested Specifications ee ee eee ee RE ees 4 2 Recommended Test Equipment 2 see ea htt n 4 2 Initial Equipment Setup i omiso oom RE e ds eRe ee REN oo 4 6 How To Perform A Performance Test occ owe dara ee ee ee ae ee SS ee 4 7 Conventions a ee A SERS AAA LAA PERO ES OE ee i ee 4 7 Pr ced te A AA RS uod eai Ded d bac taa 4 9 1 Self Test 25 493 225 EAN ASA AE ADA A AO AA 4 10 ADO de do Sb SETA PA RR AR AMAS ORM AA WEES de E AA 4 11 3 Amplitude Accuracy and Flatness ehh nnn 4 14 Amplitude Accuracy and Flatness Measurement One eene 4 17 Amplitude Accuracy and Flatness Measurement TWO ne 4 19 Amplitude Accuracy and Flatness
97. nel 1 with the BNC center conductor grounded c If the Yb marker reading is less than or equal to 80 dBVrms check PASS on the Performance Test Record for Measurement Two Channel 2 with the BNC center conductor grounded If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments 2nd Pass Gain Adjustment Section III ADC Offset and Reference Adjustment Troubleshooting A33 A35 Input Boards Section VII A32 A34 Analog Digital Converter Boards 4 83 Performance Tests 14 Noise and Spurious Signal Level 14 Noise and Spurious Signal Level This test measures the level of the noise floor and any spurious signals generated within the HP 3563A Specification When the input is terminated with a 50 load the amplitude of all spurious signals must be at least 80 dB below the range setting When using a flat top window and a 50 load the average noise level must be less than 20 Hz to 1 kHz 134 dBV Hz 1 kHz to 100 kHz 144dBV Hz Required Test Equipment 509 feedthrough terminations 2 Alligator Clip Cable 2 CONTROL SYSTEMS ANALYZER o E BC dr prd a ud or quan dd nar 2 JJJ 2223 EJ Es oe J4 2J 9 E ees e RR ST NE ooo lt o o Rape ae es a o o o zb A added O x2 CHANNEL 2 CHANNEL beca lt A 7 IE 50 OHM FEEDTHROUGH TERMINATION
98. ng This test takes approximately d 1 minute to complete 4 56 Performance Tests 10 Digital input Output 13 If the test passes check PASS on the Performance Test Record for Input Pod 2 14 Press the HP 3563A keys as follows iovis QUALFR POD Note Wait for the test to finish before proceeding This test takes approximately C 1 minute to complete 15 If the test passes check PASS on the Performance Test Record for Qualifier Pod 16 Press the HP 3563A keys as follows Control SPCL FCTN sos SERVIC ss TEST TEST SOURCE Di ARBITRARY Note This test takes approximately 1 minute to complete C 17 If the measurements pass check PASS on the Performance Test Record for Arbitrary Source If Test Fails If any of the tests fails start by checking the connections If the connections are correct contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments None Section IH Troubleshooting A10 Digital I O Section VII A20 Digital Interface A21 Digital Interface 4 57 Performance Tests 11 Input Impedance 11 Input Impedance This test measures the input impedance of the HP 3563A as a series resistance and capacitance The digital multimeter is used to measure the input resistance directly The input capacitance is then measured by inputting a 100 kHz signal from the synthesizer This equ
99. nitially as follows Frequency Synthesizer Function Frequency Amplitude Phase dc Offset Modulation Sweep o n om oe ee ee tt eot om 9 od v eK 9 5 SQUARE WAVE 7 9 kHz 1 Vrms 0 Degrees 0 V dc OFF Off 3 Press the HP 3563A keys as follows Control PRESET Input Setup T CAL Measurement SELECT MEAS T Measurement AVG Entry 5 T Measurement WINDOW 3 30 neten see vee tartana se eee 3 o4 wo ewe SINGLE CAL POWER SPEC ENTER STABLE TIM AV ON UNIFRM NONE input Setup SELECT TRIG Entry 0 Display MEAS DISP Display B Display A amp B Display COORD T Control START Markers T X Entry 9 oe ot om on n sses ae 9 9298 eee eee o 9 5 ag EXT TRIG FILTRD INPUT LINEAR SPEC 2 PHASE kHz eae Operation Verification Tests 7 Single Channel Phase Accuracy MORE TYPES LINEAR SPEC 1 4 Record the Ya marker reading on the Operational Verification Test Record for Channel 1 5 Record the Yb marker reading on the Operational Verification Test Record for Channel 2 6 Change the frequency of the frequency synthesizer to 99 kHz 3 31 Operation Verification Tests 7 Single Channel Phase Accuracy 7 Press the HP 3563A keys as follows Input Setup SELECT TRIG CHAN 1 T Control STA
