Interlink Electronics  

SPEC Sensors is making it easy for Internet of Things developers to integrate gas sensing in their products. Carbon Monoxide Alarms, Air Pollution Monitoring, Indoor Air Quality, and Breath Analysis are some of the gas sensing applications that demand high performance measurement. Electrochemical gas sensing technology is the preferred solution for these applications due to measurement performance and the ultra-low power consumption needed for battery operation. SPEC Sensors has overcome the physical size and mass market volume limitations that have constrained market adoption of electrochemical gas sensing in consumer products. The Digital Gas Sensor Developer Kit will allow OEMs to quickly integrate gas sensing into their application(s). 

The Original Force Sensing Resistor®

Interlink Electronics FSR™ 400 series is part of the single zone Force Sensing Resistor™ family. Force Sensing Resistors, or FSRs, are robust polymer thick film (PTF) devices that exhibit a decrease in resistance with increase in force applied to the surface of the sensor. This force sensitivity is optimized for use in human touch control of electronic devices such as automotive, electronics, medical systems, and in industrial and robotics applications. 

The New Standard in Force Sensing

Interlink Electronics' signature line of Force Sensing Resistors® are now available with even greater sensing ranges, giving engineers and product designers access to more potential applications than ever before. The FSR X 400 line of force sensors can detect and measure pressure from 0.3 N to 50 N while operating solo or as part of an array. A dependable workhorse, the robust sensor can withstand millions of actuations as well as harsh, dirty environments and extreme temperatures, making it a great option for applications in industries like robotics, medicine, automotive, and the IoT. Leveraging our 35 years of experience, Interlink's in-house team can work with clients to create custom sensing solutions that incorporate the FSR UX.

Membrane keypads can have non-tactile, metal dome tactile and polydome tactile keys or buttons. And a combination of different tactile effects and forces can be combined in one membrane keypad product. The same is true for embossing where membrane keypads can combine pillow, rim or dome embossing with flat non-embossed keys. Different sizes and shape of embossing can also be combined, even logos can be embossed.

• Metal Dome - stainless, nickel, gold
• Polydome Tactile - graphic circuit
• Pillow Emboss - shapes, size
• Operating Force
• Switch size