Vishay 2310 Signal Conditioning Amplifier System

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Vishay 2310 Signal Conditioning Amplifier System

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Filter:

Characteristic: Low-pass active 2-pole Butterworth standard.
Frequencies (-3 + 1 dB): 10, 100, 1000 and 10 000 Hz and wide-band.
Outputs Filtered: Any 1 or 2 or all (switch-selected on PC board).

Amplifier Outputs:

Standard Output: + 10V at 5 mA, min.
Tape Output: + 1.414V (1 Vrms) at 5 mA, min.
Galvanometer Output: + 10V at 75 mA, min, current-limited at 100 mA, max (minimum load resistance for 0.05% linearity: 50Ω).
Galvanometer attenuator (0-100%) and zero adjust (+ 1V) on front panel.
Linearity at dc: 0.02%.
Any output can be short-circuited with no effect on others.

Playback:

Input: + 1.414V full scale; input impedance 20 kil ohms.
Gain: X1 to tape output; X7.07 to standard output.
Filter Selection: As specified above.
Outputs: All three as specified above.

Power:

105 to 125V or 210 to 250V (switch-selected), 50/60 Hz, 10 watts, max.

Signal Conditioning Amplifier System:

While the Model 2311 provides wider frequency response and more versatile excitation, both 2310 and 2311 Signal Conditioner/Amplifier Modules accept inputs from strain gauges, load/pressure/dc displacement transducers, potentiometers, RTD's and nickel temperature sensors, without any internal modification.

Specifications

All specifications nominal or typical at +23 deg C unless noted.

Input:

Strain Gauges: Quarter(120Ω or 1000Ω and 350Ω), half or full bridge (50 to 1000Ω). Dummy resistors installed.
Transducers: Foil or piezo-resistive strain gauge types.
Potentiometer: DCDT displacement transducer.

Excitation:

12 settings: 0.5, 0.7, 1, 1.4, 2, 2.7, 3.5, 5, 7, 10, 12 and 15 Vdc + 1%, max.
Current: 0-100 mA, limited at 175 mA, max.
Regulation (0-100 mA, + 10% line change): + 0.5 mV + 0.04%, max measured at remote sense point. (Local sense: -5 mV, typical, at 100 mA, measured at plug.)
Remote Sense Error: 0.0005%/Ω of lead resistance (350Ω load).
Noise and Ripple: 0.05% p-p, max (dc to 10 kHz).
Stability: 0.02%/deg C.
Level: Normally symmetrical about ground; either side can be grounded with no effect on performance.

Bridge Balance:

Method: Counter-emf injection at preamp; automatic electronic; dual range; can be disabled on front panel.
Ranges (auto ranging):
+ 5000 microstrain (1% bridge unbalance or 2.5 mV/V), resolution 2.5 microstrain (0.0012 mV/V).
+ 25 000 microstrain (5% bridge unbalance or 12.5 mV/V), resolution 12.5 microstrain (0.006 mV/V).
Balance Time: 2 seconds, typical.
Manual Vernier Balance: + 50 microstrain ( + 0.025 mV/V).
Interaction: Essentially independent of excitation and amplifier gain.
Storage: Digital; up to 2 years without line power.

Amplifier:

Gain: 1 to 11 000 continuously variable. Direct-reading.
+ 1% max of reading; + 0.5% max of full scale vernier setting.
Ten-turn counting knob (X1 to X11) plus decade multiplier (X1 to X1000).
Frequency Response (all gains >5, full output):
      dc coupled: dc to 25 kHz, -0.5 dB max.
                        dc to 65 kHz, -3 dB (typical at 40% output).
      ac coupled: 5 Hz to 25 kHz, -0.5 dB.
Input Impedance: 100 MΩ, min, differential or common-mode, including bridge balance circuit.
Bias Current: + 50 nA, typical each input.
Source Impedance: 0 to 1000Ω each input.
Common-Mode Voltage: + 10V.
Common-Mode Rejection (gain over X100):
Shorted input: 100 dB, min, at dc; 90 dB, min, dc to 1 kHz.
350Ω balanced input: 90 dB, typical, at 1 kHz.
Stability (gain over X100): + 2 microvolts/deg C, max, referred to input (RTI).
Noise (gain over X100, all outputs):
0.01 to 10 Hz: 1 microvolt p-p RTI.
0.5 Hz to 125 kHz: 5 microvolts rms, max, RTI