The Microwave Test Revolution 6200 Series (1991)
Contents
1. 199 99 to 199 99 all units except VSWR 1 to 100 VSWR Measurement Manipulation Scalar detector and counter inputs Display live measurement Display trace memory Display live measurement relative to trace memory Measurement hold may be applied for each trace Scalar detector inputs only Any input or ratio of inputs may be assigned to any one or more than one of the traces A trace may display absolute power power relative to a path calibration or power minus a trace memory Complex limit lines Four stores of 12 segments each Each segment defines an upper and a lower limit line or point Any store can be applied to any trace Markers Eight per channel plus a separate delta marker Marker Resolution Domain Horizontal Frequency Six digits with over ride to give 1 Hz resolution Power 0 01 dB Voltage 1 mV Current 10 pA Response Vertical Power 0 01 dB Frequency Six digits Voltage 1 nV Marker functions Marker delta marker minimum maximum search left search right N dB bandwidth with centre frequency Peak to peak response value and optional test against limit Input Offsets An offset in the range 99 99 to 99 99 dB in 0 01 dB steps may be applied per detector input Readout Channel Characteristics Resolution Power Four digits Frequency 1 Hz Units Power dBm dB pW to kW Frequency Hz to GHz Measurement Manipulation The following facilities are availabl2. 6203 1 37 cm These resolution values are for a relative velocity V of 1 For other velocities the minimum distance resolution is 6200 1 82 X V cm 6203 1 37 X V cm Dynamic Range AC detection 80 dB DC detection 70 dB Measurement Time 401 Points Normal mode lt 250 ms Enhanced mode lt 500 ms Number of Measurement Points User selectable from 51 to 512 POWER METER Frequency Range 30 kHz to 26 5 GHz dependent upon sensor used Power Range 70 dBm 100 pW to 35 dBm 3 W dependent upon sensor used Instrumentation Accuracy 0 05 Correction Calibration Factor Range 0 01 to 200 Resolution 0 01 Linearity Factor Range 0 1 to 15 Resolution 0 1 Power Reference Used for Power Sensor correction Output Connector N female 50 Q Adapters are supplied with 75 Q and MPC Marconi Precision Connector 3 5 mm Power Sensors Frequency 50 MHz 0 01 MHz Level 1 mW Uncertainty 0 7 traceable to National Standards Accuracy 1296 worst case for one year Auto Zero Set Removes DC offset from signal input 6910 Series 100 nW 6920 Series 50 pW 6930 Series 3 pW Drift 6910 Series 6920 Series 6930 Series Noise 6910 Series 100 nW 6920 Series 50 pW 6930 Series 3 pW Response Time lt 100 ms Averaging 1 to 1000 selected automatically or manually entered Chart Recorder Rear panel voltage current BNC output gives a voltage propor
3. 150 mA to 150 mA Resolution 10 pA Accuracy 300 pA Total power supplied not to exceed 1 25 W Output Connector Rear panel BNC SCALAR ANALYZER Number of Inputs Four A B C and D Detection Modes AC and DC Dynamic Range AC detection 85 dB 65 to 20 dBm 90 dB typical 70 to 20 dBm DC detection 80 dB 60 to 20 dBm Number of Measurement Points User selectable from 2 to 1601 Number of Channels Two two measurements may be made per channel allowing a total of four simultaneous measurements Sweep Time Settable range 40 ms to 500 s automatically selected or manually entered Measurement times 401 points 200 ms 1601 points 800 ms Direct Voltage Input Range InputA BandC Oto 4 5 volts Input D Oto 9 volts Noise Reduction Averaging 1 t 1000 applied per measurement Smoothing Aperture settable from 0 01 to 20 of span resolution 0 01 Calibration Path calibration Normalization types Through short open short Instrumentation Accuracy 0 05 System Accuracy Refer to individual specifications for detectors and Return Loss Bridges FAULT LOCATION optional Distance Units Metres or feet Accuracy 0 1 of range or 3 mm whichever is the larger for a single fault up to 1 km range Full scale Up to 25 km depending on cable or waveguide loss Minimum resolution For two equal amplitude discontinuities using maximum sweep width 6200 1 82 cm
