RNF12DTC232R

Through Hole Resistors are a popular component for many electronic circuits due to their rugged construction and low cost. The RNF12DTC232R model is a Through Hole Resistor manufactured by Rohm Semiconductor and provides flexible resistance values ranging from 1 k to 2 M Ohms. It is designed for high power applications and can be used in high current and voltage applications.

The RNF12DTC232R is an excellent choice for a variety of application fields, particularly those that require precision and efficient use of space. It is particularly useful in automotive and industrial applications, as well as in DVD/CD-ROM players, laser printers, gaming consoles and other consumer electronics. In addition to these, it is also suitable for use in low power applications such as diode protection, transformer protection, and cable line protection.

The RNF12DTC232R works on the principle of wirewound resistance, meaning that the resistance is created by a wire which is wound around an insulating material. This component is particularly useful as it provides a wide range of resistance values, and can achieve a very precise resistance level. The resistance can be varied by adjusting the number of turns and diameter of the wire. This makes the RNF12DTC232R an efficient and cost-effective solution for precision resistance settings.

The RNF12DTC232R is a high-power through hole resistor, and is particularly useful for applications that require high power ratings. The component is designed with an impressive range of power ratings. It is capable of withstanding up to 1.2 kW at a 25°C temperature and up to 1.6 kW at 125°C temperature.

The RNF12DTC232R is a rugged and reliable component with solid construction, and is designed to be able to withstand heavy usage and long-term wear and tear. The component is designed to be resistant to shock, vibration and other environmental conditions. In addition, it can also be easily mounted on a variety of surfaces, adding to its versatility.

The RNF12DTC232R is an excellent choice for high-power applications due to its reliability, impressive resistance values and overall value for money. This versatile component is also becoming increasingly popular for low-power applications, thanks to its efficient use of space and precision resistance settings.