H8620RFCA

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Through hole resistors are an important electronic component for engineering applications. They are primarily used to reduce electrical current in circuits, and they are often found in areas such as consumer electronics, military applications, and other industrial settings. The H8620RFCA is a type of through-hole resistor developed for precision applications. This article will discuss the application field and working principle of the H8620RFCA.

The H8620RFCA is a thick-film and metal-oxide resistor intended for use in precision resistor networks. This device boasts low temperature coefficient, high stability, and reliable access to standard resistor values. It is ideal for applications in communications, instrumentation, medical, and industrial measurement systems. The H8620RFCA is available in a variety of forms including chip and surface mount.

The H8620RFCA is constructed from a silicon chip, copper conducting strips, and a layer of metal oxide. The device uses a special deposition process to create an ohmic path between the copper conductors and the metal oxide layer. The metal oxide layer acts as a resistor, which together with the copper conductors form an electrical bridge to limit the flow of current. The H8620RFCA also includes an additional layer of protective oxide to ensure the device is highly resistant to thermal and electrical shock.

The H8620RFCA is a very accurate, stable, and reliable resistor. It is capable of maintaining its resistance over a wide temperature range, making it an ideal choice for applications requiring a precision resistor network. It is also extremely robust and able to withstand high voltage and power surges as well as other environmental conditions. The H8620RFCA is easily integrated into a variety of applications with its wide range of form factors.

The H8620RFCA is an ideal choice for engineers designing and building applications where precision and accuracy are paramount. The device offers the perfect balance between precision and versatility, allowing the design engineer to tailor a resistor network to their specifications. The device is also highly reliable with a low level of environmental affect, allowing engineers to focus on other aspects of their application without worrying about component stability. Through hole resistors provide an efficient and cost-effective solution for engineers who need a precision resistor network in their applications.

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