4. 1610 420 dBm 10 typical 10 typical Note Specification applies a 50 MHz at a temperature of 22 C 5 C and does not include errors due to mismatch harmonics and temperature Performance above 16 dBm is typical non warranted Different specifications are given for detectors when using AC or DC detection RETURN LOSS BRIDGES AUTOTESTERS A range of Return Loss Bridges are available for the precise determination of Return Loss over a wide frequency range Model 50999 151W 59999 150R 59999 1598 59999 152D 59999 166H Characteristic Frequency range Gtk 01 18 01 18 001 18 001 265 001 265 Directiviy dB 00I 18 GHz 40 3 E 8 8 18 265 GHz NA NA NA 3 Frequency sensitivity dB 12 tis 15 20 420 Accuracy 00I 8GHz 000000p O013009p 00D00p OLS EOIOp O0D 0l0p 3 8 GHz omoto 00001 00Ds0 29 O0D0lp 004010 18265GHz NA NA NA O0NAODp 008 0120 Insertion loss dB 65 65 65 65 65 Max input power dBm 7 L m am L4 Test por connector GPC7 N m NO WSMA m WSMA Input connector NO NO NO Ruggcdizedk Ruggedizedk Length mm 76 76 76 3 il Width nm 30 E 30 38 38 Depth mm E E m 9 Weight o m E m 198 198 Where p measured reflection coefficient includes directivity and est port reflection effects over the specified frequency range Nominal value from input por to test port Excluding connectors and cable Test Heads for
5. Detectors Linearity is automatically corrected with the 6230 series self identifying detectors The 6230 is used for measurements to 20 GHz 6233 covers up to 26 5 GHz Power Meter Sensors A range of nine power sensors cover 30 kHz to 26 5 GHz for the measurement of power from 70 dBm 100 pW to 35 dBm 3 W with a range of connector types Return Loss Bridges Return Loss Bridges or Autotesters are available for the swept measurement of return loss Transmission Line and Fault Location Test Heads Transmission line test heads provide a rapid and convenient interface for fault location measurements Instruments UK USA France Germany Netherlands Spain Hong Kong Marconi Instruments Ltd Marconi Instruments Inc Marconi Instruments S A Marconi Messtechnik GmbH Marconi Instrumenten Marconi Instrumentos S A Marconi Instruments Lid Longacres 3 Pearl Court 48 rue du Plessis Briard Landsberger Strasse 65 Van Limburg Stirumlaan 4 Calle de Gobelas 13 Fim 702 3 CC Wu Building St Albans Allendale le Canal 8034 Germering 5037 SK Tilburg Urbanizacion La Florida 302 308 Hennessy Road Herts England ALA OJN New Jersey 07401 Courcouronnes Tek 089 84906 0 Postbus 645 28023 Madrid Wanchai Level 4 Tek 44 72759292 Tel 201 934 9050 81023 Evry Cedex Far 089 6419142 5000 AP Tilburg Te 37298 75 Tel 8327988 15 Orion Road Lane Cove Fax 44 72757481 Toli Free 18002332955 Tek 1 60 77 90 65 The
6. of use Hard keys access a range of soft key functions The user A major additional facility is is prompted to make the required selections and help messages are real time Fault Location It used to guide and assist gives the precise position of faults and discontinuities in Two versions of the MTS are available both covering a continuous coaxial and waveguide antenna wide frequency range 6200 covers 10 MHz to 20 GHz 6203 covers feeders 10 MHz to 265 GHz The MTS is the ideal solution for development production installation commissioning and maintenance tasks Just one instrument replaces all the individual instruments currently required But the MTS is much more than a collection of discrete instruments it is a fully integrated test system designed to simplify numerous microwave measurement problems Fully Synthesized Sweep Generator The fast synthesized generator with 1 Hz resolution combines the speed of an analog sweeper with the precision of a synthesizer Fast step times coupled with high stability ensures that even narrow filters can be measured with speed accuracy and confidence A 400 point sweep can be made in less than 200 ms allowing interactive tuning without compromising accuracy Both start stop and center span sweep modes may be used as well as a CW mode for spot frequency measurements With the step attenuator option amplitudes can be set from 20 dBm down to 90 dBm Fundamental frequen
