view data sheet - Electro Rent Corporation
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1. f gt 23 4375 MHz lt 4 of reading 1 AM distortion moa 1 KHz f lt 23 4375 MHz m 30 lt 0 25 m 80 lt 0 5 moa 1 KHz f gt 23 4375 MHz m 30 lt 15 m 80 lt 3 Modulation frequency response m 60 up to 50 kHz lt 3 dB Synchronous M at AM m 30 fmoa 1 KHz peak 2 lt 0 2 rad Version 01 01 July 2007 R amp S SMB100A Signal Generator Frequency modulation FM multiplier for different frequency f lt 23 4375 MHz rm 1 4 ranges 23 4375 MHz lt f lt 46 875 MHz rm 1 32 46 875 MHz lt f lt 93 75 MHz rm 1 16 93 75 MHz lt f lt 187 5 MHz rm 1 8 187 5 MHz lt f lt 375 MHz rm 1 4 375 MHz lt f lt 750 MHz rm 1 2 750 MHz lt f lt 1500 MHz rm 1 1500 MHz lt f lt 3 GHz rm 2 f gt 3 GHz rm 4 Operating modes internal external internal external AC DC FM mode Low Noise FM mode Normal FM mode High Deviation Maximum deviation f lt 23 4375 MHz 1 MHz f gt 23 4375 MHz FM mode Normal rm x 2 MHz FM mode Low Noise rm x 1 MHz FM mode High Deviation rm x 4 MHz Resolution lt 0 02 of set deviation min rm x 0 1 Hz Setting uncertainty fmoa 1 kHz deviation lt rm x 1 MHz internal lt 2 of reading 20 Hz external lt 3 of reading 20 Hz FM distortion fmod 2 KHz deviation rm x 1 MHz lt 0 2 Mod2. Resolution lt 0 02 of set deviation min rm x 20 urad Setting uncertainty fmoa 1 kHz deviation lt half of max deviation internal lt 2 of reading 0 003 rad external lt 3 of reading 0 003 rad Distortion fmod 10 kHz half of max deviation lt 0 2 Modulation frequency response M modes Low Noise and High Deviation DC 10 Hz to 100 kHz lt 3 dB M mode Normal DC 10 Hz to 500 kHz lt 3 dB 160 rad High Deviation 80 rad H Normal ee Lowy Noise 40 rad 20 rad 16 rad 10 rad Srad 2 5 rad 2 rad 1 25 rad 1 rad 0 625 rad 0 5 rad 0 3125 rad 0 25 rad Maximum PM Deviation 0 125 rad Srad ra 4rad Hop TT ee eee eee eee 0 009 23 4375 46 875 93 75 1875 375 750 Version 01 01 July 2007 RF Frequency MHz 1500 3000 6000 oM deviation versus frequency and operating mode R amp S SMB100A Signal Generator 11 Pulse modulation R amp S SMB K22 option When pulse modulation is activated the ALC state of the R amp S SMB100A is automatically changed to ALC OFF Sample amp Hold In this state the ALC loop is opened and the output level is set directly In order to set the correct output level a sample amp hold measurement is performed after each frequency or level setting Operating modes external internal On off ratio gt 80 dB Rise fall time 10 to 90 of RF amplitude lt 20 ns typ 1
3. 155 160 100 Carrier frequency in MHz 1000 10000 Typical SSB phase noise at 20 kHz offset versus frequency with internal OCXO R amp S SMB B1 option List mode Frequency and level values can be stored in a list and set in an extremely short amount of time Operating modes automatic single sweep manual or external trigger Max number of stored settings 2000 Dwell time 1msto1s Resolution 0 1 ms Setting time after external trigger see frequency and level data 8 R amp S SMB100A Signal Generator Version 01 01 July 2007 Analog modulation Possible modulation types Amplitude modulation frequency modulation phase modulation pulse modulation Simultaneous modulation Amplitude modulation Frequency modulation Phase modulation Pulse modulation Amplitude modulation AAC Frequency modulation BOO sE ee Phase modulation ESAS A E A Pulse modulation AO e A e compatible incompatible compatible with limitations Amplitude modulation For f gt 100 kHz attenuator mode AUTO level PEP within specified level range Operating modes internal external internal external AC DC Modulation depth At high levels modulation is clipped when the maximum PEP is reached 0 to 100 Resolution 0 1 Setting uncertainty fmoa 1 kHz and m lt 80 f lt 23 4375 MHz lt 1 of reading 1
