PNS230JT-73-47R

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Through Hole Resistors are electrical components that resist or reduce the flow of current in a circuit. For some applications, it is important to have precise resistors to ensure that the circuit performs correctly. In such cases, a PNS230JT-73-47R resistor can be used. This resistor is designed for through-hole mounting and is a high-precision device.

The PNS230JT-73-47R is a two-terminal, thermal resistant device. It is a lead wire type with a through-hole carrier, so that it can be directly soldered onto the printed circuit board. The device is composed of a metal film and some insulation for better heat dissipation. The device can withstand temperatures up to 260°C.

The PNS230JT-73-47R is designed to provide a specific resistance value within a narrow tolerance. This means that the actual resistance value can be accurately controlled and measured. The device also has a low-resistance-change characteristic over the life of the circuit, making it suitable for long-term use.

The PNS230JT-73-47R has a wide range of applications. The device is most commonly used in hard drives and other electronic circuits, where accurate resistances are needed. Other applications include power transistors, motor starters, and circuit protection devices. The device is also used in medical, automotive, and military applications.

The working principle of the PNS230JT-73-47R is based on Ohm’s Law. The device has two terminals, and when current flows through it, the voltage across the terminals is proportional to the resistance between them. The resistance of the device is fixed, and is determined by the materials and dimensions of the device.

In summary, the PNS230JT-73-47R is a type of through-hole resistor that is designed for applications that require precision resistances. The device is composed of a metal film and insulation for heat dissipation and has a low-resistance-change over the life of the circuit. The device is often used in hard drives and other electronic circuits, and its working principle is based on Ohm’s Law. The device is capable of withstanding temperatures of up to 260°C.

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