CT6EV503

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Trimmer Potentiometers are widely used in many different applications. They are an integral part of the circuit design because they are adjustable and allow for precise adjustments to component values. The CT6EV503 is a trimmer potentiometer with two variable terminals and one common terminal. The device is designed for surface mounting and can be used for a variety of adjustment functions, such as controlling the level of a desired parameter.

This product is specifically designed for use in automotive Electronic Control Units (ECUs). Its small size and low cost make it ideal for use in these applications. Its low profile design and unique mounting method mean that it can be used in the tight confines of some ECUs. Additionally, its low profile design also allows for mounting on the top surface of the ECU, which is not always possible with standard trimmer potentiometers.

The CT6EV503 is adjustable from one to twelve volts and operates from a 4.7kΩ resistor. The device itself is based on a ceramic-tipped variable resistor module that is actuated by a trip unisex switch. The resistor chip is polarized, which ensures that the correct value adjustment is made without causing any damage. This polarized design is essential for use in applications such as the automotive industry, where the correct setting must be determined before the component installation.

The potentiometer\'s working principle is relatively simple. An applied voltage across the resistor will create a change in the resistance across the terminals. By controlling the voltage applied, the resistance can be adjusted to a desired level, allowing for the precise control of parameters such as frequency, gain, output voltage, and current. Additionally, since the trimmer can be adjusted while the circuit is in operation, it is possible to fine-tune the device during the calibration process.

The CT6EV503 trimmer is an ideal choice when selecting a device for tuning or adjustment in an automotive application. Its low profile design and low cost make it a great option when space is tight or where cost is a factor. Additionally, its polarized design ensures that it will remain properly adjusted in the event of power loss or fluctuating voltages. This makes it an effective and reliable solution in automotive applications.

The specific data is subject to PDF, and the above content is for reference