4. 9 kHz to 6 GHz R amp S SMB B106 1407 2909 02 Reference Oscillator OCXO R amp S SMB B1 1407 3005 02 Pulse Modulator R amp S SMB K22 1407 3770 02 Pulse Generator R amp S SMB K23 1407 3786 02 Recommended extras Hardcopy manuals in English UK 1407 0806 32 Hardcopy manuals in English US 1407 0806 39 19 Rack Adapter R amp S ZZA S234 1109 4493 00 Power Sensor 9 kHz to 6 GHz R amp S NRP Z92 1171 7005 42 Keyboard with USB Interface US character set R amp S PSL Z2 1157 6870 04 Mouse with USB Interface optical R amp S PSL Z10 1157 7060 03 License information The firmware of this device contains open source software Details as well as license agreements can be found in release notes and operating manual s The base unit must be ordered together with an R amp S SMB B101 R amp S SMB B102 R amp S SMB B103 R amp S SMB B106 frequency option Version 01 01 July 2007 R amp S SMB100A Signal Generator 15 For product brochure see PD 5213 8396 12 and www rohde schwarz com search term SMB100A ROHDE amp SCHWARZ www rohde schwarz com Europe 49 1805 12 4242 customersupport rohde schwarz com USA and Canada 1 888 837 8772 customer support rsa rohde schwarz com Asia 65 65 130 488 customersupport asia rohde schwarz com R amp S is a registered trademark of Rohde 8 Schwarz GmbH amp Co KG Trade names are trademarks of the owners Printed in Germany we PD 5213 8396 22 Version 01 01
5. Flexible pulse generator with minimum pulse width of 20 ns allows the generation of various pulse signals Wide temperature range of 0 C to 55 C and maximum permissible operating altitude of 4600 m above sea level allow the instrument to be used even under extreme conditions Low weight of only 5 3 kg for mobile applications expands the range of locations and applications for which the R amp S SMB100A can be used y Available as of December 2007 via firmware update Version 01 01 July 2007 R amp S SMB100A Signal Generator 3 Specifications Specifications apply under the following conditions 30 minutes warm up time at ambient temperature specified environmental conditions met calibration cycle adhered to and total calibration performed Data designated overrange or underrange and data without tolerance limits is not binding RF characteristics Frequency Range R amp S SMB B101 9 kHz to 1 1 GHz R amp S SMB B102 9 kHz to 2 2 GHz R amp S SMB B103 9 kHz to 3 2 GHz R amp S SMB B106 9 kHz to 6 GHz Resolution of setting 0 01 Hz Resolution of synthesis f 1 GHz 0 44 uHz Setting time to within lt 1 x 107 for f gt 200 MHz or lt 20 Hz for f lt 200 MHz after IEC IEEE bus delimiter lt 3 ms typ 1 6 ms in ALC OFF mode S amp H lt 7 ms after trigger pulse in List mode lt i ms Phase offset adjustable in 0 1 steps Freque
