Specifications - Stanford Research Systems SR530 Manual

SR530 Specification Summary
General
Power
Mechanical
Warranty
Signal Channel
Inputs
Impedance
Full Scale Sensitivity
Maximum Inputs
Noise
Common Mode
Gain Accuracy
Gain Stability
Signal Filters
Dynamic Reserve
Reference Channel
Frequency
Input Impedance
Trigger
Mode
100, 120, 220, 240 VAC (50/60 Hz); 35 Watts Max
17" x 17" x 5.25" (Rack Mount Included) 16 lbs.
Two years parts and labor.
Voltage: Single-ended or True Differential
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Current: 10 Volts/Amp
Voltage: 100 MΩ + 25 pF, ac coupled
Current: 1 kΩ to virtual ground
Voltage: 100 nV (10 nV on expand) to 500 mV
100 fA to 0.5 µA
Current:
Voltage: 100 VDC, 10 VAC damage threshold
2 VAC peak-to-peak saturation
Current: 10 mA damage threshold
1 µA ac peak-to-peak saturation
Voltage: 7 nV/√Hz at 1 kHz
Current: 0.13 pA/√ Hz at 1 kHz
Range: 1 Volt peak; Rejection: 100 dB dc to 1KHz
Above 1KHz the CMRR degrades by 6 dB/Octave
1% (2 Hz to 100KHz)
200 ppm/°C
60 Hz notch, -50 dB (Q=10, adjustable from 45 to 65 Hz)
120 Hz notch, -50 dB (Q=10, adjustable from 100 to 130 Hz))
Tracking bandpass set to within 1% of ref freq (Q=5)
(1 µV to 500 mV sensitivity)
20 dB LOW
40 dB NORM (100 nV to 50 mV sensitivity)
60 dB HIGH (100 nV to 5 mV sensitivity)
Bandpass filter adds 20 dB to dynamic reserve
Line Notch filters increase dynamic reserve to 100 dB
0.5 Hz to 100 kHz
1 MΩ, ac coupled
SINE: 100 mV minimum, 1Vrms nominal
±1 Volt, 1 µsec minimum width
PULSE:
Fundamental (f) or 2nd Harmonic (2f)
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