4816P-1-102F

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Resistor Networks, Arrays is an electrical device, which is a type of passive electronic component that can store energy. The 4816P-1-102F is a precision resistor network, which can be used in various applications. This article will discuss the application field and working principle of the 4816P-1-102F.

This type of resistor network is designed to provide precise resistance values over a wide range of operating conditions. It can be used in system temperature offset compensation, as well as providing thermal stability over a wide temperature range. Furthermore, the 4816P-1-102F has low temperature coefficient of resistance (TCR) that offers accuracy stability. These features make it suitable for applications such as industrial automation, high-end consumer electronics, medical equipment, aerospace, and automotive markets.

The 4816P-1-102F is a four-terminal device which is made up of two resistors in series. The device consists of two 2-W resistors, one 4-W resistor, and two 4-W lead resistors. The four terminals of this device are numbered 1,2,3 and 4. Each of the two series resistors are connected to one terminal each, at pins 1 and 2, while the two lead resistors are connected to pins 3 and 4. These lead resistors ensure that the same current flows through the two series resistors, regardless of the load applied. The overall resistance of the circuit is determined by the two series resistors.

In addition, the 4816P-1-102F offers a wide range of options, including off-the-shelf as well as custom designs, to meet application specific requirements. It has been designed to operate over a temperature range from -55°C to +125°C and can be operated with operating voltage up to 250V. This makes it suitable for applications such as resistive temperature detectors (RTD), power line transients, timing circuits, and many other applications requiring precise, stable resistance.

The 4816P-1-102F works on a principle known as tolerance balance, wherein the series resistors are designed to provide a specified resistance value with a certain degree of accuracy. The two series resistors have a fixed ratio. Depending on the tolerance of the resistors used in the circuit, the actual resistance can vary from the specified value. The difference between the desired resistance and the actual resistance is referred to as tolerance. For instance, if the two resistors in series have an accuracy of ±1%, the actual resistance of the circuit may become 1.01 times or 0.99 times the desired resistance. This is due to the fact that resistors of different tolerances have different temperature coefficients of resistance (TCR).

The series resistor network offered by the 4816P-112F is designed to offer a wide range of resistance values with precise absolute accuracy. This is done by selecting resistors of higher tolerance, such as those with an accuracy of ±0.1%, and combining them in the appropriate ratio. This ensures that the resistance is not affected by temperature or other environmental conditions. Therefore, it is ideal for applications that require precise resistance values over time and temperature.

In conclusion, the 4816P-1-102F offers precise resistance values over a wide range of environmental conditions, making it suitable for a wide range of applications. It is designed with precision, so it can provide accurate results. Furthermore, it offers a wide range of options to meet specific requirements. With its wide temperature range and high accuracy, it is ideal for applications that require precision and stability over extended periods of time.

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