742C083203GP

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The 742C083203GP resistor network is a type of resistor array. A resistor array is a type of resistor network consisting of multiple resistors in a single package. It is typically used to reduce the complexity of PCB layout and routing. The 742C083203GP resistor network has a wide range of applications, such as in telecommunications, automotive, industrial, medical and consumer electronics.

The 742C083203GP is a SMT resistor array with a through-hole mounting option. It is made up of three single-in-line resistors that are 0.125 inch wide and 0.2 inch long. The resistor elements are labeled 1, 2 and 3 to indicate their position in the array. The array is available in two versions: with resistor values of 120Ω, 180Ω and 240Ω, or with resistor values of 120Ω, 360Ω and 480Ω. The 742C083203GP is RoHS compliant and halogen-free.

The working principle of the 742C083203GP resistor network is based on the concept of resistors in parallel. In a parallel combination of resistors, the total resistance of the network is equal to the sum of the individual resistors. This means that if a single resistor has a resistance of 120Ω, two resistors in parallel will have a combined resistance of 60Ω. This provides the advantage of having the same resistance with fewer resistors. In the 742C083203GP resistor array, the three resistors are connected in parallel, providing three separate resistances with a single package.

The 742C083203GP resistor network is used in a wide range of applications, such as telecommunications, automotive, industrial, medical and consumer electronics. In these applications, it is used to reduce the complexity of PCB layout and routing. It is also used to reduce power loss due to the low resistance of the individual resistors. Additionally, the low thermal resistance of the resistors ensures low thermal drift and improved accuracy.

In addition to the 742C083203GP resistor network, there are also other types of resistor networks and arrays available. These include single-in-line arrays, dual-in-line resistor networks, resistor matrices, and multi-layer networks. Each type of resistor array has its own advantages and disadvantages, depending on the application. For example, single-in-line resistor arrays are generally used for low power applications and offer higher accuracy than multi-layer networks. Dual-in-line networks are used for high power applications and offer better space optimization than single-in-line networks.

The 742C083203GP is an example of a resistor array that is widely used in a variety of applications. It is cost-effective, easy to install, and ensures good performance in a wide range of applications. The resistor array has a wide range of applications and provides the advantage of having the same resistance with fewer resistors. Additionally, the low thermal resistance of the resistors ensures low thermal drift and improved accuracy.

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