RT2205B7TR13

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Resistor Networks, Arrays offer a range of solutions from basic, low cost resistor partitions to more sophisticated active and passive multipoint networks. Among them, the RT2205B7TR13 can be used in many applications. This article will discuss the RT2205B7TR13 application field and working principle.

Introduction

The RT2205B7TR13 is a resistor network that is designed for precision resistance setting and current sensing. It consists of five resistors integrated in a molded body. The technology used in the RT2205B7TR13 is Thick Film Technology, and the resistors are networked together in a 2 x 2 array. Each individual resistor has a resistance up to 5M ohms, and the resistance between elements is up to 0.1%. The body of the RT2205B7TR13 is made from molded plastic, which provides insulation and protection against damage.

Application Field

As a resistor array, the RT2205B7TR13 can be used in many applications. It is ideal for voltage regulation, current sensing, and reference signal generation. It can be used for general-purpose audio/video applications and other electronic systems that require precision resistance settings.

The RT2205B7TR13 can also be used in industrial applications. It is well-suited for interface circuitry applications, including industrial control and monitoring systems. It can also be used in precision instrumentation applications, such as pressure gauges and strain gauges. The RT2205B7TR13 can also be used in electrical circuit breaker panels, motor control relays, and other switching applications.

Working Principle

The RT2205B7TR13 works on the principle of resistance-setting. The resistance between the resistors is adjustable via two separate external pins. The external pins are connected to a series of pins on the body of the RT2205B7TR13, and when a voltage is applied to the external pins, the resistance between the resistors can be adjusted. By adjusting the resistance, the current passing through the circuit can be regulated, and the output voltage of the device can be precisely adjusted.

The RT2205B7TR13 is also able to sense current by measuring the voltage across the resistor network. This is possible because the resistance of the network is adjustable. By adjusting the resistance, the amount of current that can pass through the network can be measured. This helps to make certain applications more efficient and reliable.

Conclusion

The RT2205B7TR13 is an ideal resistor array for applications that require precision resistance settings and current sensing. It has a wide range of applications, including audio/video systems, industrial control and monitoring systems, precision instrumentation, circuit breaker panels, and motor control relays. The RT2205B7TR13 works on the principle of resistance-setting, and the resistance between the resistors can be adjusted via two separate external pins. The RT2205B7TR13 can also be used to sense current by measuring the voltage across the resistor network.

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