7. signals 60 dBc There are no sub harmonics for frequencies above 2 GHz Phase noise Typical values measured in 1 Hz bandwidth at 20 kHz offset from the carrier in CW mode 0 01 to 2 GHz 90 dBc Hz 2108 GHz lt 78 dBc Hz 8to 12 GHz 7A dBc Hz 12 to 20 GHz 70 dBc Hz 20 to 26 5 GHz 67 dBc Hz Residual FM In 100 kHz bandwidth in CW mode 0 01 to 2 GHz lt 1 kHz peak 210265 GHz lt 500F Hz peak where F is the frequency in GHz Output Connector T ype 6200 Precision N female 50 Q 6203 MPC Marconi Precision Connector 3 5 mm female 50 Q Option 002 Field replaceable 50 Q precision 3 5 mm female and N type female Reverse input power 100 mW maximum Source Match internally levelled Frequency range Return Loss dB GHz VSWR Typical Minimum 0 01100 05 1451 217 215 005102 Lu 3 226 2108 12 1 23 22 81012 lt 135 1 225 2165 1200265 1451 220 gt 15 With option 001 minimum return loss specification degrades by up to 5 dB With option 002 minimum return loss specification degrades by up to 3 dB Volts GHz Voltage proportional to frequency available from rear panel BNC Voltage Current output Range 1 V or 05 V GHz selectable 20 V maximum in 1 V GHz mode Linearity 15 mV PROGRAMMABLE VOLTAGE CURRENT SOURCE Voltage Output Range 15 V to 15 V Resolution 1 mV Accuracy 15 mV Total power supplied not to exceed 2 5 W Current Output Range
8. 5212642 MMMCO Tek 013 63 95 40 Fax 307 6939 Fax 845964 N S W 2086 The 23950 MARCON G Fax 201 934 9229 Far 1 60 77 69 22 Fax 013 63 95 63 The 57481 MIES E Thx 72369 MINST HX Tet 02 418 6044 The 604 482 Fax 02 418 6383 Printed inthe UK As we ae abays seeking to improve oor products the information in this document gives only general fue 1 1291 2S CAP indications o prodot capacity performance and suitably none of which shall form part of any contract 6899 04 Holding Company The General Eric Company pl of England Marconi Instruments Limited 1991
9. Fault Location 6581 and 6583 series of Test Heads interface the MTS to the device under test when Fault Location is used The 00I version Transmission Line Test Heads incorporate a Return Loss Bridge The economy E or 002 version Fault Location Test Heads omit the Bridge Test Head 6581 amp 6581E Frequency Range 10 MHz to 20 GHz limited to 18 GHz for return loss measurement Input port connector Precision Type N female Fault location test port Connector Precision Type N female Return loss gt 20 dB 10 MHz to 10 GHz gt 15 dB 10 to 18 GHz Return loss port Connector Precision Type N female Directivity 38 dB 10 MHz to 18 GHz Size excluding connectors 178 X 117 X 45 mm Detector cable length 15 metres Test Head 6583 amp 6583E Frequency range 10 MHz to 26 5 GHz Input port connector Precision 3 5 mm female Fault location test port Connector Precision 3 5 mm female Return loss gt 20 dB 10 MHz to 10 GHz gt 15 dB 10 to 18 GHz gt 12 dB 18 to 26 5 GHz Return loss port Connector WSMA female Directivity 38 dB 10 MHz to 18 GHz 35 dB 18 to 26 5 GHz Size excluding connectors 160 x 110 x 45 mm Detector cable length L5 metres Not applicable to E versions VERSIONS Ordering numbers 6200 10 MHz o 20 GHz Microwave Test Set 6203 10 MHz to Hz Microwave Test Set Option 001 70 dB step attenuator available for 6200 only
10. Instruments The Microwave Test Revolution 6200 series THE INTEGRATED OA ele MICROWAVE TEST REVOLUTION The MTS is the economical test solution that is faster and easier to use than the multitude of individual instruments usually associated with microwave measurements Its high accuracy ensures that the MTS is equally applicable for design manufacture and maintenance Field applications include commissioning and repair of microwave radio links radar and electronic warfare systems The MTS Microwave Test Using the programmable voltage ci rrent source swept or static Set revolutionizes microwave