Part#
Description
Make
Avail.
Price
Qty.
1.00 mHz 102.40 kHz ~ 6 nV/vHz at 1 kHz frequency limit, 100 dB at 10 kHz, decreasing by 6 dB/oct above 10 kHz voltage noise, 10 usec dynamic reserve with 30 ksec time constant
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25.00 kHz 200.00 MHz ~ 2 nV/vHz (typ.), <8 nV/vHz (max.) frequency limit, 0 dB to 80 dB dynamic reserve with 100 usec ~ 30 sec time constant
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500.00 mHz 100.00 kHz ~ 7 nV/vHz at 1 kHz (typ.) frequency limit, 100 dB (DC to 1 kHz, degrades by 100 dB (DC to 1 kHz, degrades by 6 dB/oct above 1 kHz) voltage noise, 1 msec dynamic reserve with 100 sec time constant
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DG535 DIGITAL DELAY PULSE GEN
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DG645 Stanford Research Systems DG645 Digital Delay/Pulse Generator. Ultra-Low | Jitter Delay | 4 Pulses | 8 Delay Channels (option) | 5ps Resolution
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DS335 Function Generator
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DS335 / 01 Function Generator w/IEEE
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DS340 40.00 MSa/sec sampling rate, 8 to 16, 300 points , 1 channel with 12 bits vertical resolution
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DS345 Stanford Research Systems DS345 Synthesized Function Generator
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DS360 1.0 mHz ~ 200.0 kHz frequency with 1 mHz freq. resolution
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FS700 FS700
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FS710 DISTRIBUTION AMPLIFIER
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LCR Meter Stanford Research Systems SRS LCR Meters
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PS310 Single output, 1.3 kV max. voltage, 20.00 mA max. current with 0..0015% ripple & noise
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PS325 Single output, 2.5 kV max. voltage, 10.00 mA max. current with 0..0015% ripple & noise
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PS350 Single output, 5.0 kV max. voltage, 5.00 mA max. current with 0..0015% ripple & noise
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SG386 Stanford Research Systems SG386 RF Signal Generator. 6 GHz
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SIM910 0 ~ 1.0 MHz frequency with 1 to 100 (1-2-5 sequence) gain
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SIM911 0 ~ 1.0 MHz frequency with 1 to 100 (1-2-5 sequence) gain
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SIM914 0 ~ 350.0 MHz frequency with 14 dB gain
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SIM918 22.00 kHz bandwidth, 10^8 gain with 15 fA/Hz^1/2 input noise
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SR200 Gate Scanner NIM Module
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SR235 Analog Processor NIM Module
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SR240A 0 ~ 350.0 MHz frequency with 5 gain
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SR245 Computer Interface
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