RPS102PJ683CS

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Resistor networks and arrays are an important part of today’s electronics components. They are used for both analog and digital applications, and there is a wide variety of them available to choose from. The RPS102PJ683CS is a type of resistor network that is found in many electronic devices. This article will discuss the application field and working principle of this network.

Application Field of RPS102PJ683CS

The RPS102PJ683CS resistor network is used in a wide range of applications. It is suitable for high-frequency filter networks, voltage divider networks, attenuator networks, and many other applications. As the resistor network is made up of two 7-position, 2-watt precision resistors, it provides wide bandwidth and low thermal stability. It is also suitable for long-term stability, as it has a long-term stability of 0.1%.

Working Principle of RPS102PJ683CS

The RPS102PJ683CS resistor network works by using two 7-position, 2-watt precision resistors that are connected together. These two resistors are connected in series, and they are connected to one another using soldering points. The two resistors are then connected to the circuit board of the device in which they are installed. The combined resistance of the two resistors is then measured, which is used to determine the output voltage of the circuit board. The two resistors can also be used to create a voltage divider, where the two resistors are connected in parallel.

Summary

The RPS102PJ683CS resistor network is an important part of many electronic components today. It is used in many applications, and it is made up of two 7-position, 2-watt precision resistors. These two resistors are connected in series, and they are then connected to the circuit board on which the device is installed. The combined resistance of the two resistors is then measured, which is used to determine the output voltage of the circuit board. The two resistors can also be used to create a voltage divider, where the two resistors are connected in parallel.

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