100. nt group followed by the softkey FREQ SPAN Next enter the number 10 on the numeric keypad located in the Entry group Specify the measurement unit by pressing the kHz softkey A Measurement p d FREQ FREQ ee Functional Group Hardkeys i ae SPAN gt Entry Softkeys 1 Q0 aaan kHz Note In the following test procedures numeric values may require multiple keystrokes w In the previous example the value 10 requires two keystrokes 1 and 0 In the procedures these keystrokes are represented as 10 If you make an incorrect keystroke press the previous hardkey This will return you to a first level menu which allows you to continue with the procedure All test must be performed with Automatic Calibration ON When the instrument powers up Auto Cal is on do not turn it off 4 7 Performance Tests How To Perform A Performance Test m d Markers Measurement Control wu EFLI 1 iL ER LL LL LLy El ZEL J 2 zd o LLG q Li LL m O O oo LLee O Lise Display Entry Input Setup Figure 4 2 HP 3563A Front View Functional Groups Marker Values X 25 0k Y 50 6k Y 351 486 Y 12 0242 Ya 12 034 Command Line Message Figure 4 3 HP 3563A Display 4 8 Performance Tests How To Perform A Performance Test Procedure 1 Start each performance test by setting the test equipment to the specified conditions If no conditions are listed set the t
101. nter conductor grounded 5558 u Vims 4 For each of the amplitudes listed in Table 4 9 perform steps a through d AC Calibrator Amplitude a Set the AC Calibrator to the amplitude listed in Table 4 9 b Press the HP 3563A keys as follows Control START Markers SPCL MARKER MRKR gt 4 26 Performance Tests 4 Amplitude Linearity c Record the Ya marker reading on the Performance Test Record for the measured value Channel 1 d Record the Yb marker reading on the Performance Test Record for the measured value Channel 2 5 Press the HP 3563A keys as follows Input Setup INPUT CONFIG FLOAT CHAN 1 se Seige FLOAT CHAN 2 6 Reverse the banana plug connector at the ac calibrator so the high input signal goes to the BNC shell of HP 3563A s input channels The BNC center conductor should be grounded for each channel 7 Repeat 4a through 4d for BNC center conductor grounded If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments 2nd Pass Gain Adjustment Section III ADC Offset and Reference Adjustment Input Flatness Adjustment Input Attenuator Adjustments Calibrator Adjustment Troubleshooting A33 A35 Input Boards Section VH A32 A34 Analog Digital Converter Boards A30 Analog Source Board 4 27 Perfo
102. omona Elect Model 4119 600 Low Distortion Oscillator Feedthrough Terminations 2 6000 2 at dc 2 BNC to BNC length 30 cm HP 8120 1838 2 BNC BNC Cable 122 cm HP 8120 1840 1 BNC Dua Banana HP 11001 60001 2 Single Banana Single Banana Pomona Elect Model 2948 24 0 HP 03562 61620 HP 03563 66540 HP 03563 61604 HP 01650 61607 Common Mode Cabie Test Board 3 8 bit output probe cables 3 16 bit input probe cable May not meet MIL 45662A No specific model number is recommended any variable AC power supply which meets the listed critical specifications may be used Performance Tests Table 4 2 Recommended Test Equipment cont d Instrument Critical Specifications Recommended Model Clips 2 Alligator Clip Pomona Elect Model 1613 8 0 Adapters 1 BNC m to Dual Banana f Pomona Elect Model 1296 2 BNC f to Dual Banana m HP 1251 2277 2 BNC Tee mO HP 1250 0781 1 BNC f to BNC f HP 1250 0080 Resistors 2 Value 100 kQ HP 0757 0280 Accuracy 1 See Figure 4 1 Power 0 25W HP 0757 0465 See Figure 4 1 1 Value 1 KQ Accuracy 1 Power 0 25W No Substitute o HP 03563 66540 HP 99 5959 0288 o E May not meet MIL 45662A No specific model number is recommended any variable AC power supply which meets the listed critical specifications may be used
103. ooling air te ee te ie tt A A NL Ate Installation The analyzer is shipped with plastic feet in place ready for use as a bench analyzer The plastic feet are shaped to make full width modular instruments align when they are stacked To install the analyzer in an equipment cabinet follow the instructions shipped with the rack mount kit option 908 Turning on the HP 3563A Caution Before applying ac line power to the analyzer ensure the line voltage selector switch on the rear panel is set for the proper line voltage and the correct line fuse is installed in the fuse holder See the previous section Power Requirements Apply proper line power to the analyzer Press the rocker switch in the lower left hand corner of the analyzer to the ON position The analyzer requires a minute to warm up and self calibrate When using the analyzer for the first time run the analyzer self test to ensure proper operation see Chapter 3 Operation Verification Tests For additional measurement information or other operating information see the HP 3563A Getting Started Manual 5 9 installation HP IB System Interface Connections The analyzer is compatible with the Hewlett Packard Interface Bus HP IB The HP IB is Hewlett Packard s implementation of IEEE Standard 488 2 The analyzer is connected to the HP IB by connecting an HP IB interface cable to the connector located on the rear panel Total allowable transmissio
