TWW5JR10E

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Through Hole Resistors are common components used in many electrical and electronic circuits around the world. Amongst these components are the TWW5JR10E type of resistors which are specially designed for use in high current applications. This type of resistor is highly versatile and can be configured to handle both low voltage and high current applications.

The TWW5JR10E resistor is classified as a through hole component due to its construction method. It is made up of a conductive metal film which is then enclosed in a ceramic tube. These ceramic tubes have external threads which attach the resistor to the printed circuit board (PCB). The resistor’s body is then filled with an organic compound which acts as a dampening material and prevents any electrical noise from interfering with the circuit.

The word TWW5JR10E indicates two main attributes of the resistor. The first is the resistance value. The second is its maximum current carrying capacity. The resistance value is calculated by dividing the total resistance by the total number of pins which is determined by the device’s pin spacing. The current carrying capacity is the amount of current that the resistor can handle without breaking down. In general, the smaller the resistor, the lower the current carrying capacity but the higher the resistance value.

The TWW5JR10E resistor is generally used in high-power applications including motor control, power conditioning, control and feedback circuits, surge protection and switching circuits. The resistor’s high current handling capacity allows the use of fewer components in designs, resulting in a cost savings. When used in a circuit, the resistor’s resistance value reduces the voltage or current passing through it, resulting in a drop in power and a reduction in the amount of energy used.

The TWW5JR10E resistor’s working principle is based on Ohm’s law which states that the current passing through a resistor is proportional to the voltage across it and inversely proportional to its resistance. This relationship explains why the voltage drop across the resistor’s body is related to its resistance value. The higher the resistance value, the greater the voltage drop across the resistor’s body.

Overall, the TWW5JR10E resistor is an excellent choice for use in high current applications. Its ability to handle high current levels while maintaining a low resistance value makes it a versatile component that can be used in a variety of designs. The resistor’s through hole construction method ensures that it is well protected against external interference while its working principle is based on the fundamental relationship between current, voltage and resistance contained within Ohm’s law.

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