OX272KE

As one of the most commonly used thermal elements, Through Hole Resistors are widely used in various high-power and high-voltage applications. Their core component is a ceramic substrate, which is further combined with a thick film or wirewound resistor element. This makes them durable and reliable under extreme conditions and enables them to be applied in a variety of applications.

One of the popular Through Hole Resistors that has been in the market for many years is the OX272KE. This resistor is renowned for its excellent performance, making it a viable choice for high-performance applications. The OX272KE is available in 4-pin and 5-pin options with a maximum power rating of 1.12 W and a resistance range from 1 kΩ – 10 MΩ. Aside from these specifications, it also features excellent voltage regulation, very low thermal noise, and high reliability.

The application fields for OX272KE Through Hole Resistors include inductive circuits, filter circuits, driver circuits, timing circuits, regulator circuits, and decoder circuits. These are all applications that require high-precision operation with low thermal noise, making the OX272KE a great choice.

In terms of its working principle, the OX272KE features an inverse voltage protection system. This system provides an extra layer of protection against unexpected voltage surges or drops, thus preventing the destruction of the resistor in extreme cases. It works by quickly and accurately detecting fluctuations in voltage and adjusting the resistance of the resistor accordingly. This ensures that the resistor does not exceed its power limits and provides reliable and continuous operation.

Apart from this, the OX272KE Through Hole Resistors also feature a built-in thermal fuse. This thermal fuse is designed to trip the resistor in the event of an excessive temperature increase, effectively preventing the resistor from failure.

In summary, the OX272KE is an excellent choice for applications which require a high-performing Through Hole Resistors. It features an inverse voltage protection system and a built-in thermal fuse, providing protection against voltage surges and temperature increases. Moreover, it offers excellent voltage regulation, very low thermal noise, and high-reliability, making it a viable choice for applications which require precision and durability.