H823K7DCA

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A through hole resistor is a type of resistor. It is designed to provide a number of electrical characteristics that can be used in a variety of applications. The H823K7DCA is one such resistor that has unique features and a wide range of applications.

The H823K7DCA resistor has a relatively high power rating of 12W in comparison to most other through hole resistors, which usually have a power rating of no more than 5W. Its low-profile design is versatile, allowing it to be mounted on a variety of substrates such as printed circuit boards and backplanes. This makes the H823K7DCA an ideal choice for applications that require higher power handling with minimal board space.

The H823K7DCA also features a wide operational temperature range, allowing it to operate in temperatures ranging from -55°C to +155°C. This feature makes the H823K7DCA suitable for use in extreme temperature environments such as those found in telecommunication and industrial control systems. The H823K7DCA has a resistance tolerance of ±1%, which is crucial in applications that require very precise and accurate resistance values.

The H823K7DCA resistor has a type of resistor element known as a metal film resistor. This type of resistor is very stable and produces minimal temperature drift when its resistance value is exposed to extreme temperatures. As such, the H823K7DCA is suitable for high precision and high-reliability applications. Additionally, this type of resistor has a very low noise factor, which is important for applications that require precise signals with minimal interference.

The H823K7DCA is suitable for a wide range of applications including automotive, medical, industrial, telecommunications, and consumer electronics. It is also compatible with a variety of lead-free soldering processes, allowing it to be used in lead-free PCBs.

In summary, the H823K7DCA resistor is a versatile and reliable through hole resistor. Its high power rating, wide operational temperature range, resistance tolerance of ±1%, and metal film resistor element make it suitable for a variety of high precision and high-reliability applications. Additionally, its low-profile design and lead-free compatibility mean it is ideal for applications that require minimal board space and lead-free soldering.

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