8T114Z15PN-LC

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The 8T114Z15PN-LC, manufactured by Amphenol Advanced Sensors, is a miniaturized force-sensing resistor, otherwise known as a force-sensitive resistor (FSR). It has a highly durable construction, with small size and low profile making it ideally suited for a wide array of applications. This article delves into the uses and working principles of the 8T114Z15PN-LC.

A force-sensitive resistor (FSR) is a thin polymer film that changes its electrical resistance when a mechanical force is applied to it. The 8T114Z15PN-LC is a robust, yet small FSR array consisting of 2 force-sensing resistors with a thickness of only 0.2 mm and an area of just 14.6 mm2. This makes it a great choice for applications where space is a factor. It is capable of sensing forces anywhere from static to dynamic, making it a versatile device.

The various applications of the 8T114Z15PN-LC include force/pressure sensing, switch triggers, and tactile sensing; the device is also ideally suited for a range of robotics and automation tasks. Force sensing is an important feature, enabling the device to detect force changes over a range of speeds and directions. This allows the device to detect and measure even the slightest changes in force, enabling precise control. For switch triggers, the device enables the creation of accurately calibrated switch contacts, providing stable and repeatable actuation.

The 8T114Z15PN-LC is a great option for tactile sensing applications, providing extremely durable construction and the ability to detect even light forces. It is also able to sense in difficult environments, as its self-healing polymer layer works to ensure continual performance regardless of the environmental conditions. Lastly, its small size and low profile make it an ideal choice for a range of robotics and automation applications, such as measuring or controlling the position of a movable component.

The working principle behind the 8T114Z15PN-LC is the same as for all FSRs; when an external mechanical force is applied to the device, the electrical resistance across the sensor changes. This change in resistance is then converted into a voltage or current signal which can then be used to detect the applied force. The 8T114Z15PN-LC is unique in that it has an ultra-thin polymer film layer, made from a proprietary self-healing material, allowing it to detect even the slightest changes in force.

In conclusion, the 8T114Z15PN-LC, is a miniaturized force-sensing resistor with myriad uses. Its small size, low profile, and robust design make it an ideal choice for a range of applications, including force sensing, switch triggers, and tactile sensing. Its working principle is the same as any FSR—when a mechanical force is applied to the device, the electrical resistance across the sensor changes, resulting in a corresponding change in voltage or current. Overall, the 8T114Z15PN-LC is a truly versatile device, capable of providing reliable and accurate results in any environment.

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