104. oonpronsrnsrn sa 5 10 Labeling the Output Cables Pod X Source Pod MSB and Source Pod LSB ro 5 12 Operating Environment 212 930 X A a e e A 5 14 Storage and Shipment ia Cy ere Ad EAS AAA AA 5 15 Introduction IE 5 MCI PO RR O NA RIE RIP EPA TS TT E EO RANCIO OE RA The HP 3563A The HP 3563A Control Systems Analyzer is dual channel FFT based analyzer The HP 3563 A can perform time spectrum and frequency response measurements on analog signals from dc to 100 kHz The same measurements can be made on digital signals with sample rates up to 256 kHz Besides linear and logarithmic resolution measurement modes the HP 3563A also provides swept sine measurements The analysis features of this instrument provide the flexibility to manipulate the gathered data into almost any format required through waveform math frequency response synthesis and curve fitting routines The HP 3563A has a pair of differential input channels and a built in signal source It is capable of two channel measurements with any mix of analog or digital data on any channel This analyzer also drives HP GL plotters without a controller External disc drives can be driven directly for data and instrument state storage Introduction About This Guide The HP 3563A Installation Guide contains installation and operating information along with the operation verification tests and performance tests It is included in the HP 3563A Documentatio
105. or service attach a tag describing the type of service required the return address model number and full serial number Also mark the container FRAGILE to ensure careful handling In any correspondence refer to the analyzer by model number and full serial number See Chapter 1 for more information about the analyzer s serial number 5 15
106. ord for Channel 1 d Press the HP 3563A keys as follows Display B Markers SPCL MARKER MRKR PEAK e If the Yb marker reading is less than or equal to the specification check PASS on the Operation Verification Test Record for Channel 2 11 Repeat steps 10a through 10e for the remaining start frequencies in Table 3 6 If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 35634 Service Manual Adjustments 2nd Pass Gain Adjustment Section III ADC Offset and Reference Adjustment Troubleshooting 433 A35 Input Boards Section VII A32 A34 Analog Digital Converter AS Digital Filter A4 Local Oscillator 3 38 Operation Verification Tests 9 Source Amplitude Accuracy and Flatness 9 Source Amplitude Accuracy and Flatness This test measures the amplitude accuracy and flatness of the HP 3563A Source Required Test Equipment BNC Cable Procedure 1 Connect the HP 3563A Source to Channel 1 2 Press the HP 3563A keys as follows Control PRESET RESET Input Setup CAL uu SINGLE CAL Input Setup INPUT CONFIG GROUND vci us CHAN 1 input Setup RANGE Entry Sv Am V Measurement MEAS MODE SWEPT sss wa tne LINEAR SINE SWEEP Measurement SOURCE SOURCE LEVEL Entry 447 uus V 3 39 Operation Verification Tests 9 Sour
107. r of the display Refer to Figure 3 2 Note To minimize the time required to change instrument configurations between tests E do the tests in the order shown Operation Verification Tests 1 Self Test te NN tt AN A AE CR te 1 Self Test This test determines if the HP 3563A is operating correctly No tests should be attempted until the instrument passes this test Required Test Equipment None Test Duration This test takes about 1 minute to complete Procedure 1 Press the HP 3563A keys as follows Control SPCL os SELF x SELF FCTN TEST TEST 2 During the Self Test cycle the message Diagnostic In Progress will appear in the message area Keystrokes are not recorded during calibration and measurements You must wait until the measurement is completed 3 When Self Test Passes is displayed in the lower right corner of the display check PASS on the Operational Verification Test Record if Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 35634 Service Manual Fault Isolation Section Section VII 3 7 Operation Verification Tests 2 DC Offset i et a A tt A A 2 DC Offset This test measures the level of the dc offset generated with Auto Cal on Required Test Equipment 50Q feedthrough terminations 2 Alligator Clip Cables CONTROL SYSTEMS
