740X043102JP

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Resistor Networks, Arrays is a type of electronic components used to limit electric current or provide a voltage drop. Resistor networks have a wide variety of applications in different electronic circuits and systems. The 740X043102JP is a common type of Resistor Network, Array which is used to achieve specific goals depending on the design of the circuit.

The 740X043102JP has a total of 8 resistors which are connected in the form of a 2x4 matrix and is packaged in a 4x2mm small outline package. The resistors are connected in parallel and have an impedance rating of 90 ohms and a tolerance of 10%. Since these resistors are connected in a matrix, there are less nodes and therefore, lower parasitics. This provides a benefit in high frequency applications where parasitic effects are more prominent.

The 740X043102JP is suitable for use in applications that require a stable impedance profile over a range of frequencies. This includes audio, video, and RF applications. It is also often used to provide isolations in switch mode power supplies, affecting the way current flows in different parts of the circuit. In addition, the small size of this resistor network provides a major advantage when implementing complex designs, where just one package replaces the need for several discrete resistors.

In terms of its working principle, the 740X043102JP operates as a voltage divider, reducing the voltage in the circuit and limiting current in certain areas. The resistor network splits the voltage into separate paths with each path having a different voltage level. The current subsequently flows through each component of the network until it reaches the final output. By doing this, the 740X043102JP creates an impedance profile which can be designed to match the requirements of a given circuit.

The 740X043102JP is an excellent choice for applications that require signal conditioning and stability. Aside from its small size and flexibility, the resistor network provides a reliable and easy to implement solution. With its high impedance rating and wide tolerance, this resistor network also ensures that the desired circuitry performance is achieved.

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