Being phase-sensitive carrier-demodulator instruments (rather than fully DC), these models are intended for applications involving transformer coupling to the transducer bridge (as with rotary-transformer torque sensors) and for applications requiring high sensitivity with optimum signal-to-noise characteristics—as, for example, where the electrical environment is especially noisy and there is a need for high amplification of low signal levels.

The Model 3178 Strain Gage Conditioner is the basic "Form 1" instrument.

Being phase-sensitive carrier-demodulator instruments (rather than fully DC), these models are intended for applications involving transformer coupling to the transducer bridge (as with rotary-transformer torque sensors) and for applications requiring high sensitivity with optimum signal-to-noise characteristics—as, for example, where the electrical environment is especially noisy and there is a need for high amplification of low signal levels.

The Model 3178 Strain Gage Conditioner is the basic "Form 1" instrument.

Being phase-sensitive carrier-demodulator instruments (rather than fully DC), these models are intended for applications involving transformer coupling to the transducer bridge (as with rotary-transformer torque sensors) and for applications requiring high sensitivity with optimum signal-to-noise characteristics—as, for example, where the electrical environment is especially noisy and there is a need for high amplification of low signal levels.

The Model 3178 Strain Gage Conditioner is the basic "Form 1" instrument.

These are highly accurate DC instruments for use with load cells, pressure sensors, and other strain gage transducers employing a 4-arm bridge.

The Model 3170 Strain Gage Conditioner is the basic "Form 1" instrument.

The Model 3270 Strain Gage Conditioner / Indicator is the "Form 2" instrument, providing vivid front-panel digital indication of measured values, scalable in desired engineering units.

These are highly accurate DC instruments for use with load cells, pressure sensors, and other strain gage transducers employing a 4-arm bridge.

The Model 3170 Strain Gage Conditioner is the basic "Form 1" instrument.

The Model 3270 Strain Gage Conditioner / Indicator is the "Form 2" instrument, providing vivid front-panel digital indication of measured values, scalable in desired engineering units.

These instruments accept inputs from various analog voltage sources, including DC-to-DC LVDT's, potentiometer-type sensors, Hall-Effect devices, photocells, current shunts, and the outputs of other instrument systems with various grounding configurations and voltage/impedance levels. 

The Model 3163 Analog Input Conditioner is the basic "Form 1" instrument.

The Model 3263 Analog Input Conditioner / Indicator is the "Form 2" instrument, providing vivid front-panel digital indication of measured values, scalable in desired engineering units.

These instruments accept inputs from various analog voltage sources, including DC-to-DC LVDT's, potentiometer-type sensors, Hall-Effect devices, photocells, current shunts, and the outputs of other instrument systems with various grounding configurations and voltage/impedance levels. 

The Model 3163 Analog Input Conditioner is the basic "Form 1" instrument.

The Model 3263 Analog Input Conditioner / Indicator is the "Form 2" instrument, providing vivid front-panel digital indication of measured values, scalable in desired engineering units.

These instruments accept inputs from various analog voltage sources, including DC-to-DC LVDT's, potentiometer-type sensors, Hall-Effect devices, photocells, current shunts, and the outputs of other instrument systems with various grounding configurations and voltage/impedance levels.

The Model 3163 Analog Input Conditioner is the basic "Form 1" instrument.

The Model 3263 Analog Input Conditioner / Indicator is the "Form 2" instrument, providing vivid front-panel digital indication of measured values, scalable in desired engineering units.

These instruments accept any type of AC or pulse input signal, single-ended or differential, irrespective of waveform.  Each instrument produces one standard 5 VDC output, each precisely proportional to the frequency of the source. 

These conditioners are useful for measuring rpm, flow, and other phenomena that can be sensed by frequency-generating devices like magnetic pickups or turbine flowmeters (see the applications listed below).

The Model 3140A Frequency Conditioner is the basic "Form 1" instrument.