TWW10J4R3E

Through Hole Resistors

Through hole resistors are an important type of resistor used in electronics. They are used to create resistance, which means they convert electrical signal into an electrical signal with a lower voltage. Through hole resistors are small, cylindrical devices that fit into printed circuit boards (PCBs) and are usually referred to as “SMDs”.

The TWW10J4R3E resistor is a through hole resistor which is designed to handle high current loads. It is constructed from a metalized epoxy core which is sealed in a moisture resistant casing. This ensures that the resistor is capable of withstanding extreme temperatures and environmental conditions.

The resistor consists of three terminals. The two on the outside are typically the positive and negative terminals, while the terminal in the middle is the resistive element. The body surface of the resistor is often coated with a dielectric material such as an epoxy. This helps to protect the resistor from environmental damage, as well as to ensure a better conduction of electrical current.

The resistor works by having the voltage applied to the two outer terminals, while the middle terminal is connected to ground, thereby creating a resistance between the two outer terminals. The resistance of the resistor is determined by its value – the greater the resistance, the lower the voltage. The TWW10J4R3E resistor typically has a maximum power rating of 10 watts and works best at a temperature of 150° Celsius.

The TWW10J4R3E is a commonly used resistor and is usually used in power supplies, electronic circuits, amplifiers, and other high-power applications. It is often used with heat sinks to help dissipate the heat generated from large currents. It also has a low ESR (Equivalent Series Resistance) value, which makes it ideal for use in low noise, high frequency applications.

The TWW10J4R3E is a reliable, robust and cost-effective through hole resistor. It provides superior performance in even the most challenging operating conditions and is capable of handling large currents without compromising its performance. It is a great choice for high-power applications, and is perfect for projects that require reliable and effective solutions.