H4196RBYA

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Resistors are electrical components that resist or impede the flow of electrons within a circuit. Through hole resistors are a specific type of resistor which have leads that pass through the resistor body and are soldered on the component side of the circuit boards. One type of resistor, the H4196RBYA, is a specialized resistor with a high power handling capability and excellent performance under high frequency applications. This article will explore the application field and working principle of the H4196RBYA resistor.

How H4196RBYA works

The H4196RBYA is a low inductance, high power through hole resistor constructed from a ceramic core. This resistor operates by creating an opposing electrical current which resists the flow of electricity in a circuit. The ceramic core of the resistor creates a relatively low profile for the resistor and reduces the inductance, allowing it to function properly in high frequency applications. The majority of the resistor power is dissipated as heat and an integral heat sink maintains temperatures below 75C under full power levels.

Applications of H4196RBYA

The H4196RBYA through hole resistor is typically used in applications which need greater power capability as compared to traditional through hole resistors. Due to its low profile design, it is highly suitable for applications where space is a limitation. It is suitable for communication, automobile, power movement, and variable speed drive applications, among others.

The H4196RBYA is also commonly used in power supply, switching power supplies, LED lighting, dc motor and AC motor control, audio amplifiers, and transducers. Additionally, it can be used in other, more specialised applications such as high-speed networking equipment, high-frequency transistors, and components which require higher resistance values. The H4196RBYA is also well suited for use in precision measurements such as those required in oscilloscope instrumentation.

Advantages of H4196RBYA

The H4196RBYA through hole resistor offers a variety of benefits compared to other resistors. The H4196RBYA boasts a high power rating, with maximum power dissipation ratings of up to 1500W (2% tolerance). This makes it ideal for applications which require more power than what older resistor designs can support. The H4196RBYA also features a low profile design and low inductance, allowing it to work effectively in high-frequency applications and precision measurements. In addition, its integrated heat sink helps keep temperatures below 75C, even when operating at full power.

Conclusion

As one of the most powerful through hole resistor designs, the H4196RBYA offers excellent resistance values and performs optimally at high frequencies. It is suitable for applications where space is a limitation, and can be used in communication, power movement, LED lighting, washing machines, and other high-frequency applications. The H4196RBYA features a low profile design and an integrated heat sink to help keep temperatures below 75C. In conclusion, the H4196RBYA is a powerful, dependable, and highly efficient through hole resistor.

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