bench and field analysis of components and measurements sub systems is available A complete set of This opens up a wide instrumentation covering i a 10 MHz to 26 5 GHz is variety of new applications integrated into one compact Intelligent markers and portable package a automatic pass fail analysis a memory card for saving settings and traces and a The main elements of the MTS are a synthesized sweep generator a scalar analyzer a power meter a frequency Macro function to store and counter and voltage current replay key press sequences Source further extend the A clear color display gives high measurement capabilities definition readout of swept responses and digital readings An intuitive user interface ensures quick learning fast operation and of power and frequency ease
11. Option 002 _ Field Replaceable RF output connector 3 5 mm and N type For Fault Location order 59000 180F Fault Location Software Card SUPPLIED ACCESSORIES AC Supply Lead 43123 076 2 m Power Sensor Cable 06950 081W Operating Manual Input socket cap 6950 069 OPTIONAL ACCESSORIES 6230 Series Scalar Detectors 6230 10 MHz to 20 GHz N type m 6233 10 MHz to 265 GHz MPC Marconi Precision Connector 35 mm m Power Meter Sensors 6910 Series 30 dBm to 20 dBm 56910 900L 10 MHz to 20 GHz N type m 56911 900X 10 MHz to 20 GHz ARC 56912 900U 30 kHz 142 GHz N type m 56913 900D 10 MHz 1o 26 5 GHz MPC Marconi Precision Connector 3 5 mm m 56919 900Y 30 kHz 10 3 GHz N 1ype 75 Q 6920 Series 70 dBm to 20 dBm 56920 900J 10 MHz to 20 GHz N type m 56923 900T 10 MHz 10 265 GHz MPC Marconi Precision Connector 35 mm m 6930 Series 15 dBm to 35 dBm 56930 900F 10 MHz to 18 GHz N type m 56932 900N 30 kHz 1042 GHz N type m Transmission Line Test Heads includes Fault Location Software Card 56581 001T 20 GHz Transmission Line Test Head 6581 56583 001S 265 GHz Transmission Line Test Head 6583 Fault Location Test Heads includes Fault Location Software Card 56581 002P 20 GHz Fault Location Test Head 6581E 56583 002W 265 GHz Fault Location Test Head 6583E Sensor Detector Cables 06950 086M 5 m Power Sensor Cable 06950 087C 15m Power Sensor Cable 06950 088R 50 m Powe
12. cy generation gives low level harmonics lt 40 dBc and spurious signals lt 60 dBc The levelled accuracy of typically lt 0 5 dB and superior source match means that a second detector to give a live reference may be omitted to simplify measurements Versatile Scalar Analyzer The four input scalar analyzer has 290 dB dynamic range with excellent linearity Both AC and DC detection are provided Two auto scaling display channels each capable of displaying up to two measurements are available Up to four live or stored traces can be displayed Simultaneous measurement of pa band and stop band characteristics is available in un coupled mode since each display channel can be set to sweep different frequency ranges Integrated Voltage Current Source The programmable voltage current source increases the range of applications so that devices such as VCOs PIN modulators and amplifiers can be characterized at fixed or swept voltages and currents Rapid Fault Location Fault location displays return loss against distance It is especially important for field analysis of antenna feeders since faults and discontinuities in coaxial cables and waveguides can be accurately located and diagnosed Short range discontinuities and faults spaced only a few millimetres apart can also be resolved Accurate Power Meter Accurate power measurements are made using the Marconi Instruments range of nine Power Sensor
