MFP1WSCRD52-90K9

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The MFP1WSCRD52-90K9 resistor is part of a premier line of Through-Hole Resistors produced by Metron Automation. Designed to fit in tight spaces and with high quality materials, this it is a valuable tool in the design of electrical and electronic systems.

The MFP1WSCRD 52-90K9 features a size of 1819.2mm x 4.75mm x 2.4mm and offers high performance in a low-profile package. It can operate at temperatures up to 105° Celsius and has a wide range of resistance values - from 9k to 90k ohms. There is no need for external components, as the resistor features pre-installed embedded capacitors. This helps to reduce design time and cost. Additionally, it has a current rating of 1-25A and a voltage rating of 30V AC/DC.

The MFP1WSCRD52-90K9 is designed for use in applications that require high accuracy and a low profile. It is ideal for miniature and micro-board assembly and provides better performance than traditional chip resistors. It is also suitable for use in temperature sensing and power control applications. In addition, its small size makes it useful in medical, aerospace and automotive applications.

The precise construction of the MFP1WSCRD52-90K9 gives it superior efficiency over other resistors. It uses a unique metal film technology that helps to reduce power consumption. The resistor is also highly reliable and resistant to resistance changes due to shock or vibration. This ensures that the circuit maintains its accuracy even when subjected to demanding conditions.

The working principle of the MFP1WSCRD52-90K9 is based on ohmic conduction. In a circuit, resistance is measured in ohms. The current passing through the resistor is determined by the amount of resistance present. The metal film inside the resistor helps to control this resistance, maintaining an accurate value despite changes in temperature and atmosphere.

The MFP1WSCRD52-90K9 is one of the most reliable through-hole resistors on the market. It has been designed to be compatible with high-performance electronics systems, making it ideal for a range of applications. Its efficient design and rugged construction make it a valuable tool in the development of electrical and electronic systems.

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