MP850-1.00K-1%

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Through Hole Resistors play an important role in various electronic applications, providing the necessary circuit protection and providing accurate signal transmission. MP850-1.00K-1% is one such type of Through Hole Resistors, equipped with an exact resistance value and ultra-high stability. It is widely used in a variety of applications for its small size, outstanding performance and highly reliable electrical features.

The basic construction of the MP850-1.00K-1% Through Hole Resistor is composed of a single body, a ceramic core and a resistive element. The single body is formed of a precision ceramic-filled polypropylene material, which not only provides durable protection, but also improves the thermal stability of the resistor. The ceramic core is attached to the resistor body, and the resistor element is wrapped around the core. The resistance value of the resistor is determined by the resistor element and the core material.

The MP850-1.00K-1% Through Hole Resistor also features precision accuracy and high stability. The resistance value is accurate within ±1%, making it suitable for usage in various precision control applications. Additionally, its operating temperature range extends from -55°C(-67°F) to +125°C(+257°F). Such a wide operating temperature range ensures excellent performance in extreme conditions.

The MP850-1.00K-1% Through Hole Resistor is ideal for use in various applications such as automotive, medical, industrial control systems, computers and communication devices. It is mainly used to provide a steady voltage source to power electric components or circuits, thus protecting them from destruction due to overvoltage and overload conditions. The resistor also serves as a potential divider or bias resistor to ensure accurate measurements of input signals.

In summary, the MP850-1.00K-1% Through Hole Resistor is an excellent choice for applications requiring highly reliable electrical performance and thermal stability. Its precision accuracy and wide operating temperature make it suitable for various control and power applications including automotive, medical, industrial and communication electronics. Its small size offers a compact and reliable solution that can easily fit into existing circuits, making it an ideal choice for modern electronic devices.

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