108. rement SOURCE PRIODC CHIRP input Setup SELECT 9 SOURCE TRIG TRIG Control START Note Wait for the measurement to finish before proceeding Markers SPCL MARKER POWER MARKER CALC 4 112 Performance Tests 21 Source Energy Measurement 9 Take at least 160 averages by pressing the Digital Voltmeter keys as follows MATH 2 RDGS STORE 10 After the RDGS STORE annunciator turns off press the Digital Voltmeter keys as follows HOLD RDGS STORE RECALL 0 11 Record the voltmeter average on the Performance Test Record 12 Record the HP 3563A power measurement on the Performance Test Record 13 The percentage in band energy for random noise and chirp are calculated using the following formula HP3563A Reading HP3563A Readin x 300 Voltmeter Reading Percentage In Band Energy If Test Fails Check If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments None Troubleshooting A30 Analog Source Board Section VII A1 Digital Source Board A4 Local Oscillator Board 4 113 Performance Tests Performance Test Record e PP A NN A NA Performance Test Record HP 3563 A Control Systems Analyzer Calibration Enity Address Serial No Test by Customer Report Order No Temperature Range Test Date Relative Humidity Power Line Freque
109. rkers Entry gt 7 7 RR THES sies XMRKR SCALE Control Entry SAVE RECALL SAVE ida 1 DATA DEM antes ENTER INPUT CONFIG CHAN 1 DC F Control START Operators MATH J DV Xu SAVED Note Ignore math overflow message Li 4 Record the Ya reading on the Performance Test Record for Channel 1 4 44 Performance Tests 8 Input Coupling insertion Loss 5 Press the HP 3563A keys as follows Display B Input Setup INPUT CONFIG CHAN 2 AC Control START Markers gt ahha X MRKR SCALE Control Entry SAVE RECALL SAVE 2 DATA ENTER Input Setup CONFIG CHAN 2 DC Control START Note Wait for measurement to finish before proceeding Measurement Complete will C appear in the status line of the display Operators MATH DV e SAVED 2 6 Record the Yb reading on the Performance Test Record for Channel 2 4 45 Performance Tests 8 Input Coupling Insertion Loss If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments None Troubleshooting A33 A35 Input Boards Section VIII 4 46 Performance Tests 9 Single Channel Phase Accuracy 9 Single Channel Phase Accuracy This test measures the phase acc
110. rly installed on the hardware product are warranted not to fail to execute their programing instructions due to defects in materials and workmanship If HP receives notice of such defects during their warranty period HP shall repair or replace software media and firmware which do not execute their programming instructions due to such defects HP does not warrant that the operation of the software firmware or hardware shall be uninterrupted or error free LIMITATION OF WARRANTY The foregoing warranty shall not apply to defects resulting from improper or inadequate maintenance by Buyer Buyer supplied software or interfacing unauthorized modification or misuse operation outside of the environmental specifications for the product or improper site preparation or maintenance NO OTHER WARRANTY IS EXPRESSED OR IMPLIED HEWLETT PACKARD SPECIFICALLY DISCLAIMS THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR PARTICULAR PURPOSE EXCLUSIVE REMEDIES THE REMEDIES PROVIDED HEREIN ARE BUYER S SOLE AND EXCLUSIVE REMEDIES HEWLETT PACKARD SHALL NOT BE LIABLE FOR ANY DIRECT INDIRECT SPECIAL INCIDENTAL OR CONSEQUENTIAL DAMAGES WHETHER BASED ON CONTRACT TORT OR ANY OTHER LEGAL THEORY ASSISTANCE Product maintenance agreements and other customer assistance agreements are available for Hewlett Packard products For any assistance contact your nearest Hewlett Packard Sales and Service Office Addresses are provided at the back of this m
