H410RDYA

Through Hole Resistors

Resistors are used in almost every application that involves electrical circuits, and allow current to be variably controlled through the use of voltage. This is achieved by pushing electrons from one pole to another, by varying the amount of current passing through them. A variety of resistor types are available to serve specific needs or application environments, varying in size, material, wattage and value. Through-hole resistors are one of the most common types of resistors, offering electrical networks a range of robust solutions that can be fixed to a PCB without the need for soldering or additional mounting components.

Advantages of Through-Hole Resistor

The main benefit of through-hole resistors is the robustness and reliability they offer. These components can be installed on a PCB without requiring additional parts or bulky installations. Through-hole resistors have an effective heat dissipating capacity, which makes them suitable for high-power applications. In addition, they are generally compatible with automated assembly processes and offer low parasitic inductance, making them ideal for applications requiring a high degree of accuracy.

H410RDYA Application Field and Working Principle

H410RDYA is a through-hole resistor manufactured by SUMA. This resistor is suitable for broad range of applications in automotive, power supply, instrumentation, medical, and military applications. It is capable of withstanding high temperatures and high voltage applications and is considered one of the most reliable resistors in the market. This resistor is designed with a thin-film resistive layer that enables them to dissipate heat efficiently and offers superior surge protection. Its metal beads provide a secure electrical connection and improved grounding. The H410RDYA model is available in both 1/16w and 1/4w versions.

The working principle of H410RDYA Resistor is based on the Ohm\'s Law. Ohm\'s law states that current is directly proportional to voltage and inversely proportional to resistance. Hence, by varying the resistance, the H410RDYA resistor can be used to control the current passing through it. The electrical current when passing through the H410RDYA resistor experiences a voltage drop which is equal to the voltage across the resistor multiplied by its resistance. This voltage drop helps to control the amount of current passing through the resistor, providing a measured level of protection for the circuit.

Conclusion

Through-hole resistors offer users a range of benefits, including robustness, compatibility with various assembly processes, and heat dissipating abilities. The H410RDYA resistor provides these benefits along with superior surge protection and reliable electrical connections. Its ability to control the current passing through it, makes it ideal for a wide range of applications in both the automotive and industrial sectors.