13. d ripple can be clearly seen Digital Read Out Digital read out of power and frequency increase the range of applications of the MTS Frequency is measured to 1 Hz resolution Automatic limit checking against user set limits and Maximum Minimum Hold aid drift analysis REAL TIME FAULT LOCATION DISPLAY Dual Frequency Scales In dual channel mode the The optional real time Fault Location capability of the MTS now channels can be uncoupled so makes field repair of both coaxial and waveguide antenna feeders both that different frequency ranges can be sequentially swept to display pass band and stop Fault Location operates by analyzing the interference patterns band on one screen uick and economical generated when the reference signal is This powerful te hnique incident on discontinuities simplifies the design and alignment of even the most E h complex filters clear display of return loss against distance Accuracy is 0 1 of range up to 1 km The pattern is processed to give a rapid and Waveguides are analyzed using a non linear sweep to totally eliminate the effects of dispersion so that waveguide measurements are as fast and clear as coaxial cable measurements Closely spaced faults can be determined so that even loose or corroded contacts within a bulkhead connection can be pin pointed The MTS fault location option has a simple user interface to allow measurements to be made with little trainin
14. e Marker readout Spot readings may be made at the domain value specified by the active marker Limit checking Upper and lower test limits may be entered Relative measurement To display the measured offset from a previously entered measured reading Max Min hold To display maximum and minimum values over a period of time for drift measurements Duty Cycle To display peak power given by average power measured duty cycle Range 0 001 to 100 Peaking Meter Display Analog display to assist when adjusting power levels Input Offsets An offset in the range 99 99 to 99 99 dB in 0 01 dB steps may be applied per detector or sensor input AUXILIARY INPUTS AND OUTPUTS GPIB Interface GPIB is IEEE 488 1 and 488 2 compatible The interface has three applications Instrument control with full talk and listen Control of a plotter using HPGL Plotter output is buffered to permit measure ments to proceed whilst plotting Control of a second MTS for mixer measurements The instruments may be set to sweep with a fixed frequency offset between them Memory Card Interface For external storage of data and installation of software options Parallel Printer Output Compatible with any Epson FX series printer Output is buffered to allow further measurements whilst printing Frequency Standard In Out BNC 1 or 10 MHz input or 10 MHz output selectable from front panel External Levelling Input BNC For co
15. g It is ideal for microwave Automatic VCO Measurement Using the frequency counter and programmable voltage and cellular radio operators for antenna feeder measurements Military source the frequency voltage applications include fault location on aircraft EW systems and on relationship can be simply oard ship displayed A detector is used to show the variation in level with The accuracy and resolution makes Fault Location also applicable to frequency laboratory applications PIN Attenuator Characterization Four measurements are made each with a different bias voltage automatically applied from the programmable source Many components and devices can be simply characterized in this way Revolutionize your Microwave Testing TECHNICAL SPECIFICATION SYNTHESIZED SWEEP GENERATOR Frequency Range 6200 10 MHz to 20 GHz 6203 10 MHz to 26 5 GHz Resolution 1 Hz CW Accuracy Frequency standard accuracy 0 5 Hz Typical Swept Accuracy Frequency Step time Upto 2 GHz gt 2GHz 250 ps 5kHz lt 100kHz ims 500Hz lt 15kHz 10 ms lt 50Hz lt 50Hz Power 6200 6203 standard Power levelled dBm Frequency Guaranteed Maximum range GHz typical 0 01 to2 10to 7 ll 2108 10t0 6 10 81018 10to 5 10 18 to 20 l0to 5 8 20 to 26 5 l0to 4 8 6200 opt 001 step attenuator Power levelled dBm Frequency Guaranteed Maximum range GHz typical 0 01 t02 80t045 9 2108 80t
