2174213-3

The code numbered 2174213-3 references a particular type of highly efficient, adjustable, timer-controlled solid-state electrical switch. Its purpose is to simplify the complex process of controlling power to an electric circuit in order to regulate its operations. This device is particularly useful in applications in which precise control over power is essential. It is also the ideal choice for applications where environmental conditions must be closely monitored or controlled for safety or convenience.

The most prominent use of the 2174213-3 switch is in the automotive industry. It is used in remote keyless entry systems, start-stop systems, interior lighting systems, and other driver convenience applications. The timer-controlled mechanism allows for the switch to be activated for a set period of time, with the ability to reset after a given elapsed time. It also offers the option to reset the switch without discharging any current in the circuit. This makes it a great option for safety-critical applications, such as airbag deployment systems.

The 2174213-3 switch can also be found in various industrial applications. It is used in circuit boards, electronic appliances, HVAC systems, and relay systems. It is also used in medical equipment, where precise timing is crucial for patient safety. Its precise operation also makes it ideal for controlling the timing on sprinklers, drip systems, and other water-based applications.

The working principle behind the 2174213-3 switch is relatively simple. This device uses an integrated circuit that contains a timer circuit, a switch, and a power supply. The timer circuit is designed to activate the switch after a set period of time. Once activated, the switch flips the power supply to the correct voltage, and allows for limited current to flow through the circuit. The timer can also be programmed to reset after another predetermined time period.

In summary, the code 2174213-3 references a highly efficient, adjustable, timer-controlled solid-state electrical switch. It is most commonly used in the automotive and industrial fields, and is an ideal choice for applications where precise control over power is essential. It functions by using an integrated circuit that contains a timer circuit, a switch, and a power supply, allowing it to activate for a certain amount of time before resetting.