RNF14BAC237R

RNF14BAC237R Overview

The RNF14BAC237R is a through hole resistor designed to handle high voltage and power applications. It is an unshielded axial leaded resistor mounted into a cylindrical housing. It provides excellent load current capacity in applications up to 5 A. The body is made from a flame retardant substrate printed with a resistive material. The terminals are tinned for improved temperature stability and corrosion protection.

RNF14BAC237R Design

The RNF14BAC237R is constructed with a flame-retardant ceramic substrate with a resistive material printed on it. This substrate is then sealed in a cylindrical housing with a leaded resistor located at the end. The leaded resistor contains two leads that are tinned for superior temperature stability and corrosion protection. The tinning further guarantees a strong bond and a reliable connection.

The resistor is designed to handle high-voltage and power applications. It offers excellent load current capacity up to 5 A. The resistor is insulated by a silicone sleeve to reduce its impact in severe environments. The silicone sleeve also helps dissipate heat.

RNF14BAC237R Features

• Axial leaded resistor mounted in a cylindrical housing.
• Offers excellent load current capacity up to 5 A.
• Tinned lead for temperature stability and corrosion protection.
• Insulated by silicone sleeve to reduce its impact in severe environments.

RNF14BAC237R Application Field

Due to its high-voltage and power handling capacity, the RNF14BAC237R through-hole resistor is ideal for use in various applications, including power supplies and AC/DC converters, lighting systems, motor control circuits, communications equipment, industrial controllers, and other high-power projects. It can also be used in audio systems, automotive systems, and test and measurement equipment.

RNF14BAC237R Working Principle

The working principle of a through-hole resistor is fairly simple. Its core is constructed of a conducting material, such as carbon or a metal alloy, which has an adjustable resistance. By using a resistive material and changing its resistance, it acts as a buffer to limit current flow across a circuit. When voltage is applied to the resistor, the current will flow through the resistor\'s conducting material, resulting in an increase in resistance.

The resistance of the resistor is marked by a specific number on the packaging. This number is referred to as the resistor\'s value and is measured in ohms. The resistor\'s value determines the amount of current allowed to flow through the resistor and is directly related to the amount of voltage applied to the resistor.

The RNF14BAC237R through-hole resistor is designed for high-voltage and high-power applications. Its wide operating temperature range allows it to be used in a variety of environments. The resistor is constructed of a flame-retardant substrate and is sealed in a cylindrical housing with a leaded resistor. The leaded resistor is tinned for excellent temperature stability and corrosion protection, providing a strong bond and a reliable connection.

Conclusion

The RNF14BAC237R through-hole resistor is a reliable and robust resistor designed to handle high voltage and power applications. Its flame-retardant substrate provides superior performance in environments that require resistance to high temperatures. The resistor’s tinned leads improve temperature stability and corrosion protection, and the silicone sleeve protects the resistor from environmental impacts. It is suitable for use in various applications, including power supplies and AC/DC converters, lighting systems, motor control circuits, communications equipment, industrial controllers, and other high-power projects.