16. ing all the functions into a single instrument eliminates the need for system interconnections avoids set up errors and provides faster measurements gt The memory card extends the on board memory to store instrument settings with limit lines measurement traces and calibration data Both plot and print hard copy facilities are available Any HPGL compatible plotter can be driven from the GPIB port and any Epson FX series compatible printer can be connected to the parallel port Convenient Memory Card Both outputs are buffered so that measurements can continue while plotting A sequence of key strokes and command Versatile in strings including pauses can be entered Hard Gopy and automatically executed using the Macro facility Macro programs can be stored internally or on a memory card User Defined Macro The MTS built in power to meet the demands of future applications Unique PIN Diode Characterization The programmable voltage current port allows automatic analysis of PIN switches and attenuators The applied voltage can be changed so that a plot of attenuation versus voltage is obtained Insertion loss can be simply displayed for a range of bias voltages Multi Port Device Analysis Four scalar analyzer detector inputs simplify the adjustment and tuning of multi port devices such as circulators directional couplers and diplexers UMENTS 40MHa 20GHe microwave test set 6200 u
17. interference Safety Complies with IEC 348 Rated Range of Use over which full specification is met Temperature 0 to 50 C Conditions of Storage and Transport Temperature 40 to 70 C Humidity 9396 RH at 40 C Power Requirements Switchable voltage ranges 115 V set 90 to 132 V 230 V set 188 to 265 V AC Supply 45 to 440 Hz 500 VA maximum Dimensions and Weight Height Width Depth 197 mm 389 mm 546 mm 7J5in 153 in 215in Weight 6200 19kg 417 lb 6203 195kg 428 Ib Notes Guaranteed Power Range Power Accuracy and VSWR are calibrated for the temperature range 0 to 50 C and are subject to the availability of National Standards Typical performance figures are non warranted 6230 SERIES SCALAR DETECTORS 6230 6233 Frequency range GHz 001 1020 001 10265 Dynamic range dBm 7010 20 7010 20 Maximum RF 26CW input dBm 30 peak VSWR 10 MHz to 40 MHz 40 MHz to 100 MHz 100 MHz to 2 GHz 2 GHz to5 GHz 5GHz to I8 GHz 18 GHz to 20 GHz 20 GHz t0 265 GHz Frequency Response dB 10 MHz 108 GHz 05 8 GHz to I8 GHz 0 65 18 GHz to 20 GHz 125 125 20 GHz to 265 GHz i125 Connector Precision Precision Type N male MPC35 mm male Length mm Width mm x E Weight g 250 250 6230 6233 Power Accuracy dB AC DC 60 dBm 12 50 dBm 07 09 40dBm 04 045 30dBm 04 04 20dBm 035 035 l0dBm 03 03 0 dBm 02 02 10dBm 03 03 16dBm 04 04
18. me a el Fast VCO Characterization A swept voltage from the MTS is applied to the Voltage Controlled Oscillator Frequency and level are simultaneously displayed on two axes to characterize the device quickly and simply A VCO can therefore be easily and accurately characterized in seconds without additional test equipment L Frequency Voltage counter Simple Mixer Measurements The GPIB port can control a second MTS synthesized sweep generator for synchronous mixer evaluation The two synthesizers sweep together with a fixed offset to enable the frequency response of a mixer and its IF filter to be rapidly and simply measured Automatic Two Port Measurement An output signal generated at the end of each sweep is used to activate a changeover switch to alternate the swept signal between the two ports of devices such as isolators The dual channel display can simultaneously show the full characteristics of non reciprocal devices Comprehensive Analysis Eight markers plus a delta marker assist analysis and reduce reading errors Automatic search such as minimum and maximum find are provided as well as N dB bandwidth and peak to peak response Limit lines give rapid automatic go no go testing Dual Channel Mode Dual channel mode enables two different displays of the response of a filter tobe shown simultaneously Overall response and pass ban
