TE750B560RJ

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Chassis Mount Resistors or fixed resistors are used in a wide range of electronic circuits and systems. The TE750B560RJ is a high quality and reliable chassis mount resistor manufactured by Vishay. This device is designed for performance and reliability in a wide range of circuit applications within the electronics industry.

The TE750B560RJ is a class of resistor that is specifically designed for circuit board-level applications, where power dissipation is typically low. It features two parallel legs, each with a resistance value printed on the resistor body. The device also features a thread or mounting hole for easy modification of the device properties.

The TE750B560RJ uses a polyimide-insulated sleeve for its construction. The device is able to withstand up to 1.5 kW of heat and it is designed for maximum mechanical strength and a low coefficient of thermal expansion. This feature ensures that the resistor can maintain its accuracy even in applications where temperature variations are significant.

The TE750B560RJ is also designed to provide a high degree of reliability. The device features a “fail-safe” design that ensures that the resistor is able to remain stable and reliable even in harsh conditions and environments. This is accomplished by using a wide number of individual resistors each with its own adjustment point, and by selecting the resistance material that has the lowest tolerance available within the series.

The TE750B560RJ is most commonly used in electronics applications where dependability and accuracy are both essential. This includes components such as power ratings, signal path design, current switches, and digital communication equipment. The device is also often used in power supplies, fuses, and combined components.

The TE750B560RJ is a highly reliable and accurate component that is designed to meet the stringent requirements of today’s electronics industry. This device is well suited for applications where long-term reliability and accuracy are essential. The device is available in a wide range of resistance values and it is suitable for operation over a wide range of temperature extremes.

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