RPS104PJ201CS

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Resistor Networks, Arrays

The RPS104PJ201CS is a rugged, low-power resistor network that is often used for electronic applications. It is widely used in many fields such as motor drive control, industrial automation, instrumentation and medical equipment. By connecting multiple resistors in series or parallel, it can provide stable, precise, and adjustable resistance values, and can also provide accurate voltage division or current division for the circuit.

Working Principle

The RPS104PJ201CS consists of four resistors in a SIP (Single-In-Line) package. It has a resistance of 10K ohm between Terminals 1, 3 and 2, 4 with 2K ohms of adjustment. The controlling terminal for the network is the adjustment terminal, which is usually pin 2 for the parallel implementation and pin 3 for the series implementation. By controlling the voltage or current on this terminal one can increase or decrease the total resistance of the network. When current passes through the adjustment terminal, the resistance of the network increases but the total resistance stays the same.

When connecting the RPS104PJ201CS as a resistive network the total resistance between Terminal 1 and Terminal 4 can be calculated using the formula R1 + R2 + R3 + R4. The adjustment terminal (pin 2 for parallel; pin 3 for series) can be used to control the current, or voltage through the resistor network. By adjusting this terminal the total resistance can be varied from 10K to 12K ohms.

Applications

The RPS104PJ201CS resistor network is used in a variety of applications including analog-to-digital converters, touchscreen controllers, hand-held devices,and medical equipment. It can be used to control current and voltage, providing adjustable voltage or current divisions in circuits. It is also used in robotics, automation systems, and chemical and industrial controls. In addition, it is used for power control and signal conditioning.

The RPS104PJ201CS resistor network can be used as a programmable voltage divider, providing isolated and locally controlled voltage division from a wide range of possible input voltages. When used as a voltage divider, it is able to provide a stable output voltage over a wide range of current and temperature conditions. It provides very precise control and stable output voltage, making it suitable for a wide range of applications.

The RPS104PJ201CS resistor network can also be used as a programmable current divider. When a current passes through the terminals it is divided based on the current values of the resistors. This allows the torque in a motor to be controlled. The nature of the resistor network means that the total current from the supply will be limited, making it safe for use with high voltage systems.

The RPS104PJ201CS resistor network is also used in the design of compensation networks. It provides a simple and accurate way of compensating for changes in temperature, voltage, and current. It can also be used to form low pass, high pass, and notch filters for signal conditioning.

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