H85K0BDA

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The term "H85K0BDA application field and working principle" is used to refer to through hole resistors. A through hole resistor is an electrical component used in various industries to resist the flow of electric current. They are typically used to decrease the flow of electric current in a circuit, and to control the amount of power going to the circuit, providing more stability and safety for the particular device in which the resistor is installed. A through hole resistor consists of a nonconductive body that contains a resistive wire or a metal resistor. The resistor is surrounded by a nonconductive film, which protects the resistor from mechanical or electrical damage. The resistor is then connected to the circuit board or other application through a pair of leads. Depending on the type of device, the resistor\'s size and shape may vary. Through hole resistors come in many different sizes. Some smaller resistors are as small as a dime, while some larger resistors can be as large as a quarter. The resistors also come in various values, ranging from low-power resistors to high-power resistors. The most common types of through hole resistors are the Carbon Film and Metal Film resistor.The Carbon Film resistor is the most widely used and typically has a minimized inherent inductance. It consists of a carbon-film core which is coated with ceramic and encased in a plastic mold. Carbon film resistors also have an excellent temperature coefficient of resistance specification and have good manufacturing tolerances. The Metal Film resistor has a lower temperature coefficient of resistance and a higher thermal stability. It has a metal film core that is encased in a similar plastic body as the Carbon Film resistor. Metal Film resistors have a much higher resistance per watt rating than the Carbon Film resistor.Through hole resistors are also available in many shapes and sizes as well. The most common types are round, rectangular, and square shape. The standard tolerances for through hole resistors range between 0.05 and 5%. Through hole resistors are used in many applications such as audio equipment, electrical equipment, consumer electronics, medical devices, automobiles, and robotics. They are used to limit and control current, provide voltage division, stabilize high power currents, protect sensitive components, and provide electrical isolation in circuits. When it comes to installation, through hole resistors are generally attached to the board or application with a soldering iron. This allows for further stability and reliability of solder joints for the particular device in which the resistor is being used. The soldering process is critical to ensure a strong and secure connection that will last the life of the device.In conclusion, through hole resistors are invaluable components, providing essential stability and control over current and voltage in myriad applications, from consumer electronics to robotics. They are available in a variety of shapes, sizes and values to suit almost any application. The soldering process is critical to ensure a secure and reliable connection and the longevity of the device. Through hole resistors have become a mainstay in modern technology and have developed into an essential component in today\'s world.

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