CFR3WSJT-73-22K

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Through Hole Resistors are ubiquitous in the electronic industry and have a wide range of applications. The CFR3WSJT-73-22K Through Hole Resistor is no exception; it is specifically designed for extended temperature range applications such as military and space applications. This resistor is also quite popular in industrial control and instrumentation applications.

TheThrough Hole Resistor can handle increased wattage load and can be found in semiconductor, automotive, computer and appliance industries. In addition, it is often used in audio/visual equipment, signal-processing and medical instruments. The compact size and low profile design make it ideal for low current applications.

The CFR3WSJT-73-22K Through Hole Resistor is a three-terminal type that features a 2-karat gold metallization. This type of resistor is designed to provide high signal-to-noise ratio and superior stability. It can handle high power in low ambient temperatures and can reach high resistance values even at low voltages. Due to its robust design, it can effectively reduce electromagnetic interference (EMI).

When it comes to the working principle of the CFR3WSJT-73-22K Through Hole Resistor, it basically works on the principle of Ohm’s Law. This law states that current is directly proportional to the voltage applied across a resistor. The resistor will then dissipate a certain amount of heat depending on the magnitude of the voltage applied across it. The larger the voltage, the larger the amount of heat dissipated. As the current flows through the resistor, it produces electric power (P=I*V). The resistance value of the resistor will determine the amount of power produced.

The CFR3WSJT-73-22K Through Hole Resistor is a highly versatile and reliable component with a wide variety of applications. In addition to its ability to withstand high wattages, it offers superior stability, high signal-to-noise ratio and excellent EMI performance. In short, this Through Hole Resistor is an ideal choice for a variety of electronic applications.

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