H836K5DCA

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Through Hole Resistors are essential components used in many electronic circuits, providing resistance to the flow of electricity. The H836K5DCA is an ideal type of through hole resistors for a variety of applications. This document will discuss the types of applications for which these resistors are suitable and the working principles behind them.

For most applications, the H836K5DCA through hole resistor is the ideal component, due to its low cost, size, and high performance. It is especially beneficial for use in high temperature environments, with a temperature range of -40°C to +225°C. These resistors are suitable for a wide range of electronics applications, such as: circuit protection, motor control, voltage regulation, signal processing, instrumentation, and more.

The H836K5DCA through hole resistors are manufactured with a rugged metal-oxide film over a ceramic base. This metal-oxide film acts as a resistor to the flow of electrical current, creating a fixed amount of electrical resistance. The amount of resistance depends on the thickness of the metal-oxide film and the amount of current applied. The larger the current, the larger the resistance. As the temperature of the environment increases, the resistance of the resistor increases.

The H836K5DCA through hole resistor provides excellent stability over time, as it has been tested to be within 0.2% stability over 25 degrees. In addition, the resistance of the resistor is also very precise, with a tolerance of only ±5%. This ensures accurate measurement of the current, with minimal margin of error.

The H836K5DCA is also designed with a rugged construction and can withstand the rigors of continuous use. It is RoHS compliant and is UL, CUL, VDE approved for safe and dependable use. The resistors are also waterproof, and can be used in damp or wet areas.

When installing the H836K5DCA resistor, it is important to ensure that the leads are properly placed into the holes of the board. This is to ensure that there is a proper electrical connection and that the resistor is securely mounted. Once properly installed, the resistor should provide a fixed resistance for the application.

In summary, the H836K5DCA through hole resistor is an ideal component for various electronics applications. Its low cost, size, and high performance are ideal for temperature ranges between -40°C and +225°C. Its metal-oxide film provides a fixed amount of resistance based on the amount of current applied. It also provides excellent stability over time, with minimum tolerance of ±5%. When installed, it provides a secure electrical connection, ensuring accurate measurements of current.

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