H812KFDA

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Through Hole Resistors come in a variety of resistive forms and are used in many applications. One particular type of through-hole resistor is the H812KFDA. This is a low-cost surface mount chip resistor, which can be adapted to various applications.

The H812KFDA through hole resistor is constructed of nickel chromium alloyed metal with alternating layers of copper and tin providing good electrical contact, as well ashigh resistance across the element.

It is designed to provide a reliable and repeatable resistance value with very low temperature coefficients and low noise levels. It is also able to handle operating temperatures from -55°C up to 175°C and has high pulse and voltage grading that improves reliability and overall performance.

The H812KFDA through hole resistor is suitable for use in a wide range of different applications, from automotive and industrial electronics to medical devices and communications systems. It is also suitable for use as a sensing element and can be used in audio applications such as microphones and speakers.

This through hole resistor is also ideal for filtering applications such as DC signal processing circuits, as its design minimises noise generated by parasitic capacitances on the board. Its high resistance is ideal for high voltage applications as it reduces the power dissipation over the component.

The H812KFDA through hole resistor is made of a mixture of nickel-chromium alloyed metal, which is sandwiched between alternating layers of copper and tin. This design allows for a uniform electrical contact and resistance across the entire element, ensuring a reliable performance. Its robust construction has excellent resistance to thermal and mechanical shock and vibration, so it is suitable for use in a variety of environments.

The H812KFDA through hole resistor has excellent performance characteristics such as very low temperature coefficients and low noise levels, which make it suitable for a wide range of applications, from audio systems to medical equipment. Its construction ensures reliable performance over its lifetime, providing reliable and repeatable resistance values regardless of temperature or environmental conditions.

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