The J2 series of strain gauge based force transducers provide analog output proportional to the force applied to the button. The J2-S4 bottom mount transducer offers short travel, full bridge circuit, a concave button style, and 1 million cycle life.

The strain gauge technology compensates for outside influences, like temperature, allowing the transducer to maintain accuracy even in the most demanding environments.

The J2-S4's threaded bushing case offers a secure switch retention method for a wide range of panel thicknesses.

Applications include flight control of aircraft, operating ground vehicles, and cursor control or target acquisition.

The J2-S5 Series of strain gauge based force transducers provide an analog output proportional to the force applied to the button. The J2-S5 also offers a built-in pushbutton full bridge circuit, infinite resolution, and a up to 1 million cycle life.

This transducer compensates for outside influences, such as temperature, to maintaining accuracy even in the most demanding environments.

Applications include flight control, operating ground vehicles, and cursor control or target acquisition.

The J4 Hall effect transducer, like a strain gauge based transducer, converts an input force to a linear output voltage. However, the J4 is a cost effective alternative to a strain gauge type transducer. The J4 construction is rugged enough for the most demanding applications.

The J4’s shorter travel offers the benefit of minimal movement required for analog voltage output change. In addition, the J4 offers the benefit of a higher output voltage than a traditional strain gauge transducer with the same input voltage.

The J4 can be used for applications such as cursor control, target acquisition or any place precise input control is required. The J4’s short behind panel depth means it can be used in an OTTO grip or can be panel mounted.

The OTTO transducer takes a force input of up to 3 lbs. and converts it into a linear voltage output on an X and Y axis. Utilizing semiconductor strain gages in a Wheatstone bridge configuration, very small changes in force can be detected to produce an output voltage. Output voltages are ratiometric (proportional) to the supplied input voltage. We offer short travel, short travel with a pushbutton, long travel, and long travel with a pushbutton. Custom cases, buttons, and wires are available upon request.

The OTTO transducer takes a force input of up to 3 lbs. and converts it into a linear voltage output on an X and Y axis. Utilizing semiconductor strain gages in a Wheatstone bridge configuration, very small changes in force can be detected to produce an output voltage. Output voltages are ratiometric (proportional) to the supplied input voltage. We offer short travel, short travel with a pushbutton, long travel, and long travel with a pushbutton. Custom cases, buttons, and wires are available upon request.

The OTTO transducer takes a force input of up to 3 lbs. and converts it into a linear voltage output on an X and Y axis. Utilizing semiconductor strain gages in a Wheatstone bridge configuration, very small changes in force can be detected to produce an output voltage. Output voltages are ratiometric (proportional) to the supplied input voltage. We offer short travel, short travel with a pushbutton, long travel, and long travel with a pushbutton. Custom cases, buttons, and wires are available upon request.