LC717A10AR-NH

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The LC717A10AR-NH is a high performance capacitive touch sensor, developed and manufactured by Panasonic. This precision device allows human to interact with electronic devices in an intuitive and responsive way. It is widely used in industrial and consumer applications where enhancing user experience and promoting people-device interaction is needed.

This capacitive touch sensor is specially designed for microcontroller use. The LC717A10AR-NH uses charge coupled devices and internal ICs to measure capacitance with high precision and accuracy. It can detect even the slightest touch, even when located through a non-metallic covering material such as plastic, glass or insulation film. The onboard filter reduces noise in environments with strong electrical interference, such as automotive or industrial systems.

The LC717A10AR-NH is highly sensitive to capacitance changes in the range of 10pF, allowing verythin and flexible sensors to be used. It also has a fast response time, and will accurately detect touches within milliseconds. Thanks to its small form factor and its low power consumption, the LC717A10AR-NH can be used in battery operated systems with limited space.

The operating principle of the LC717A10AR-NH is based on capacitance measurement. This technique is based on measuring the electrical change when a finger or other conductive object touches a capacitor. When a finger or other conductive object touches a capacitor, a small current flows between them due to their capacitance. By measuring this current, the LC717A10AR-NH can accurately detect objects and the touch position.

The LC717A10AR-NH is designed for a variety of applications including industrial and consumer. The sensor can be used as a touch input device for user interfaces, such as display menu buttons, touch pads, jog wheels, and other tactile controls. Its small form factor and low power consumption makes it ideal for use in automotive and medical systems.

In addition, the LC717A10AR-NH is an excellent choice for interactive displays, kiosks and digital signage, since it can detect both touches and proximity. It can be used to create virtual buttons and menus on displays, or to turn the display off when it is not being used. The sensor is also ideal for use in home and office automation, such as lighting, motor control, HVAC and smart home applications.

The LC717A10AR-NH capacitive touch sensor is a highly accurate, low power, and small form factor device with an operating principle based on capacitance measurement. It is an ideal choice for a wide range of applications including industrial, consumer, automotive, and medical systems. The device can be used to create interactive user interfaces, while also providing excellent proximity detection capabilities.

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