CB10LV105M

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Introduction to Trimmer Potentiometers

Trimmer potentiometers are device used for adjusting the values of an electrical resistance. Often known as trim pots, they are used in almost all electronics and electrical assemblies to finely adjust the parameters of the components. They are meant to be used in production as an initial final set up, or for precision voltage or current adjustments.

CB10LV105M Trimmer Potentiometers

The CB10LV105M is a small form factor, high precision trimmer potentiometer. Its compact form factor makes it ideal for applications with limited space. It is designed for use in environments that require reliable high-accuracy adjustable voltage operation. This item is manufactured by Conronix, a leading supplier of quality trimmer potentiometers.

CB10LV105M Application Field and Working Principle

The CB10LV105M trimmer potentiometer has a wide range of potential applications. It can be used to precisely adjust the voltage applied to any electronic system, allowing you to save power while ensuring accuracy. It has a wide range of motion, up to 1.5V, allowing you to make very small adjustments to the voltage. The CB10LV105M is designed to be adjustable and reliable, ensuring that no matter what conditions the device is placed in, it will still be able to adjust the voltage accurately.

The working principle behind the CB10LV105M is very simple. The potentiometer is connected to the voltage source and is adjusted using a small screw or knob on the side of the component. As the knob is moved, the resistance of the potentiometer is adjusted, increasing or decreasing the applied voltage. This ensures that the voltage applied to the system is precisely adjusted and meets the desired specifications.

Conclusion

The CB10LV105M is a high precision, small form factor trimmer potentiometer. It is designed with reliability and accuracy in mind, allowing it to be used in a variety of environments. It is ideal for controlling and adjusting the voltage applied to any electronic system, allowing maximum flexibility and precision. The working principle is very simple and straightforward and can be easily understood.

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