72XWR10KLF

Introduction

Trimmer potentiometers are surface-mountable devices for adjusting resistance. They come in a variety of shapes and sizes, and are most commonly used as adjustable voltage sources in electronics applications. The 72XWR10KLF is a recently developed model of trimmer potentiometer.

Application Field

The 72XWR10KLF trimmer potentiometer is primarily used for voltage and current adjustment in various power circuits. It is also used in digital electronics and data communication systems where precise and stable resistive voltage is required. It is also widely used in medical and automotive applications, due to its high-accuracy performance.

Working Principle

The 72XWR10KLF is a trimmer potentiometer with a resistance of 10k Ω. Its working principle is based on electrostatic capacitance. An integrated switch is used to adjust resistance. The 72XWR10KLF has a single adjustable wiper that can be moved by externally applied voltage or current.

The 72XWR10KLF has a three-terminal design. The first terminal is the fixed contact, from which the resistance is measured. The second terminal is the adjustable contact, which is connected to the wiper. When the voltage or current is applied to the wiper, it produces a change in resistance. The third terminal is the actuating terminal, where a voltage or current is applied to the wiper.

The 72XWR10KLF is designed with a linear resistance curve. This ensures accurate adjustment and uniform performance over the entire range of the adjustable contact. It is also designed for low power consumption, and is capable of dissipating heat efficiently.

Conclusion

The 72XWR10KLF is a trimmer potentiometer with a resistance of 10k Ω. It is used for voltage and current adjustment in various power circuits, such as digital electronics and data communication systems. Its working principle is based on electrostatic capacitance, and it has a single adjustable wiper that can be moved by externally applied voltage or current. It is designed with a linear resistance curve and low power consumption, and is capable of dissipating heat efficiently.