111. rmance Tests 5 Amplitude and Phase Match 5 Amplitude and Phase Match This test determines if the HP 3563A s amplitude and phase match between Channel 1 and Channel 2 are within the specified limits Specification BNC shell of both channels grounded The amplitude deviation between channels will be no more than 0 1 dB and the phase deviation no more than 0 5 degrees BNC center conductor of both channels grounded The amplitude deviation between channels will be no more than 0 8 dB and the phase deviation no more than 8 5 degrees Required Test Equipment BNC TEE mX BNC Dual Banana Cable BNC Male Dual Banana Female Female to Female Barrel BNC Cable 2 lt 30 cm CONTROL SYSTEMS ANALYZER OLLLLLLLLL CHANNEL 1 CHANNEL 2 BNC CABLE BNC DUAL BANANA Figure 4 7 Amplitude and Phase Match Test Setup 4 28 Performance Tests 5 Amplitude and Phase Match Procedure 1 Connect the HP 3563A as shown in Figure 4 7 The cables to Channel 1 and Channel 2 must be the same length 2 Press the HP 3563A keys as follows Control PRESET RESET input Setup 1 CAL SINGLE CAL Input Setup INPUT CONFIG CHAN 1 AC ue CHAN 2 AC cios GROUND CHAN 1 tines GROUND CHAN 2 Input Setup Entry SELECT TRIG a us V pes SOURCE TRIG Measurement WINDOW UNIFRM NONE Measurement Entry AVG gt a 18 eaha ENTER ends STABLE Measurement S
112. rst measurement for Channel 2 5 Connect the test instruments as shown in Figure 4 26 or Figure 4 27 For each of the frequencies listed in Table 4 19 perform steps a through c a Press the HP 3563A keys as follows Control START Display SCALE Y AUTO Markers X 4 98 Performance Tests 16 Common Mode Rejection b When the average is complete record the Ya amplitude reading on the Performance Test Record as the second measurement for Channel 1 c Record the Yb amplitude reading on the Performance Test Record as the second measurement for Channel 2 6 Calculate the relative value for both channels First Measurement Second Measurement Relative Value If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments Input de Offset Adjustment Section IH Calibrator Adjustment Troubleshooting A33 A35 Input Boards Section VH A30 Analog Source 4 99 Performance Tests 17 External Reference Test 17 External Reference Test This test determines if the external reference input will lock on to an external signal that is within the specified range Specification The HP 3563A will lock to external signals of 1 2 5 and 10 MHz 0 01 The amplitude of the signal must be between 0 dBm and 20 dBm Required Test Equipment Frequency Synthesizer
113. rtion Test Measurement One 5 w Buc FEMALE 1250 0083 ES RESISTOR FIXED 0757 0465 CONDUCTOR CENTER PIN 1250 0089 EVE THREADED 4531 0246 Assembly CONNECTOR BNC MALE 1 Cut resistor leads to 12mm on each end 1250 0052 2 Solder one resistor lead to the center conductor of the BNC FEMALE connector 3 Solder the CONDUCTOR CENTER PIN to the other lead of the resistor 4 Screw the SLEEVE and the BNC MALE connector into place Tighten securely Figure 4 20 Constructing a Feedthrough 4 76 Performance Tests 13 intermodulation Distortion Procedure 1 Connect the test instruments as shown in Figure 4 19 Keep the connecting cables as short as possible 2 Set the test instruments initially as follows Frequency Synthesizer Channel A Function Sine Wave Frequency 20 kHz Amplitude 1 Vrms Phase 0 Degrees de Offset 0 V Modulation OFF Sweep eis OFF Frequency Synthesizer Channel B Function Sine Wave Frequency 26 kHz Amplitude 1 Vrms Phase 0 Degrees dcOffset 0 V Modulation OFF Sweep esi OFF 3 Press the HP 3563A keys as follows Control 7 PRESET RESET input Setup CAL EU SINGLE CAL Input Setup Entry RANGE 2 Vrms input Setup INPUT CONFIG GROUND CHAN 1 ara ts GROUND CHAN 2 4 77 Perform
114. s 18 Source Residual Offset 18 Source Residual Offset This test measures the level of residual offset generated by the source at the OV offset setting Specification The source residual offset will be no more than 10 mV at the OV offset setting Required Test Equipment Digital Voltmeter BNC Dual Banana Cable CONTROL SYSTEMS ANALYZER 212 aa E Jo ar E MM la 01 ddd zb ddd LZ JI J JJA x LL e ae DIGITAL VOLTMETER e Lo ea sae pe EN G pepe AS eds jo o oo 0 o e UI dd de 24e Se ee A eid E DA ee a2 JI tid de do dedo 3 J O 090 SOURCE j BNC DUAL BANANA i Figure 4 29 Source Residual Offset Test Setup Procedure 1 Connect the test instruments as shown in Figure 4 29 2 Set the digital voltmeter as follows Function de V Range J Auto Trigger internal Sample Rate Maximum High Resolution ON Auto Cal ON 4 102 Performance Tests 18 Source Residual Offset 3 Press the HP 3563A keys as follows Control PRESET RESET Input Setup CAL gt SINGLE CAL Measurement Entry SOURCE SOURCE iV LEVEL Sire SOURCE FIXED TYPE SINE Entry 100 kHz 4 Record the digital voltmeter reading on the Performance Test Record for the 1V setting 5 Press the HP 3563A keys as follows Measurement Entry SOURCE SOURCE i 5V 6 Record the digital vo
