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Through Hole Resistors

A through hole resistor is a small and compact electronic device, specifically designed to limit the flow of electrical current. Although they are much smaller in size than conventional wire wound resistors, they are an efficient means of providing a high level of resistance. In particular, the WW1AJT150R is an ideal resistor for use in a wide range of applications.

WW1AJT150R Application and Working Principle

The WW1AJT150R is a through hole resistor, capable of handling up to 5 Amps of current at voltage ratings of up to 50V. This makes it suitable for use in a wide range of circuits and applications, including power supplies, motors, LED lighting, current sensors, and high density PCBs. The resistor is also made from a PCB material, which allows it to form a complete circuit. As the current flows through the resistor, the voltage drops, thereby limiting the amount of current that flows.

The standard design of a through hole resistor consists of two parts - the substrate and the coil. The coil is made up of multiple layers of metal and metal alloys, which are then wound into a coil. This coil is then mounted onto the substrate in an alternating fashion, with each turn positioned directly below the other. When the current flows through the coil, it creates a magnetic field, which reduces the resistance of the coil.

The WW1AJT150R also utilizes a metalized surfacing layer, which is capable of dissipating heat, allowing the resistor to operate safely and efficiently. In addition, the resistor is highly durable and can withstand harsh environmental conditions. Due to its high power rating and strong resistive nature, the WW1AJT150R is perfect for applications such as power supplies, motors, LED lighting, current sensors, temperature sensors, and high density PCBs.

Conclusion

The WW1AJT150R is a high quality through hole resistor, designed to provide reliable and consistent current limitation to a wide range of applications. It is extremely compact and efficient, and is able to manage high power requirements and harsh environments. The addition of a metalized surfacing layer, contributes to the resistors high performance, allowing it to operate safely and without overheating.

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