RNC55H9650BSRE6

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Through-hole resistors are resistors that are designed to be soldered directly on top of a PCB, as opposed to surface-mount resistors that are applied to the surface of the board. The RNC55H9650BSRE6 is one such resistor that achieves stability and accuracy through its U-Konform design. It can be used in various applications, depending on the desired resistance value.

Application Fields

The RNC55H9650BSRE6 applications areas include medical diagnostics, communication, industrial control, aerospace control systems, and automotive electronics. It comes with an operating temperature range of -55° to +150°C, which makes it suitable for a wide range of applications. The high resistance values of the resistor also qualifies it for creating signal attenuation paths, where the greater the end noise, the higher the resistor value needs to be.

The resistor is also used as a current limiter for input transistors on power supplies, and a temperature measuring device, as it can measure temperature changes by measuring the change of electrical current through it. It can also be used in constructing ripple filters for improving the supply voltage of a circuit, and in the international military applications where excellent and reliable performance and excellent reliability are essential.

Working Principle

The RNC55H9650BSRE6 is a precision through-hole resistor with a U-Konform design, which is based on a metal plate soldered to the board and a sliding contact system that adjusts the location of the contact points within the resistor. The two contact points provide an almost linear relation between resistance and temperature, making the resistor highly reliable and accurate. With this design, the RNC55H9650BSRE6 can be used in both analog and digital circuits.

Due to its U-Konform design, the resistor is able to minimize the drift in resistance, due to the fact that the contact point does not move from its original position. This minimizes the amount of movement, resulting in greater accuracy. The construction of the resistor also provides maximum heat dissipation, which makes the device better suited for high-temperature environments.

The stability of the device with its U-Konform design also allows for precise measurement of low-level signals, where the contact of the tip to the board is essential for accuracy. For applications that require both current-sensing and voltage-sensing resistors, the RNC55H9650BSRE6 is ideal, as it can provide the user with accurate feedback.

Conclusion

The RNC55H9650BSRE6 is a precision through-hole resistor with a U-Konform design. Its applications areas include medical diagnostics, communication, industrial control, aerospace control systems, and automotive electronics, and its operating temperature range of -55° to +150°C enables it to be used in almost any environment. Its design minimizes the drift in resistance, making it an ideal device for low-level signal measurements, current-sensing, and voltage-sensing applications. With its exceptional performance and reliability, the RNC55H9650BSRE6 is a great option for a wide range of through-hole resistance applications.

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