19. nnection of remote detector or power meter for source levelling Voltage Current Output BNC User definable to be Volts GHz Voltage proportional to frequency output from source Fixed Fixed voltage or current output for bias measurements Swept V I Swept voltage or current for voltage current domain measurements Chart recorder Voltage proportional to power level of scalar detector or power meter sensor input External Monitor Output to a variable scan rate color monitor such as NEC Multisync rear panel 15 way high density D type female Horizontal sync frequency 2477 kHz nominal Vertical sync frequency 54 9 Hz nominal Horizontal sync width 3 5 uis nominal Vertical sync width 204 ps nominal GENERAL SPECIFICATION Frequency Standard For synthesized sweep generator and frequency counter Internal 30 MHz VCXO Temperature stability Better than 0 15 ppm C Ageing Better than 2 in 107 per year External 1 or 10 MHz standard rear panel BNC input socket Memories Standard Trace memories Four Settings stores 10 Power sensor cal stores Stores for 10 sets of Power Sensor calibration and linearity factor data Memory card Extra stores available on memory card Real Time Clock Date and time Used to date stamp hard copies and to determine instrument operating hours Radio Frequency Interference Conforms with the requirement of EEC Directive 76 889 as to limits of RF
20. o 4 8 81018 80t0 3 7 18 to 20 80t0 2 5 For option 002 Field replaceable RF connector guaranteed output is reduced by 05 dB Settable power ranges Standard 20 dBm to 20 dBm With Option 001 90 dBm to 20 dBm Resolution 0 01 dB Power Sweep range From maximum levelled power Standard gt 25 dB With Option 001 gt 95 dB Internal Levelling Accuracy including flatness at 0 dBm Standard and Option 002 1 dB 05 dB typical Linearity 0 5 dB over guaranteed power range Option 001 including Option 002 if fitted 1OMHzto8GHz 1dB 03dB 2 of attenuator setting in dB 8GHzto20GHz 1 dB 1 dBor 4 of attenuator setting in dB whichever is greater External Levelling Via rear panel BNC input socket Accepts signals from a detector positive or negative or from the analog output of a power meter Oto 3 1 V Accuracy depends on levelling technique Power Stability with Temperature Typical values following power calibration at operating temperature Self calibration with a Power Sensor removes temperature effects 6200 Oto 20 C lt 0 02 dB C 20 to 40 C 0 04 dB C 40 to 50 C 0 08 dB C 6203 Oto 20 C 0 1 dB C 20 to 30 C 0 08 dB C 30 10 50 C 0 06 dB C Signal Purity Harmonics 0 01 GHz to 2 GHz 27 dBc 35 dBc ical 2GHzto8GHz lt 35 dBc 40 dBc typical 8 GHz to 26 5 GHz lt 40 dBc 50 dBc typical Sub harmonics and spurious
21. outs of values such as power and frequency Number of Traces Read Outs Four Maximum of two per channel Titles Screen title plus individual measurement titles Swept Channel Characteristics The horizontal and vertical axes can be configured to display a variety of different measurements The horizontal axes referred to as Domain may be defined to display the stimulus such as frequency power voltage current and distance The vertical axis referred to as response may display frequency power and voltage Domain Horizontal axis Frequency Modes CW start stop center span alternate sweep Frequency Resolution Settable to 1 Hz displayed as six digits Frequency Offset Frequency offset between source and display can be entered to characterize frequency changing devices such as mixers Frequency Scaling Multiplication factor between source and display can be entered to characterize frequency multipliers and dividers Power Sweep Range Range depends on option refer to Synthesized Sweep Generator section Power Offset Power offset between source and display can be entered for use when measuring amplifiers and attenuators Response Vertical axis Units dBm dB pW to kW nV to V VSWR Hz to GHz Scaling Manual auto scale single shot continuous auto scale every sweep or user selectable Reference level position Reference level may be set to any graticule line Reference level value