115. sing a small screw driver turn the fuse holder cap to the left and remove counter clockwise 3 When the fuse cap is free from the housing pull the fuse from the fuse holder cap 4 Select the proper fuse and insert it into the fuse holder cap 5 Insert the fuse holder cap and turn to the right clockwise 5 4 Installation Power Cable and Grounding Requirements Power Cable The analyzer is equipped with a three conductor power cord which grounds the analyzer when plugged into an appropriate receptacle The type of power cable plug shipped with each analyzer depends on the country of destination See Figure 5 2 for the available power cables and plug configuration Warning The power cable plug must be inserted into an outlet provided with a protective earth terminal Defeating the protection of the grounded analyzer cabinet can subject the operator to lethal voltages installation Neutra sem VS um Earth d AAA Neutral Earth UM Line PLUG BS 1363A 220V 5A PLUG NZSS 198 AS C112 220V 6A CABLE HP 5041 5811 OPERATION CABLE HP 5041 5805A OPERATION NORTH AMERICA zz WF Ww Neutral Q Sy e AAA Earth PLUG CEE7 V11 220V 6A PLUG NEMA 5 15P 250V 10A CABLE HP 5041 5810 OPERATION CABLE HP 5041 5820 OPERATION o Neutral PLUG NEMA G 15P 250V GA PLUG MITI 41 9692 125V 12A CABLE HP 5041 5806 OPERATION CABLE HP 5041 5839 OPERATION Neutrai Line n il
116. sizer Function Frequency Amplitude Phase dc Offset Modulation Sweep 4 24 ee ve t nt saes vea vee nee seer eee gt gt SINE WAVE 10 kHz 1 Vrms O Degrees OV OFF OFF AC Calibrator Frequency Amplitude Voltage Error Vernier Mode Control Phase Lock Sense se ee n on PPP ae o on oe lt t og ot on e om t 0 ee a OB eee om on on 10 kHz 10 Vrms OFF OPER LOCAL ON INTERNAL 3 Press the HP 3563A keys as follows Control PRESET Input Setup CAL Measurement WINDOW T Measurement AVG Input Setup RANGE T Measurement FREQ Input Setup INPUT CONFIG oe eevee ov ane oo ue ae ee 2 ee n on ee uo 9 a et v or os se eo eet e on ob SINGLE CAL FLAT TOP Vidt ENTER dBVrms Entry CENTER 10 kHz FREQ GROUND CHAN 1 GROUND CHAN 2 Performance Tests 4 Amplitude Linearity 4 25 Performance Tests 4 Amplitude Linearity Display UNITS ins a se P SPEC sas VOLTS UNITS RMS T VOLTS Display A amp B Note Y AUTO SCALE may not scale below 100 mV when on the 21 dBV RMS range C however the measurement value is correct The Y scale can be set manually by using Y FIXED SCALE Display COORD MAG LIN Display SCALE Y AUTO SCALE Table 4 7 Amplitude Linearity BNC shell grounded BNC ce
117. t Phase Modulation tee eee see en o ae ete ttr ow n ng Sweep Square Wave r 9 kHz 1 Vrms 0 Vdc 0 Degrees OFF OFF 3 Press the HP 3563A keys as follows Control 7 PRESET trast input Setup CAL dies Measurement SELECT MEAS se e Input Setup INPUT CONFIG a ee eae x o no Measurement AVG a UH UH 4 48 SINGLE CAL POWER SPEC GROUND CHAN 1 GROUND CHAN 2 2 9 ee STABLE TIM AV ON Performance Tests 9 Single Channel Phase Accuracy Measurement WINDOW UNIFRM NONE Input Setup Entry SELECT TRIG OV Display MEAS DISP FILTRD seks LINEAR INPUT SPEC1 Display B iat haba LINEAR SPEC2 Display A amp B Display 7 COORD PHASE Table 4 9 Single Channel Phase Accuracy Sau 99 kHz 99 kHz POS INPUT Channel 2 POS EXTERNAL 4 For each of the frequencies listed in Table 4 9 perform steps a through d a Set the Frequency Synthesizer as follows Frequency To signal frequency in Table 4 9 b Press the HP 35634 keys as follows Input Setup SELECT TRIG is a To trigger slope in Table 4 9 cas To trigger type in Table 4 9 4 49 Performance Tests 9 Single Channel Phase Accuracy To select an external trigger type press Mts MORE P EXT TYPES TRIG Control START Markers A RTE To signa
118. t replace components with power cable connected Under certain conditions dangerous voltages may exist even with the power cable removed To avoid injuries always disconnect power and discharge circuits before touching them DO NOT SERVICE OR ADJUST ALONE Do not attempt internal service or adjustment unless another person capable of rendering first aid and resuscitation is present DO NOT SUBSTITUTE PARTS OR MODIFY INSTRUMENT Because of the danger of introducing additional hazards do not install substitute parts or perform any unauthorized modification to the instrument Return the instrument to a Hewlett Packard Sales and Service Office for service and repair to ensure the safety features are maintained DANGEROUS PROCEDURE WARNINGS Warnings such as the example below precede potentially dangerous procedures throughout this manual instructions contained in the warnings must be followed Warning Dangerous voltages capable of causing death are present in this instrument Use extreme caution when handling testing and adjusting C7 Ficka SAFETY SYMBOLS General Definitions of Safety Symbols Used On Equipment or In Manuals instruction manual symbol the product will be marked with this N symbol when it is necessary for the user to refer to the instruction manual in order to protect against damage to the instrument Indicates dangerous voltage terminals fed from the interior by voltage exceeding 1000 volts must be so