6. ownership and maximum instrument availability All purpose RF source Wide frequency range from 9 kHz to 6 GHz covers the main frequency bands for RF applications Integrated frequency level and LF sweeps All important analog modulations with AM FM M and pulse modulation supported Internal LF generator provides sinewave signals up to 1 MHz as well as squarewave signals up to 20 kHz Intuitive user interface with graphical display of the signal flow facilitates operation Context sensitive online help ensures efficient utilization of the instrument makes the R amp S SMB100A the ideal signal source for a wide variety of applications Ideal for production Short switchover times for frequency of typ 1 6 ms and level of typ 1 2 ms via remote control and lt 1 ms in the List mode allow high throughput High level accuracy and repeatability are the basis of high production yield High output power of up to 25 dBm compensates level loss on the way to the DUT Wearfree electronic attenuator with overvoltage protection up to 6 GHz as standard ensures long service life even in the case of heavy use in production Compact design with only two height units saves rack space Remote control via LAN USB and GPIB allows easy integration into the test system reduces production costs Ready for aerospace and defense applications Optional pulse modulator offers excellent performance with typ 90 dB on off ratio and a rise fall time of typ 10 ns
7. 0 ns Pulse repetition frequency 0 Hz to 2 5 MHz Video crosstalk spectral line of fundamental of 100 kHz lt 30 dBc squarewave modulation Input for external modulation signals Modulation input EXT for AM FM M input impedance gt 100 kQ input sensitivity 1V peak value for set modulation depth or deviation Modulation input PULSE input level threshold 1 V input impedance gt 5 kQ or 50 Q polarity selectable Modulation sources Internal modulation generator Waveforms sine square Frequency range sine 0 1 Hz to 1 MHz square 0 1 Hz to 20 kHz Resolution of setting 0 1 Hz Frequency accuracy lt 0 005 Hz relative deviation of reference frequency Frequency response sine 0 1 Hz to 1 MHz lt 1 dB Distortion sine f lt 100 kHz lt 0 1 at Ri gt 200 Q level Vemr lt 1 V Output voltage V at LF connector open circuit voltage 1 mV to3V EMF resolution 1 mv setting accuracy at 1 kHz lt 1 of reading 1 mV Output impedance 10 Q Frequency setting time to within lt 1 x 107 after IEC IEEE bus lt 5 ms delimiter Sweep digital sweep in discrete steps operating modes automatic step single sweep external single external step manual or external trigger linear or logarithmic spacing sweep range full frequency range step width lin full frequency range step width log 0 01 to 100 per ste
8. 1000 3 2 EMC in line with EN 55011 class B EN 61326 Immunity to interfering field strength up to 10 V m Environmental conditions operating temperature range 0 C to 55 C in line with EN 60068 2 1 EN 60068 2 2 storage temperature range 40 C to 71 C climatic resistance in line with EN 60068 2 3 40 C 95 rel humidity operating altitude up to 4600 m Mechanical resistance vibration sinusoidal 5 Hz to 150 Hz max 2 g at 55 Hz max 0 5 g at 55 Hz to 150 Hz in line with EN 60068 2 6 vibration random 10 Hz to 300 Hz acceleration 1 2 g rms in line with EN 60068 2 64 shock 40 g shock spectrum in line with EN 60068 2 27 MIL STD 810E Electrical safety in line with IEC 61010 1 EN 61010 1 CAN CSA C22 2 No 61010 1 04 UL 61010 1 Approvals VDE GS cCSAus Dimensions W x H x D 344 mm x 112 mm x 368 mm 13 54 in x 4 41 in x 14 49 in Weight when fully equipped 5 3 kg 11 7 Ib Recommended calibration interval 3 years 14 R amp S SMB100A Signal Generator Version 01 01 July 2007 Ordering information Designation Type Order No Signal Generator3 R amp S SMB100A 1406 6000 02 Including power cable Quick Start Guide and CD ROM with operating and service manual Options RF Path 9 kHz to 1 1 GHz R amp S SMB B101 1407 2509 02 9 kHz to 2 2 GHz R amp S SMB B102 1407 2609 02 9 kHz to 3 2 GHz R amp S SMB B103 1407 2709 02
