H8649RBZA

Through Hole Resistors are electrical components used to limit current in circuits. The H8649RBZA is a through hole resistor used for this purpose. It is capable of performing at a wide range of temperatures, making it a great choice for automotive applications or industrial environments.

Application Field:

The H8649RBZA is a resin-encapsulated, metal oxide film resistor. This design is particularly suited to applications requiring a very low-resistance value. This makes it a popular choice for high-frequency circuitry, as well as digital or logic circuits. It is also used in noise reduction and signal filtering applications. When used in automotive applications, it is also well suited for regulating electrical systems that require a very low-ohmic environment, such as in ECUs and ABS systems.

Working Principle:

The H8649RBZA resistor works by creating electrical resistance within a circuit. This resistance helps to control the flow of current and electrical signals. In this type of resistor, the electrical resistance is created by depositing a layer of metal oxide film onto the surface of an etched substrate. This creates a barrier of resistance between the two materials which then restricts the flow of power within the circuit.

The metal oxide film is coated with an electrically insulating, moisture-resistant resin. This helps to protect the component from humidity and other external elements that could damage the underlying substrate. The resistor is also designed to withstand a wide range of temperatures and vibration, making it a tough component for automotive and industrial applications.

Conclusion:

The H8649RBZA is a through hole resistor designed for applications requiring very low ohmic values. It is a great choice for automotive and industrial applications, as it can withstand a wide range of temperatures and vibrations. Its metal oxide film design creates a layer of electrical resistance, allowing it to restrict the flow of power within a circuit. This makes it a great choice for noise reduction and signal filtering applications.