RN70D2323FBSL

Through Hole Resistors

A through hole resistor, also known as a leaded resistor is an electrical component manufactured using a leaded process of resistor assembly. The device has two galvanized steel leads, each with a circular hole for mounting. The device is constructed in three parts: a ceramic core, a resistive element, and two mounting caps. It is designed to fit through the holes in a printed circuit board (PCB) for the purpose of providing electrical connection and resistance.

The RN70D2323FBSL through hole resistor is an unbalanced series mounted resistor with two leads. It is made up of a cermet core, thermistor and a housing. It has a high level of power dissipation and heat resistance, offering stable electrical performance and is compatible with lead-free assembly. It has a tolerance of +-10%, a temperature coefficient of +-25°C and an operating temperature range of -55°C to +85°C.

The RN70D2323FBSL is mainly used for measuring current, monitoring overvoltage and ESD protection in consumer and handheld electronics. It offers high reliability with little variation in its electrical characteristics and is well suited for use in high-frequency applications. It is also popular for use in solderenergy inductive applications. The device can also be set up to be totally resistant to water, dust and EMI.

In terms of its working principle, the RN70D2323FBSL is designed to reduce the voltage across a given set of terminals. The voltage is reduced by a certain amount based on the total resistance of the resistor. The current through the resistor is limited by the sum of the resistances in the resistor and by the resistance of the device itself. The voltage and current are typically measured at the two terminals of the RESET.

Through hole resistors such as the RN70D2323FBSL are widely used in the electronic circuitry for consumer and industrial applications. They are relatively easy to install and offer high reliability with little variation in their electrical characteristics, making them well suited for high-frequency applications. The device has excellent temperature stability, which is useful in electrical insulation and ESD protection.