9. July 2007 R amp S SMB100A Data without tolerance limits is not binding Subject to change
10. Version 01 01 R amp S SMB100A Signal Generator Data sheet ROHDE amp SCHWARZ CONTENT CONTE ax 2 Key feature iia a dd Dd ha da dd 3 SA A O O 4 RE Characteristics aiii A A ia 4 ET UN E a saa i ENA RN 4 Frequency SWEG Prada na Mr anal ker old aan krk Ak 4 Reference frequency si sessa os tra A a SE fa enna ante eid ey ears 4 NO NN NOT 5 LOVE SWEGP iii A A hat ana an a Akra 7 Eoee IOUT AI N EE RA A ea eee aah utes Seen oat ceded pa E ARE ER RENNDU SAN SUN Ae be 7 LIS EMOS ts A A aga a a 8 ANALOG MOI rasa aa a a 08 A da eli oid 9 Possible modulationstypes AN AA sr ls ral cae eee aed nan cod ALU OI 9 Simultaneous MOCUIALON cia ad 9 An O AL RAFN SR RBB E E a UA NR UNNUR I S EA A 9 Frequency modulation tri dt da ado 10 Phase modulation mannna e a T ea EEE AE EEEE rea EREET AA A N AITEITE A TAAT a AAAA 11 Pulse modulation R amp S SMB K22 option encara 12 Inputtor external modulation siQnals i 04 sk new veered tne A Ase oie 12 MOULIN Source ssamen can A A TR 12 Internal modulation geherator Who ai detest ee eee eae ance eee 12 Pulse generator R amp S SMB K23 OPUON O E ec ee eae NN 13 General ately sss aa O ONO 14 Remote control sasssa akri tous luis AT A A ieee ricas 14 Operating data iii ea Ae aceasta ca ed ania Renate eden ate ree Recast erate ae ari A a 14 Ordering information sce cca nite ay aad e aie ARA de aaa ios 15 EC CINTO AIN ina 15 2 R amp S SMB100A Signal Generator Version 01 01 July 2007 Ke
11. dBc typ 122 dBc f 3 GHz lt 112 dBc typ 118 dBc f 4 GHz lt 110 dBc typ 116 dBc f 6 GHz lt 106 dBc typ 112 dBc RMS jitter carrier frequency Cf 1 GHz BW 1 Hz typ 1 1 ps 1 1 mul to 10 MHz with R amp S SMB B1 option Cf 1 GHz BW 1 Hz to 10 MHz typ 3 9 ps 3 9 mUI Cf 155 MHz BW 100 Hz to 1 5 MHz typ 83 fs 12 9 UI Cf 622 MHz BW 1 kHz to 5 MHz typ 63 fs 39 2 UI Cf 2 488 GHz BW 5 kHz to 15 MHz typ 55 fs 137 UI Residual FM RMS value at f 1 GHz 0 3 kHz to 3 kHz weighted ITU T lt 4 Hz 0 03 kHz to 23 kHz lt 10 Hz Residual AM RMS value 0 03 kHz to 20 kHz lt 0 02 20 4 Harmonic 2f amp Harmonic 3f 30 40 4 Harmonics in dBc 50 60 70 80 0 00 Version 01 01 July 2007 0 60 1 20 A a 1 80 2 40 3 00 3 60 4 20 Carrier frequency in GHz 4 80 5 40 6 00 Measured harmonics at 18 dBm versus frequency R amp S SMB100A Signal Generator 7 SSB phase noise in dBc Hz 120 130 140 150 160 1 00E 00 1 00E 01 1 00E 02 1 00E 03 Frequency in Hz 1 00E 05 1 00E 06 1 00E 07 Typical SSB phase noise with internal OCXO R amp S SMB B1 option 110 115 120 125 130 135 140 SSB phase noise in dBc Hz 145 150
12. etting If ALC state is ON level changes are performed without interruption The maximum attenuation range is limited With higher attenuation the spectral purity of the output signal decreases Setting range 145 dBm to 30 dBm Specified level range with R amp S SMB B101 102 103 106 frequency option 1 MHz lt f lt 6 GHz 200 kHz lt f lt 1 MHz 120 dBm to 18 dBm PEP 120 dBm to 13 dBm PEP Resolution 0 01 dB Level uncertainty ALC state ON AUTO mode temperature range 18 C to 33 C 200 kHz lt f lt 3 GHz lt 0 5 dB f gt 3 GHz lt 0 9 dB Additional uncertainty with ALC OFF S amp H This mode is only needed in case of pulse lt 0 5 dB modulation Output impedance VSWR in 50 Q system 200 kHz lt f lt 6 GHz lt 1 8 Setting time after