H852K3BYA

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Through Hole Resistors are a type of resistors that are widely used in all kinds of electronic device designs. H852K3BYA is a through hole resistor designed to provide the resistor with a greater level of reliability and accuracy than bar-wire or leaded resistors.

H852K3BYA is a popular through hole, ten-turn, variable resistor. It was designed to improve the tuning accuracy of different electronic circuits, including radio receivers, and is often used as a potentiometer in audio applications. The resistor features platinum contacts which increase its accuracy and resistance to thermal and mechanical stress. It also has a wide operating temperature range, making it suitable for use in many different types of electronic devices.

The key feature of the H852K3BYA is its design. Unlike other resistors, it is constructed vertically, meaning that the resistor is deep within the board, rather than sitting flat on the surface. This design ensures that the resistor is less susceptible to environmental factors, such as dust and moisture, which can cause corrosion to resistors constructed in other ways. The through hole also increases the stability of the resistor and reduces the risk of it being accidentally damaged.

In terms of its working principle, the H852K3BYA resistor works using the ring motion of platinum contact pads that are connected to the end of each lead and rotates as the knob is rotated. As the knob is turned, the resistance value of the resistor increases or decreases accordingly. The knob also has a built-in locking feature which prevents sudden changes in the resistance from occurring. This helps to ensure the reliability of the resistor.

The H852K3BYA is an invaluable component for the design of electronic devices. Its reliable, functional design guarantees superior performance and a long working life. Its application field is versatile, and it is widely used in different types of audio products, as well as in other industrial equipment and electronic devices. It is also extremely reliable and resistant to thermal and mechanical stress, meaning that it is suitable for use in harsher environments.

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