34-00004

34-00004 Application Field and Working Principle

Touch sensors, also known as tactile sensors, are devices that use a wide variety of technologies to detect objects that are in close proximity to their reciever. These sensors are typically used to detect touch gestures, such as buttons, switches, and knobs, in automotive, industrial, and consumer electronics applications. Touch sensors are growing in popularity as users demand faster, more intuitive user interfaces.

The touch sensor of the 34-00004 model utilizes capacitive sensing technology, which works by generating an alternating current (AC) on a sensor field that, when an object is present close enough to the sensor, induces a change in this AC. This change is then measured and used as a trigger for whatever action is programmed, as with a touchscreen. With capacitive sensing technology, the distance between the object and the surface doesn’t have to be too close, making it ideal for applications where space is limited.

The 34-00004 touch sensor is ideal for applications that require fast, accurate, and reliable response. Additionally, the robust construction of the touch sensor ensures it will continue to provide reliable detection even in rugged environments with up to 85% relative humidity. The touch sensor is also resistant to dust, dirt, and other debris, making it perfect for use in engineering, manufacturing, and other industrial applications.

In addition to its great durability, the 34-00004 touch sensor also offers superior accuracy and response time. With its patented connection technology, the touch sensor provides a response time of just 24 microseconds, which is significantly faster than traditional tactile feedback components. Furthermore, it is designed to detect objects down to 0.03 mm accuracy, meaning users can always be sure of the sensor’s accuracy.

The 34-00004 touch sensor is a great solution for applications that need fast and reliable tactile feedback. Its capacitive sensing technology ensures it will work reliably in any environment, from cleanrooms to industrial facilities. Additionally, its fast response time and high accuracy make it perfect for applications where precise feedback is essential.