RN60E1372BB14

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Introduction to Through Hole Resistors

Through hole resistors are one of the oldest and most common type of resistors and are still widely used today. These resistors consist of two metal plates, one of which is attached to a spool of wire. The wire is usually connected between two pins which are then soldered to the circuit board. When a current passes through the resistor, the resistance of the material causes the current to be reduced, thus controlling the voltage and amperage.

RN60E1372BB14 Application Field and Working Principle

The RN60E1372BB14 is a through-hole resistor specifically used in Audio/Video equipment, such as amplifiers and receivers, as well as in industrial, telecommunications, and medical equipment. The RN60E1372BB14 is built with 64 pins, which are soldered to a pinhole on the circuit board. These pins are usually connected in series to improve the accuracy and durability of the resistor.

The RN60E1372BB14 is an instantaneous current limitation resistor, meaning it has the ability to dissipate up to 1A of current and can rapidly release heat from the pins without damage. This is done by design, as when too much current is delivered to the resistor, the number of pins increase, thus allowing the heat to spread throughout the resistor.

The RN60E1372BB14 also utilizes an internal insulation to reduce the risk of electric shock when used on equipment. This insulation also protects the resistor against dust, moisture, and other external factors. Additionally, the RN60E1372BB14 has a dielectric strength of 400 VAC, meaning it can withstand voltages of up to 400 VAC.

Conclusion

The RN60E1372BB14 is an example of a through-hole resistor, it is used in a variety of applications due to its accuracy and durability. It has the ability to limit current and dissipate heat rapidly without damage. Additionally, the RN60E1372BB14 has an internal insulation to protect against shock, dust, moisture, and other external factors. The RN60E1372BB14 also has a dielectric strength of 400 VAC and is suitable for use in Audio/Video equipment, industrial, telecommunications, and medical equipment.

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