XP3B-3829-5050-1-T/S

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Contacts, Spring Loaded and Pressure

The XP3B-3829-5050-1-T/S is part of a line of micro switches that provide the control and monitoring capabilities with minimized contact resistance and long electrical life. Specifically designed for limited space applications where maintaining higher levels of precision and easing the process of connecting wires are paramount. It is reliable, durable, and cost effective, providing a consistently reliable operation life. The micro switch has two internal components, the contacts and the actuator, which enable the switch to perform its intended functions.

Application Field

The XP3B-3829-5050-1-T/S micro switch is widely used in a variety of applications, such as automotive, industrial, military, telecommunications, and medical. At the automotive level, it is used in fuel tanks to monitor levels. In the telecommunications industry, it is used in switching systems and for FSK modulation or other applications. In the medical field, it is used for patient monitoring, safety control, and for gaining access to restricted areas. At the military level, the switch is used in weaponry, navigation systems, and communications. Generally, the micro switch can be used in any application requiring a reliable and durable switch.

Working Principle

The micro switch uses a spring loaded actuator that requires force for actuation. The contacts are arranged in tandem, such that when the actuator is depressed, the ‘on’ electrical connection is sensed, while the ‘off’ is sensed when the actuator is released. The force applied to the actuator affects the state of the switch, as the contacts snap open and close with the application of suitable force. The amount of force applied to the switch determines the values of resistance and capacitance.

The XP3B-3829-5050-1-T/S micro switch can switch between high and low states when a predetermined amount of force is applied. The switch becomes ‘open’, or activated, when the force applied is more than the rated values, while it becomes ‘closed’ when the force applied is less than the rated values. The type of force applied also affects the switching cycle; with a slow application of force resulting in low frequency cycle, and a rapid application of force resulting in a high frequency cycle.

The XP3B-3829-5050-1-T/S micro switch can be used in a variety of applications and has proven to be reliable and durable. It is an invaluable tool in providing precision controlled switching functions for many applications. Its ability to provide precise control of electrical connections in limited space provide an added level of safety and efficiency to many industries, and is a critical component in modern design.

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