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Resistor Networks, Arrays

A resistor network, like a network of resistors, is an electric component that has the ability to control an electric current. It is most commonly found in electrical and electronic circuits, but it can also be used for other applications such as measuring temperature or controlling electric motors. Resistor networks are usually made up of two or more resistors connected in series or parallel to form a network.

A resistor array is a group of resistors that are arranged in a specific order. This gives them better characteristics in terms of noise resistance and voltage limitations. The range of resistor arrays includes linear, non-linear and high-order networks, as well as combinations of these. With resistor arrays, the individual resistors are arranged in a specific order to give improved characteristics.

The 753161473GP resistor array is a quad flat no-leads package (QFN). The package contains two series-connected resistors in a single package. The general purpose of this device is to reduce or limit the voltage that can pass through a given circuit. It is designed to replace a circuit element that would cost more than the resistor array. It can be used in applications such as over-voltage protection, providing input voltage for microprocessor applications, and as an active termination voltage.

The 753161473GP resistor array works through the use of two interconnected resistors, which form a voltage divider network. The voltage is divided based on the ratio of the two resistor values. The resistance of the divider is equal to the product of the two resistors. This value can be initially set by using two different resistors, or by allocating an on-board potentiometer to adjust the resistance.

The 753161473GP application field is mainly concerned with components found in the electronic and computer industry. This product is particularly useful in signal processing where it can be used as an adjustable attenuator, allowing the signal to have a specified voltage range. Furthermore this resistor array can also be used in applications such as over-voltage protection, providing input voltage for microprocessor applications, active termination voltage, buffering, and voltage level setting.

In conclusion, the 753161473GP resistor array is a versatile device that provides improved performance in applications involving resistors. It can be used in a variety of applications such as over-voltage protection, providing input voltage for microprocessors, active termination voltage, buffering, and voltage level setting. This resistor array is designed to replace a more costly circuit element and can be adjusted using the on-board potentiometer for any desired level of resistance.

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