SIGNAL CONDITIONERS Isolated Signal Conditioner:Function Math Computation Modules【16】

Extracts the square roots of DC current or voltage signals and converts them into commonly used DC signals.

Converts the ratio and bias of DC current or voltage signals.
Y = KX + B (positive gain),
Y = KX + B + F (negative gain)

Converts the ratio and bias of DC current or voltage signals.
Y = K(X+B) (positive gain),
Y = K(X+B) + F (negative gain)

Receives two DC current or voltage signals and outputs a signal proportional to the sum of those signals.

Receives two DC current or voltage signals and outputs a signal proportional to the difference of those signals.

Receives two DC current or voltage signals and outputs a signal proportional to the difference of those signals. This model features a fast response time of 400μsec (0 to 90%).

Receives two DC current or voltage signals and outputs a signal proportional to the result of an arithmetic operation (addition, subtraction, multiplication or division).

Compensates for variations in temperature, pressure, or differential pressure for accurate flow calculation.

Converts DC current or voltage signals with polarity into absolute value signals.

Amplifies DC current or voltage input signals, converts them into split range control signals, and provides isolated dual output. Available in two output variants: V-shaped and parallel characteristics.

Converts the ratio and bias of DC current or voltage signals.

Converts the ratio and bias of DC current or voltage signals.

Detects a temperature difference between two 2-wire RTD's and converts it into commonly used DC signals.

Receives two DC current or voltage signals and outputs a signal proportional to the result of an arithmetic operation (addition, subtraction, multiplication or division).

Amplifies DC current or voltage input signals, converts them into split range control signals, and provides isolated dual output.

Suggested replacement model: MS3768 (Similar specifications are available.)