IEC IEEE bus delimiter with GUI update stopped AUTO mode temperature range 18 C to 33 C to lt 0 1 dB deviation from final value ALC state ON lt 2 5 ms typ 1 2 ms ALC state OFF lt 7 ms in List mode after trigger pulse lt 1 ms Uninterrupted level setting FIXED mode ALC state ON setting range gt 20 dB Reverse power from 250 Q source maximum permissible RF power in output frequency range of RF path for f gt 1 MHz 1 MHz lt f lt 1 GHz 50 W 1 GHz lt f lt 2 GHz 25 W 2 GHz lt f lt 6 GHz 10W maximum permissible DC voltage 50 V PEP peak envelope power Ve
13. ncy sweep Operating modes digital sweep in discrete steps automatic step single sweep external single external step manual or external trigger linear or logarithmic spacing Sweep range full frequency range Step width linear full frequency range logarithmic 0 01 to 100 per step Dwell time range 10 ms to 10s resolution 0 1 ms Reference frequency Aging after 30 days of uninterrupted operation lt 1 x 10 year with RSSOSMB B1 option lt 1 x 10 day lt 1 x 10 year Temperature effect in temperature range 0 C to 50 C lt 2 x 10 with RSSOSMB B1 option lt 1 x 107 Warm up time to nominal thermostat temperature only lt 10 min with R amp S SMB B1 option Output for internal reference signal frequency approx sinewave 10 MHz level typ 10 dBm source impedance 50 Q Input for external reference frequency 10 MHz maximum deviation 3x 10 input level recommended gt 0 dBm lt 16 dBm input impedance 50 Q 4 R amp S SMB100A Signal Generator Version 01 01 July 2007 Level The R amp S SMB100A has two different attenuator modes for level setting AUTO MODE In this mode the attenuator is switched automatically The output level is specified over the full range from 120 dBm to 13 18 dBm FIXED MODE The level is set without switching the attenuator The attenuator is fixed to the current s
14. p 12 R amp S SMB100A Signal Generator Version 01 01 July 2007 Pulse generator R amp S SMB K23 option Operating modes automatic external trigger external gate single pulse double pulse delayed pulse external trigger Active trigger edge positive or negative Pulse period 100 ns to 85s Resolution 20 ns Pulse width The pulse width of double pulses can be 20nsto1s set independently Resolution 20 ns Pulse delay 20nsto1s Resolution 20 ns Double pulse spacing 20nstois Resolution 20 ns Uncertainty for pulse timing generated digitally ensured by design relative deviation of reference frequency External trigger Delay typ 50 ns Jitter lt 10 ns PULSE VIDEO output LVTTL signal RL 50 Q Version 01 01 July 2007 R amp S SMB100A Signal Generator 13 General data Remote control Systems IEC IEEE bus IEC 60625 IEEE 488 Ethernet TC IP USB Command set SCPI 1999 5 Connector IEC 24 contact Amphenol Ethernet Western USB USB IEC IEEE bus address 0 to 30 Interface functions SH1 AH1 T6 L4 SR1 RL1 PP1 DC1 DT1 CO LAN interface 10 100BaseT Operating data Power supply input voltage range AC nominal 100 V to 240 V AC 10 AC supply frequency 50 Hz to 400 Hz 5 10 power consumption 250 VA Power factor correction in line with EN 6
