H834R8DZA

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H834R8DZA is a type of through hole resistors. Through hole resistors are composed of a ceramic core with a conductor bar across it and two connecting lead wires. This type of resistor is commonly used in applications that require a greater amount of current than what a surface mount or chip resistor can provide, such as automotive, industrial, and military applications.

The H834R8DZA has a resistor value of 10 ohms, a tolerance of 5%, and a rated power of one watt. It is designed for temperature range of 125°C with a maximum of 150°C. The lead wire length is 8mm. This resistor can be rated to 625W for circuit boards at 125°C using copper traces. The H834R8DZA resistor can be mounted on a circuit board using either through hole reflow soldering or wave soldering. Their resistance values are relatively stable over a wide temperature range.

The working principle of the through hole resistor is simple. It consists of two dissimilar metals that form a resistor when connected to a power source, such as a battery. When the battery is connected, current flows through the resistor, creating a voltage drop across it, which results in a resistance value across the resistor. This resistance value is determined by the resistance of the particular type of resistor and the amount of current that is flowing. The resistance of the resistor is usually represented in ohms.

The H834R8DZA is primarily used in applications that require a high power consumption and/or a durable design. It is often used in automotive, military, and industrial applications. It is also commonly used in motor control circuits, solenoid control applications, power supply circuits, circuit protection, and other related applications. Additionally, it is typically suitable for use in situations where high current and/or voltage protection are necessary.

The H834R8DZA is an insulated, high wattage resistor with high power capabilities. It is a simple yet durable device that offers reliable performance in a variety of applications. It is often used in industrial or automotive applications and is capable of providing superior performance in tough operating conditions. It is designed to provide reliable performance in applications that demand high current and/or voltage protection.

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