119. t the Low Distortion Oscillator initially as follows Frequency 49 kHz Amplitude 1 Vrms 4 67 Performance Tests 12 Harmonic Distortion 3 Press the HP 3563A keys as follows Control PRESET RESET input Setup CAL haz SINGLE CAL Input Setup Entry RANGE 0 dBVrms input Setup 1 INPUT CONFIG CHAN 1 AC dips CHAN 2 AC GROUND CHAN 1 I GROUND CHAN 2 T Measurement WINDOW FLAT TOP Display UNITS ESPERO aid VOLTS UNITS RMS 4 68 Performance Tests 12 Harmonic Distortion Table 4 12 Harmonic Frequencies Oscillator Coarse Signal Harmonic Harmonic Frequency Frequency Number Frequency se XR we oe sth 4 For each of the signal frequencies listed in Table 4 12 perform steps a through g a Set the Low Distortion Oscillator as follows Frequency To coarse frequency in Table 4 12 b Press the HP 3563A keys as follows Measurement FREQ CENTER To signal frequency in Table 4 12 FREQ T Measurement AVG aes AVG OFF T Control START Display SINGLE Markers KR Seis To signal frequency in Table 4 12 c Adjust the Low Distortion Oscillator s frequency vernier until it equals the signal frequency d Adjust the Low Distortion Oscillator s amplitude vernier until Ya 0 dBVrms 01 dBVrms 4 69 Performance Tests 12
120. takes approximately d 1 minute to complete 11 If the test passes check PASS on the Performance Test Record for Qualifier Pod 12 Press the HP 3563A keys as follows Control SPCL FCIN SERVIC TEST TEST SOURCE vici ARBITRARY Note This test takes approximately 1 minute to complete 13 If the test passes check PASS on the Performance Test Record for Arbitrary Source 4 53 Performance Tests 10 Digital Input Output Alternate Setup for Digital Input Output Test Use this test method to verify the operation of the digital input output if the A40 Test Board is not available Required Test Equipment 16 bit input probe cables 3 16 bit input probe pods 3 8 bit output probe cables 3 Pattern Generator Probe Lead Set 3 Grabbers 4 packages of 20 each QUALIFIER POD E o t Lead Cabte E a Lead K i Cobie Connection Connection Connection m Connection 3 Dn Dn B o 8 z Cobie a Lead Cable C i Lead a Connection onnection Connection Connection iB E D D S B E i SOURCE POD LSB a zr Me H D H D 768 Cabl L G able Ere cs m a Connection Lead Rock 5 Connection ion FO CIO oa sE Ne Ll O Figure 4 13 Pod Line Description 4 54 Performance Tests 10 Digital Input Output Table 4 10 Cable Connections Source LSB Pod Line SCE CLK 1 No Connection Procedure 1 Press the Line switch OFF 2 Connect the
121. tems Analyzer Tested by Serial No Location Customer Name Repair Order No Temperature Range __ Date Relative Humidity instruments Used AC Calibrator Model Serial No Frequency Synthesizer Model Serial No Digital Voltmeter Model Serial No Other Other This Test Record Form may be reproduced without written permission of Hewlett Packard 3 42 Operation Verification Tests Operational Verification Test Record 1 Self Test PASS Range Measured Value Goseltieslion Setting CHANNEL 4 CHANNEL 2 ds 51 dBV A ee lt 71 dBV 3 Amplitude Accuracy and Flatness l CHANNEL 1 and CHANNEL 2 Floating Range Signal Specification aser Value Setting Frequency CHANNEL 1 p Sd OOK 9884dNV 9151dV oa 1K amp 0153dN 01513dV oe oe 01518 dB osav dV iM i35dN i285dW i3dW 89M amp 1815 dw 1288dv 4 Amplitude and Phase Match okm em as poean P cew 1 AO o L w 3 se s s L way 3 sus s ls 1 5 Frequency Accuracy D d Measured Value dans Upper Lin 99 000 Hz 98 996 kHz 99 004 kHz ee 3 43 Operation Verification Tests Operational Verification Test Record 6 Common Mode Rejection First Measurement Second Measurement Relative Value Sianal CHANNEL 1 n Frequency First Second Relat
