RN60C4992BBSL

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Through Hole Resistors are vital components in electrical circuits, providing accurate resistance values to limit current and generate precise periods of time delay in the circuit. The RN60C4992BBSL is among the extensive range of Through Hole Resistors manufactured by Diodes Incorporated, aimed at precision and quality assurance. This article will comprehensively cover the application field and working principle of the RN60C4992BBSL.

The RN60C4992BBSL is a high-precision, low-power Through Hole Resistor based on a high-reliability perf/glass chip, providing high accuracy and low voltage coefficients, ideal for a variety of applications. This Resistor is available in a conventional Through Hole package, allowing for ease of assembly onto printed-circuit boards (PCBs) and making it ideal for a variety of through-hole applications. It has a 0.2% tolerance and a wide operating temperature range of −55°C to +150°C. It also has a wide resistance range from 10MΩ to 100MΩ. Due to these features, the RN60C4992BBSL is suitable for use in harmonic detection circuits, precision current measurement systems, digital meters, circuit protection equipment, industrial control systems, and AC/DC power systems.

The RN60C4992BBSL is a 4 terminal device utilizing an avalanche-proof passivation for optimal resistance in harsh environments. It is a passive device with no active components, meaning it has no power consumption or need for external electric power to operate. Internally, the device comprises a resistor formed from an alloy film deposited onto an insulating substrate film. This increases the stability and accuracy of resistance measurement. The on-chip diode and resistor form a ‘Zener diode’, resulting in a fully integrated low-noise Zener regulator combined with a shunt resistor.

The RN60C4992BBSL utilizes an advanced organic protection process which has the advantages of low thermal shrink during assembly and high reliability. Its performance characteristics include low impedance, high insulation resistance, low temperature dependence, and high stability. The device also has high surge capability, meaning it can safely absorb transient currents without damage. The robust construction ensures that the device remains stable and operational in application environments characterized by extreme temperatures, humidity, and other hostile environmental factors.

In addition to the features mentioned above, the RN60C4992BBSL also features an advanced anti-saturation structure which minimizes thermal EMFs. This further ensures accurate measurements of resistance even in the presence of high-frequency signals. These high-grade features make the RN60C4992BBSL suitable for a wide range of high-precision applications in critical industries such as automotive, aerospace, and industrial.

To summarize, the RN60C4992BBSL is a high-precision, low-power Through Hole Resistor suitable for a wide range of applications including harmonic detection circuits, precision current measurement systems, digital meters, circuit protection equipment, industrial control systems, and AC/DC power systems. It is a 4 terminal device with advanced organic protection process, allowing for stability and reliability in harsh environments. In addition, it features low impedance, high insulation resistance, low temperature dependence, high stability, and high surge capability, making it an ideal Through Hole Resistor for precision and reliability-critical applications.

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