H8845RFDA

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Through Hole Resistors refer to resistors with leaded bodies for use in through hole mounting. They are designed to be soldered in place for use in the device or module. H8845RFDA is a type of through hole resistor which is a high-power thick film SMD resistor. It has high power ratings up to 3W, requiring only 1/10 of physical size of the conventional types of resistors.

The H8845RFDA has many applications, including industrial equipment control, communication devices, power tools, power supplies, DC-DC converters, light dimmers, and many other applications. It has superior long term stability, excellent thermal shock and frequency performance. It also has the advantages of low ESR and low insulation resistance.

The working principle of H8845RFDA is based on the voltage divider. It is designed to provide the voltage divider effect by way of the electrical charge stored between two metal plates. The voltage divider is created when the plates are electrically coupled with the charge stored in them, and the resistance between the plates. By increasing the resistance between the plates, more charge can be stored and in turn more voltage can be given to the device or circuit. This makes the H8845RFDA a very useful resistor for providing protection against overvoltage and other faults.

The H8845RFDA is able to provide many options for operation, including a high resistance range, high power operation, and a wide temperature range operation. The chip takes up 1/10 of the space compared to traditional resistors, making it perfect for the tight spaces of modern equipment. The resistor also has superior long term stability, high power rating and thermal shock resistance.

The H8845RFDA through hole resistor is a great choice for industrial equipment control, communication devices, power tools, power supplies, DC-DC converters, light dimmers and many other applications. It provides high power ratings up to 3W with high accuracy resistance values ranging from 0.1 ohms up to 10K ohms. The chip is designed for use in space constrained applications and has a high long term stability, excellent thermal shock and frequency performance. The resistor also has low ESR and low insulation resistance, making it an optimal choice for many applications.

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