122. the message Diagnostic In Progress will appear in the message area Keystrokes are not recorded during calibration and measurements You must wait until the measurement is completed 3 When Self Test Passes is displayed in the lower right corner of the display check PASS on the Operational Verification Test Record if Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Fault Isolation Section Section VIL 4 10 Performance Tests 2 DC Offset 2 DC Offset This test measures the level of the de offset generated within the HP 3563A with Auto Cal on Specification For range settings between 27 dBV and 35 dBV the de offset will be greater than 30 dB below the range setting For range settings between 36 dBV and 51 dBV the offset will be greater than 20 dB below the range setting Required Test Equipment 50Q feedthrough terminations 2 Alligator Clip Cables 2 Table 4 3 DC Offset Range Seting 7 dBVrms 23 dBV 35 dBVrms lt 65 dBV 51 dBVrms CONTROL SYSTEMS ANALYZER RE LL LL LL LE L oo CHANNEL 50 OHM FEEOTHROUGH TERMINA TION Figure 4 4 DC Offset Test Setup Performance Tests 2 DC Offset Procedure 1 Connect the HP 3563A as shown in Figure 4 4 Keep the leads to chassis ground as s
123. the signal frequencies listed in Table 4 13 perform steps a through g a Set the Low Distortion Oscillator as follows Frequency To coarse frequency in Table 4 13 b Press the HP 3563A keys as follows Measurement FREQ J CENTER To signal frequency in Table 4 13 FREQ Measurement AVG AVG OFF Control START Display SINGLE Markers gt 77 esses To signal frequency in Table 4 13 c Adjust the Low Distortion Oscillator s frequency vernier until it equals the signal frequency d Adjust the Low Distortion Oscillator s amplitude vernier until Ya 0 dBVrms 01 dBVrms e Press the HP 3563A keys as follows Display A amp B T Measurement Entry AVG 4 4 72 Performance Tests 12 Harmonic Distortion f Measurement FREQ MAX SPAN Control START Markers Entry gt 7 5 esse 99 kHz a Record the Ya marker amplitude reading on the Performance Test Record as the harmonic frequency amplitude for Channel 1 b Record the Yb marker amplitude reading on the Performance Test Record as the harmonic frequency amplitude for Channel 2 If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 35634 Service Manual Adjustments 2nd Pass Gain Adjustment Section IH ADC Offset and Reference Adjustment Troubl
124. tup 1 GAR aura SINGLE CAL input Setup RANGE Entry D vA dBVrms T Measurement FREQ es CENTER FREQ Entry 90 s kHz Measurement AVG Entry E ENTER 249245 STABLE Control START Markers X 4 Record the X marker reading as the measured value on the Operational Verification Test Record If Test Fails If this test fails contact your local Hewlett Packard sales and service office or have a qualified service technician see the following sections in the HP 3563A Service Manual Adjustments 20 48 MHz Reference Adjustment Section LU Troubleshooting A31 Trigger Board Section VH 3 23 Operation Verification Tests 6 Common Mode Rejection 6 Common Mode Rejection This test measures the capability of the HP 3563A to ignore a signal which appears simultaneously and in phase at the high and low input of a single channel Required Test Equipment Frequency Synthesizer BNC to BNC length x 30 cm 2 Common Mode Cable BNC to BNC Cable Alligator Cable BNC m f f Female to Female Barrel CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER CHANNEL 1 CHANNEL 2 CHANNEL 8 BNC CABLE o BNC TEE ALLIGATOR ALLIGATOR T BNC BNC Figure 3 7 Common Mode Rejection Setup 1 F TO F BARREL Note If Common Mode Cable is not available for Setup 2 use the alternate setup d Figure 3 9 3 24 Operation Verification Tests 6 Common Mode
125. uracy of the HP 3563A relative to the phase of the trigger signal The Frequency Synthesizer is used to input a square wave to one channel and the external trigger input Specification When the BNC shell of a channel is grounded the marker phase reading will not deviate from the actual phase of the signal relative to the trigger by more than Frequency Range Phase Deviation D Hz to 10 kHz 2 5 degrees 10 kHz to 100 kHz 12 0 degrees When the BNC center conductor of a channel is grounded the marker phase reading will not deviate from the actual phase of the signal relative to the trigger by more than Frequency Range Phase Deviation 0 to 10 kHz 6 5 degrees 10 kHz to 100 kHz 16 0 degrees Required Test Equipment Frequency Synthesizer BNC Dual Banana 50Q feedthrough termination BNC m Banana f BNC Tees 2 MO BNC Cable 2 Female to Female Barrel BNC Cable length x 30 cm 2 CONTROL SYSTEMS ANALYZER FREQUENCY SYNTHESIZER L CHANNEL 1 CHANNEL 2 EXT TRIGGER i quc E BNC CABLE J CLIBM CE CHANNEL B 50 OHM FEEDTHROUGH TERMINATION BNC BNC NE re BNC TEE ONE Figure 4 11 Single Channel Phase Accuracy Test Setup 4 47 Performance Tests 9 Single Channel Phase Accuracy Procedure 1 Connect the test instruments as shown in Figure 4 11 2 Set the Frequency Synthesizer as follows Function oa 4 Frequency Amplitude DC Offse

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