22. r Sensor Cable 03964 325P 5m Detector Extension Cable 54311 111E 15 m Detector Extension Cable 54311 113Y 25 m Detector Extension Cable 54311 112U Direct Voltage Measurement Cable 54311 118G 15m Extension Cable for Transmission Line Test Head 54311 120F 5m Extension Cable for Fault Location Test Head Miscellaneous Electrical Cables 43129 189U GPIB Cable 43126 0128 50 Q BNC m to BNC m L5 m 46884 560M Parallel Printer Interface Cable Microwave Cables 54311 109U Ruggedized Cable N m to N m 3 m for Fault Location 54311 110H Ruggedized Cable 35 mm m to 3 5 mm m 3 m for Fault Location 54311 116J Ruggedized Cable N m to N m L5 m for Fault Location 54311 117F Ruggedized Cable 35 mm m to 35 mm m 1 5 m for Fault Location 54351 022X Cable N m to N m 0 5 m 54351 025R Cable 35 mm m to 35 mm m 05m Autotesters 59999 151W 10 MHz 10 18 GHz 7 mm 59999 158R 10 MHz to 18 GHz N m 59999 159B 10 MHz o 18 GHz N f 59999 152D 10 MHz to 265 GHz WSMA m 59999 166H 10 MHz to 265 GHz WSMA f Power Splitters 54311 1238 Power splitter DC to 18 GHz Type N 54311 124W Power splitter DC to 265 GHz 3 5 mm Miscellaneous 59000 181G 32k Blank Memory Card 59000 182V 128k Blank memory card 54127 309Z Rack Mount Kit 54124 0275 Front Stowage Cover 59000 180F Fault Location Software Card 54121 034F Detector Input Socket Cap 46882 112C Service Manual Scalar Analyzer
23. s Power can be measured from 70 dBm to 35 dBm at frequencies up to 26 5 GHz High accuracy is assured since a calibrator is included and Calibration Factor and Linearity Factor are corrected An analog meter is also provided to assist when tuning and peaking Maximum and minimum hold and limit checking provides comprehensive analysis Multi Function Frequency Counter The counter covers the full frequency range of the MTS Limit checking is provided for fault monitoring Maximum minimum hold display ts frequency drift analysis The frequency counter has two functions within the MTS When Read out mode is selected a digital display of frequency is given to 1 Hz resolution In Swept mode the frequency counter is used to read and then display the frequency graphically When used with the voltage current source a plot of frequency against applied voltage can be obtained a typical application is automatic oscillator characterization The MTS integrates many measurement functions in one portable package Separate power meters and frequency counters can now be omitted from ATE saving cost and space A variety of microwave test instruments are integrated into one simple to use compact unit WIDE RANGE OF MEASUREMENT APPLICATIONS A wide range of measurement functions are incorporated into the MTS to make numerous sophisticated measurements rapidly and simply Integrat
24. tional to measured power Sensitivity 0 to 5 V 0 V level dependent upon type of detector or sensor used Log mode 1 V per decade Linear mode Scaling dependent on detector or sensor FREQUENCY COUNTER FREQUENCY RANGE 6200 10 MHz to 20 GHz 6203 10 MHz to 26 5 GHz Resolution 1Hz Accuracy Readout mode 1 Hz frequency standard error X10 nW 50 pW 300 nW Swept mode 100 Hz frequency standard error Sensitivity 10MHztol0GHz lt 20 dBm typical 10GHzto20GHz lt 15 dBm typical 20 GHz to 26 5 GHz 10 dBm typical Maximum Input Level 5 dBm Damage Level 27 dBm peak Input Connector Type 6200 Precision N Type female 6203 MPC Marconi Precision Connector 3 5 mm female Input impedance 500 FM Tolerance Readout mode 20 MHz peak to peak at 45 Hz to 10 MHz rate Swept mode 1 5 MHz peak to peak at 75 Hz to 10 MHz rate AM Tolerance Up to 40 modulation depth for signals within the range of sensitivity and maximum input level Acquisition Time Readout mode Typically 2 s for frequencies greater than 300 MHz Swept mode Typically 50 ms per point Selectivity Typically 25 dB DISPLAY Type Color display with 15 cm 6 inch visible diagonal External color monitor output available on rear panel Number of Channels Two A channel may be configured either as a swept channel for displaying traces or a readout channel for displaying read
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