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MLIDA, Rev A
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.
Lock-In Digital Amplifier model SR810
Oriel model 75160NF Optical Chopper System
Cable, BNC male to male (2 meters long)
Oriel TracQ Basic software
Cable, BNC male to male (2 meters long)
Cable, GPIB to USB
U.S. and European power cords
An electronic copy of this user’s manual on a thumb drive
