PNP200JR-52-0R3

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Through Hole Resistors are an important component of a wide range of electrical and electronic equipment. They are commonly used for power, signal, and current limiting in an array of electronic circuits. PNP200JR-52-0R3 is a specific type of through hole resistor. It is a fixed single-layer, sheet-metal through-hole resistor, which is made from high-performance ceramic materials. Its small size makes it ideal for applications with limited space, while its resistance to temperature makes it suitable for operating in harsh environments.

The PNP200JR-52-0R3 is ideal for applications with a tight fitting size requirement. It is suitable to use in high temperature environments, where a higher level of thermal resistance is required. As such, the PNP200JR-52-0R3 can be used in many industries, including automotive, medical, solar power, and electronic instrumentation. Moreover, its resistance features make it suitable for applications such as voltage sources, voltage saturating, and power circuits.

The PNP200JR-52-0R3 has a standard 10-mil lead. It also features a thickness of 0.65-mm, making it ideal for applications where space is limited. The resistance of the PNP200JR-52-0R3 ranges from 0.1 ohms up to 200 ohms. It also features a tolerance range of ±5%, which makes it suitable for precision circuitry.

The working principle of the PNP200JR-52-0R3 is based on the use of a metal contact field. The resistor is connected to a circuit using two metal contacts, which creates a current-limiting effect. This works to limit the amount of power that passes through the circuit, which can help to protect sensitive components from damage. In addition, the resistor can be adjusted to provide different amounts of resistance, allowing for flexibility when designing electronics.

The PNP200JR-52-0R3 is a reliable and versatile way to add adjustable current-limiting resistance to a variety of applications. It can be used in a variety of industries, including automotive, medical, and solar power. Its resistance range, tolerance, and size make it suitable for precision-regulating and controlling voltage sources, power circuits, and voltage saturation applications. Although its small size may limit its use in some applications, its temperature resistance makes it a reliable component in a wide range of high-performance circuits.

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