MDPGLFS

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MDPGLFS (Micro-piezo domed push button low force switch) is a highly accurate, low power, pushbutton switch utilizing a unique dome construction that eliminates the need for a separate actuator and housing. This type of switch is most commonly used in applications requiring very low power operation, such as those found in medical, industrial, and consumer electronic devices. The low power operation allows for a much smaller footprint when compared to other types of switches. It has also been found to be an ideal candidate for use in battery powered devices.

The working principle of MDPGLFS is based on a unique mechanism. The switch consists of two parts: the dome and the actuator. The dome is made of a flexible material such as polyurethane, and is shaped so that it can accept a force from the actuator. When the actuator is pushed down on the dome, it causes the dome to deform and the contact points on the dome and the actuator to come into contact. This closes the circuit and an electrical signal is sent to the device.

The major advantage of using MDPGLFS for applications is its low profile. Since the dome does not require additional housing, it can be easily included in the device. The push button switch also requires very low power to operate, making it ideal for battery powered devices. Additionally, the contact points are extremely accurate, which allows for extremely precise operation.

MDPGLFS is ideal for use in pushbutton switches due to its low power operation, accuracy, and small profile. It is widely used in a variety of applications such as medical, industrial, and consumer electronic devices. MDPGLFS is relatively easy to install, and can be customized to fit the individual needs of the application.

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