15. rsion 01 01 July 2007 R amp S SMB100A Signal Generator 5 29 50E 0 29 00E 0 6 0E 9 3 0E 9 35E 9 406 9 456 amp 9 50E 9 55 amp 9 FF in Hz 2 5E 9 Measured maximum output power versus frequency A A A ugp a 487 Time hours Measured level repeatability at 3 GHz 5 dBm ALC ON Version 01 01 July 2007 R amp S SMB100A Signal Generator 6 Level sweep Digital sweep in discrete steps operating modes automatic step single sweep external single external step manual or external trigger linear spacing sweep range full level range uninterrupted level sweep 0 01 dB to 20 dB step width 0 01 dB to 20 dB per step Spectral purity Harmonics f gt 1 MHz CW level lt 8 dBm lt 30 dBc Nonharmonics CW level gt 10 dBm gt 10 kHz carrier offset f lt 1500 MHz lt 70 dBc typ lt 85 dBc 1500 MHz lt f lt 3 GHz lt 64 dBc typ lt 79 dBc f gt 3 GHz lt 58 dBc typ lt 73 dBc Wideband noise attenuator mode AUTO for level gt 5 dBm gt 10 MHz carrier offset 1 Hz measurement bandwidth CW lt 142 dBc typ 152 dBc SSB phase noise 20 kHz carrier offset 1 Hz measurement bandwidth CW f 100 MHz lt 141 dBc typ 147 dBc f 1 GHz lt 122 dBc typ 128 dBc f 2 GHz lt 116
16. ulation frequency response FM modes Low Noise and High Deviation DC 10 Hz to 100 kHz lt 3 dB FM mode Normal DC 10 Hz to 500 kHz lt 3 dB Synchronous AM 40 kHz deviation fmoa 1 kHz f gt 10 MHz lt 0 2 Carrier frequency offset with FM DC after FM offset calibration lt 0 2 of set deviation 16 MHz High Deviation Normal 3 MHz y Noise 4 MHz 2 MHz T 1 2 1 1 1 1 1 4 1 1 1 1 1 1 MHz 500 kHz 250 kHz Maximum FM Deviation 125 kHz 62 5 kHz 31 25 kHz 0 009 23 4375 46 875 eee A PAN 93 75 187 5 375 RF Frequency MHz 750 1500 3000 6000 FM deviation versus frequency and operating mode 10 R amp S SMB100A Signal Generator Version 01 01 July 2007 Phase modulation M multiplier for different frequency f lt 23 4375 MHz rm 1 4 ranges 23 4375 MHz lt f lt 46 875 MHz rm 1 32 46 875 MHz lt f lt 93 75 MHz rm 1 16 93 75 MHz lt f lt 187 5 MHz rm 1 8 187 5 MHz lt f lt 375 MHz rm 1 4 375 MHz lt f lt 750 MHz rm 1 2 750 MHz lt f lt 1500 MHz rm 1 1500 MHz lt f lt 3 GHz rm 2 f gt 3 GHz rm 4 Operating modes internal external internal external AC DC oM mode Low Noise oM mode Normal M mode High Deviation Maximum deviation f lt 23 4375 MHz 2 rad f gt 23 4375MHz oM mode Normal rm x 4 rad M mode Low Noise rm x 10 rad M mode High Deviation rm x 40 rad
17. y features Best signal quality in its class Low SSB phase noise of typ 128 dBc 20 kHz carrier offset 1 GHz carrier frequency 1 Hz measurement bandwidth Very low SSB phase noise even at low output frequencies because a new DDS synthesizer is used from 9 kHz to 23 4375 MHz instead of a downconverter Nonharmonics suppression of typ 85 dBc gt 10 kHz carrier offset carrier frequency lt 1 5 GHz Low wideband noise of typ 152 dBc gt 10 MHz carrier offset 1 GHz carrier frequency 1 Hz measurement bandwidth Harmonics of typ 30 dBc at the maximum specified output power of 18 dBm for high measurement accuracy in a wide variety of applications Highest output power in its class Specified output power of 18 dBm over the wide frequency range of 1 MHz to 6 GHz Typical maximum level of 25 dBm in overrange over the entire frequency range up to 6 GHz provides power reserve to replace external amplifiers On site servicing as convenient alternative Flexible concept allows servicing to be done on site or by a Rohde amp Schwarz service center Straightforward modular instrument design with only four exchangeable modules ensures short repair times Calibrated replacement modules make extensive calibration and adjustment tasks unnecessary Built in selftest of modules supports troubleshooting Verification of level accuracy and automatic level correction with a connected power sensor of the R amp S NRP family L ensures low cost of
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