752201103GTR7

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Resistor Networks, Arrays

752201103GTR7 is a prefabricated, factory assembled and tested resistor network. It works by splitting a quantity of electrical energy (voltage or current) into predetermined and different parts, dividing them between a number of resistors of known values. Individual resistors are connected in series and/or parallel to create a combination of resistance values based on Ohm’s law. The resistor networks are a cost-effective alternative to the discrete resistors since these networks provide an easy solution for a given circuit combining the desired resistance values in one part.

The 752201103GTR7 is a 10-resistor network, with each resistor having a value of 10 ohms and a tolerance of 10%. Each terminal of the resistor network has two connections: one for the voltage input and one for the voltage output. The network is connected to an application circuit, allowing the circuit to receive the voltage and generate a current through the network. The current flow is regulated by the resistance values in the network, resulting in a precise voltage being delivered to the application circuit.

The 752201103GTR7 can be used in a wide range of applications including motor control systems, automated test equipment, power supply designs, and current measurement systems. In motor control systems, it can be used to regulate the amount of current applied to the motor. In automated test equipment, the network can be used to divide the input voltage into different voltage levels. For power supply designs, the network can be used to limit the current drawn from the power source. In current measurement systems, the network is used to measure the amount of current passing through the application circuit.

The working principle of the 752201103GTR7 is based on the voltage divider law. The voltage divider law states that the total voltage is equal to the sum of the voltage drops across each resistor in the network. The voltage drops across the resistors are regulated by the resistance values of each resistor. Thus, by careful selection of the resistance values, we can create a voltage divider circuit that will divide the input voltage into predetermined parts. Thus, by using the voltage divider law, the 752201103GTR7 can be used to create precision voltage sources for any application.

Another feature of the 752201103GTR7 is its versatility. It can be used in both AC and DC applications, and its adjustable resistors allows for the adjustable voltage source. Its adjustable resistance also allows it to be used in many types of circuits with different voltage requirements. In addition, its adjustable resistors can be used in combination with any type of integrated circuit (IC) for a complex and sophisticated design.

In conclusion, the 752201103GTR7 is an easy, cost-effective solution for creating precision voltage sources for a variety of applications. Its adjustable resistors allow for precise voltage regulation in a wide range of applications, and its versatility makes it an invaluable tool for any electronic engineer.

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