T63YB105KT20

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Trimmer potentiometers are programmable electrical components that are used in a variety of devices to control movement and measure current. They are designed to be adjustable, enabling users to implement varied resistance levels into their circuit. The T63YB105KT20 is a type of trimmer potentiometer manufactured by Bourns Inc. and is the ideal solution for applications that require a small and self-adjusting component.

Application Field of T63YB105KT20

The T63YB105KT20 is ideal for applications that require a small, self-adjusted component. It is made of a plastic housing with an internal wiper which can be adjusted using a turning knob. It is widely used in television sets, cameras, medical instruments, security systems, and other devices. It can also be used to control audio levels, digital volume control, and more. It has two terminals, one at each side of the wiper, and is able to carry up to a maximum current of 0.2 Amps.

Working Principle of T63YB105KT20

The working principle of the T63YB105KT20 is based on a wiper movement along a resistive element. When the wiper is adjusted, the resistance between the two terminals varies hence changing the current flow. The product achieves its self-adjustment by forming a three-terminal network and by the use of a center-tapped element. Electrical current optimizes and prevents changes in output due to imperfections of the resistive element. The plastic housing of the T63YB105KT20 ensures a convenient and stable product.

Conclusion

The T63YB105KT20 is an ideal solution for applications that require a small, self-adjusting component. It is most widely used in television sets, cameras, medical instruments, security systems, and other devices. The product is designed with a plastic housing and internal wiper which can be adjusted using a turning knob. Its working principle is based on a wiper movement along a resistive element, varying the resistance between the two terminals. The product optimizes the output current and prevents changes due to imperfections of the resistive element.

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