H864K9DYA

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The H864K9DYA resistor is used in a variety of applications, such as high-temperature, low voltage, low-power applications, and high voltage DC supplied circuits. It is commonly referred to as a “Through Hole” resistor. Through hole resistors allow for greater flexibility in design, allowing for varied selections of package sizes, terminals, leads, mounting patterns, and more.

H864K9DYA resistors have a nominal resistance value of 68.9 Ω and a tolerance of 5%. This nominal resistance value is slightly higher than other through hole resistors, which makes it suitable for applications such as power supplies, DC/DC converters, high-efficiency switching power supplies, battery-powered applications, medical devices, and cooling systems.

The H864K9DYA resistor is also designed to have a low power dissipation. It is capable of handling repeated pulsed loads up to 1.5 watts without overheating, making it suitable for high-power applications. The insulation resistance is very low, meaning it is largely unaffected by environmental conditions such as temperature, humidity, and radiation. This makes it suitable for use in many applications across a broad range of industries, including industrial, automotive, aerospace, defense, civil engineering, medical, and consumer products.

The operating principle of the H864K9DYA resistor is based on the principle of Ohm’s law. This states that the current—or flow of electrons—through a resistor is inversely proportional to the applied voltage. The resistance of the resistor is related to the voltage applied across it and is expressed in ohms, which is equal to the voltage divided by the current. The higher the resistance, the lower the current across the device and the less power consumed by the device.

The H864K9DYA Through Hole Resistor is able to handle high ambient temperatures, making it suitable for applications such as automotive, power supplies, and battery-powered elements. Its construction is simple and robust, making it reliable in high voltage, high force, and heavy load conditions. It is often used in a variety of applications in a wide range of industries, and as such, is preferred by many industrialists and engineers.

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