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Scientific and analytical instrumentStanford Research Systems型号 CG635

Synthesized Clock Generator - CG635

16 digits of frequency resolution 80 ps rise and fall times CMOS, PECL, ECL, LVDS & RS-485 Phase control and time modulation PRBS for eye-pattern testing

技术参数: 16 digits of frequency resolution
技术参数: The CG635 generates extremely stable square wave clocks between 1 µHz and 2.05 GHz. The instrument's high frequency resolution, low jitter, fast transition times, and flexible output levels make it ideal for use in the development and testing of virt
技术参数: SG380 RF Signal Generator FS725 Rb Frequency Standard FS740 GPS 10 MHz Reference PRS10 Rb Oscillator
技术参数: The CG635 generates extremely stable square wave clocks between 1 µHz and 2.05 GHz. The instrument's high frequency resolution, low jitter, fast transition times, and flexible output levels make it ideal for use in the development and testing of virt

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Scientific and analytical instrumentStanford Research Systems型号 CG792

Synthesized Clock Generator - CG792

11 digits of frequency resolution 100 ps rise and fall times Frequency and phase modulation OCXO and rubidium timebase (opt.) USB, Ethernet, and RS-232 interfaces

技术参数: 11 digits of frequency resolution
技术参数: Frequency and phase modulation
技术参数: USB, Ethernet, and RS-232 interfaces
技术参数: CG635 Clock Generator SG380 RF Signal Generator FS725 Rb Frequency Standard FS740 GPS 10 MHz Reference PRS10 Rb Oscillator

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Scientific and analytical instrumentStanford Research Systems型号 CIS

CIS - Closed Ion Source Gas Analyzers

CIS Series Residual Gas Analyzers With better than 1 ppm detection limit, direct sampling at mTorr pressure, and a user-friendly Windows software package, the CIS systems will s...

技术参数: A standard RS-232 interface is provided along with a complete programming reference. All probe parameters can be controlled and monitored, and data can be acquired for use in custom applications.
技术参数: The CIS systems are supported with a real-time Windows software package that runs on PCs. The intuitive graphical user interface allows measurements to be made quickly and easily. The program is fully interactive, giving the user complete control of
技术参数: Electron emission current (mA)
技术参数: Extraction voltage (V)

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Scientific and analytical instrumentStanford Research Systems型号 CS580

CS580 Current Source

AC and DC current source Sources/sinks current ( true four quadrant operation ) Current from 100 fA to 100 mA Up to 200 kHz bandwidth ±50 V compliance voltage

技术参数: AC and DC current source
技术参数: Sources/sinks current ( true four quadrant operation )
技术参数: Current from 100 fA to 100 mA
技术参数: ±50 V compliance voltage

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Scientific and analytical instrumentStanford Research Systems型号 CTC100

Cryogenic Temperature Controller - CTC100

4 temperature sensor inputs 4 analog voltage outputs Up to 6 feedback control loops 4 analog I/O channels 8 digital I/O channels

技术参数: 4 temperature sensor inputs
技术参数: 4 analog voltage outputs
技术参数: Introducing the new CTC100 Cryogenic Temperature Controller—a high performance instrument that can monitor and control temperatures with millikelvin resolution. The CTC100 Cryogenic Temperature Controller is configured to suit a wide range of researc
技术参数: SX199 Optical Interface PTC10 Temp. Contoller SIM921 AC Bridge SIM922 Diode Temp. Monitor SIM923 Pt RTD Temp. Monitor

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Scientific and analytical instrumentStanford Research Systems型号 DB64

Coax Delay Box - DB64

The SRS Model DB64 Coax Delay Box provides switch-controlled delays from 0 to 63.5 ns with 0.5 ns resolution. Applications include the timing of photomultiplier coincidences, se...

技术参数: The SRS Model DB64 Coax Delay Box provides switch-controlled delays from 0 to 63.5 ns with 0.5 ns resolution. Applications include the timing of photomultiplier coincidences, set-up of time-to-amplitude converters, adjustment of signal phase, or any
技术参数: The interchangeable inputs/outputs are on BNC connectors. Internally, the delay line segments consist of accurate lengths of RG58A/U coax cable with 50 Ω characteristic impedance. DPDT switches are used to insert or remove delay segments. Careful com

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Scientific and analytical instrumentStanford Research Systems型号 DC205

DC205 DC Voltage Source

True 6-digit resolution 0.0025 % accuracy (1 yr.) Triggerable voltage scans RS-232, USB, & fiber optic interfaces DC205 Precision DC Voltage Source

技术参数: True 6-digit resolution
技术参数: 0.0025 % accuracy (1 yr.)
技术参数: Triggerable voltage scans
技术参数: RS-232, USB, & fiber optic interfaces

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Scientific and analytical instrumentStanford Research Systems型号 DC215

DC215 DC Voltage/Current Source

Sources voltage up to ±32 V Sources current up to ±240 mA 4 quadrant operation (voltage/current source/sink) 5½-digit output resolution Output sequences (up to 1k steps)

技术参数: Sources voltage up to ±32 V
技术参数: Sources current up to ±240 mA
技术参数: 4 quadrant operation (voltage/current source/sink)
技术参数: 5½-digit output resolution

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Scientific and analytical instrumentStanford Research Systems型号 DG535

Digital Delay/Pulse Generator - DG535

5 ps delay resolution Less than 100 ps rms jitter Adjustable amplitude & offset Delays up to 1000 seconds Optional ±32 V output

技术参数: 5 ps delay resolution
技术参数: Optional ±32 V output
技术参数: Standard GPIB interface
技术参数: The DG535 Digital Delay and Pulse Generator provides four precisely-timed logic transitions or two independent pulse outputs. The delay resolution on all channels is 5 ps, and the channel-to-channel jitter is typically 50 ps. Front-panel BNC outputs

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Scientific and analytical instrumentStanford Research Systems型号 DG645

Digital Delay/Pulse Generator - DG645

8 delay outputs (opt.) Less than 25 ps rms jitter Trigger rates to 10 MHz Precision rate generator Fast transition times

技术参数: 8 delay outputs (opt.)
技术参数: The DG645 is a versatile digital delay/pulse generator that provides precisely defined pulses at repetition rates up to 10 MHz. The instrument offers several improvements over older designs—lower jitter, higher accuracy, faster trigger rates, and mor
技术参数: All digital delay generators measure time intervals by counting cycles of a fast clock (typically 100 MHz). Most digital delay generators also have short programmable analog delays to achieve time intervals with finer resolution than the clock period
技术参数: The DG645 eliminates timing indeterminacy by measuring the timing of triggers with respect to the internal clock and compensating the analog delays. This approach reduces the jitter by about 100× and allows the internal rate generator to operate at a

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Scientific and analytical instrumentStanford Research Systems型号 DS345

Function Generator - DS345

1 µHz to 30.2 MHz frequency range 1 µHz frequency resolution Sine, square, ramp, triangle & noise Phase continuous sweeps 16,300 point arbitrary waveforms

技术参数: 1 µHz to 30.2 MHz frequency range
技术参数: 1 µHz frequency resolution
技术参数: 10 MHz reference input
技术参数: 1 µHz to 30.2 MHz range

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Scientific and analytical instrumentStanford Research Systems型号 DS360

Low Distortion Function Generator - DS360

20 µVpp to 40 Vpp output range Linear and log sweeps 25 ppm frequency accuracy 10 MHz reference input Balanced & unbalanced outputs

技术参数: 20 µVpp to 40 Vpp output range
技术参数: 25 ppm frequency accuracy
技术参数: 10 MHz reference input
技术参数: Balanced & unbalanced outputs

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