Features; Sr810 Lock-In Digital Amplifier (Lida) - Oriel LIDA-SRS-KIT User Manual

3 FEATURES

The LIDA-SRS-KIT includes the chopper, chopper control, lock-in amplifier, and readout (gauge or
software) used in a typical experimental set-up and connects to any BNC-ended detector.
The Stanford Research Systems (SRS) SR810 Lock-In-Digital-Amplifier (LIDA) provides high
performance at a reasonable cost and integrates into Oriel's product line.
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Single Channel
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Higher resolution frequency control
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Voltage or current input
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Wider range of time constant
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Internal or external reference frequency source
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Auto-gain, -phase, -reserve, and –offset
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Standard RS-232 and GPIB (IEEE488.2) interfaces
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"AUX IN" provides inputs for reference channels
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Reference input corrects your measurement channel to compensate for source drift
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"TTL OUT" controls the external chopper
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"PREAMP" connection may be used to power up detector pre-amplifiers
3.1

SR810 LOCK-IN DIGITAL AMPLIFIER (LIDA)

The SR810 Lock-in Digital Amplifier (LIDA) provides high performance at a reasonable cost.
Simultaneously displays the magnitude and uses digital signal processing (DSP) to replace the
demodulators, output filters, and amplifiers found in conventional lock-ins. The SR810 provides
uncompromised performance with an operating range of 1 MHz to 102 kHz and 100 dB of drift-free
dynamic reserve.
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Lock-In Digital Amplifier model SR810
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Oriel model 75160NF Optical Chopper System
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Cable, BNC male to male (2 meters long)
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Oriel TracQ Basic software
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Cable, BNC male to male (2 meters long)
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Cable, GPIB to USB
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U.S. and European power cords
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An electronic copy of this user's manual on a thumb drive
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MLIDA, Rev A
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