Specifications - Stanford Research Systems BJT SIM911 Operation And Service Manual

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Specifications
Performance Characteristics
Input voltage noise (RTI, gain
General Characteristics
Frequency range
Gain accuracy
Gain stability
Input current noise
Input impedance
Input Bias Current (DC)
Output impedance
AC coupling frequency
Input selection
Input coupling
Input shields
Maximum input, di erential
Maximum input, common-mode
Maximum output voltage
Maximum output current
Maximum slew rate
O set stability
Operating temperature
Connectors
Dimensions
DC to 1 MHz; 3 dB @ 1.9 MHz, typ.
Gain
1, 2, 5, 10, 20, 50, 100
0.5 % DC to 100 kHz
5 % @ 1 MHz, typ.
200 ppm C
10)
1.8 nV
Hz@ 1 kHz, typ.
gain 1
12 nV
Hz@ 1 kHz, typ.
1.2 pA
Hz, typ.
100 k
35 pF
4 A, typ.
50
0.7 Hz 3dB
A, A B, GND
AC or DC
Floating or ground
1 V before overload
5 V
clamped at 6 V
10 V before overload
100 mA before overload
0.23 V s RTI, typ.
2.5 V s RTO, typ.
CMRR
85 dB @ 1 kHz
10 ppm C max
0 C to 40 C, non-condensing
Power
5 V (50 mA typ., 100 mA max.)
15 V (50 mA typ., 300 mA max.)
Interface
Serial (RS-232) through SIM interface
BNC (3 front, 1 rear)
DB–15 (male) SIM interface
Weight
1.5 lbs
1 5 W
3 6 H
General Information
7 0 D
SIM911 BJT Preamp

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