H8215RDYA

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The H8215RDYA is part of the wide range of through hole resistors that are commonly used in electronics and electrical engineering. This type of resistor is typically made of a single or multiple conductive areas of metal or alloy that are insulated on a ceramic substrate. The term ‘through hole’ refers to the way by which penetrating electrical contacts are made, providing a convenient way to connect components such as resistors and other types of components.

These resistors have the capacity to limit the flow of electrical current down a circuit while protecting the device, as well as the circuit, from potential harm. They are best suited for applications that require a large amount of current resistance, such as those used in applications with high power and high voltage. The H8215RDYA resistor is especially suited for high power, high frequency applications.

The H8215RDYA has several design features that make it an ideal choice for most applications. Its primary body is made of a tinned copper alloy that is dielectric to reduce microphonic effect. The substrate provides a sturdy and rigid construction for the part and offers an efficient thermal management. The resin has excellent electrical and thermal properties, making it excellent choice for high power and high frequency applications.

The H8215RDYA resistor is capable of achieving a maximum power rating of 5w, a maximum voltage of 250V, an operating temperature ranging from -55°C to +105°C and a resistance range of between 0.5Ω and 17.5kΩ. These features make the H8215RDYA ideal for applications such as motor and transformer control, switching power supplies, telecommunication equipment and industrial automation.

The most distinct feature of the H8215RDYA is its working principle. It works by placing two terminals on either side of the resistor and then passes a current through these terminals. This current then encounters resistance, which is determined by the thickness of the resistor, and then the voltage drop across it is determined in relation to the current, producing a resistance value. This resistance value is determined by the resistance value of the resistor and the voltage across it.

The H8215RDYA is ideal for many applications and provides a number of benefits. It is highly reliable and has a long life span due to its robust construction and efficient thermal performance, making it a preferred choice for many applications. Additionally, the resistor is also very cost-effective and has a wide range of resistance values, making it a great choice for most electronics and electrical engineering applications.

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