742C083823JTR Resistors

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Resistor Networks, Arrays

A resistor network is an interconnected network of relatively small and mass-produced electrical resistors. It is also known as an array of resistors or a resistor network array. Resistor networks are used in hundreds of applications in industries including automotive, industrial, aerospace, and medical. In this article, we will examine the application field and working principle of a 742C083823JTR resistor network.

The 742C083823JTR resistor network is a 4-resistor chip array. Each resistor in the array has 8 pins, allowing for up to 32 external connections. The resistor network features an integrated resistor of 120 ohms with tolerances of ±1%. It is designed for use in high-voltage, high-current applications. It is suitable for voltage ranges from 12V to 48V.

The 742C083823JTR resistor network features a 64-contact layout, and with the 8 pins per resistor, it can be configured in any of four, two, or one resistor configurations, depending on the application. This versatile resistor network enables applications requiring different resistors to be connected, while providing flexibility in the configuration. For instance, the resistor network can be used to create two-resistor power dividers, common-mode filters, two-resistor anti-aliasing filters, and other common circuits.

The 742C083823JTR resistor network is fabricated using low resistance on-chip resistors. This enables the network to reduce contact resistance, eliminate board space, decrease power loss, and improve signal integrity. The low-resistance resistors are also designed to reduce noise levels. Additionally, the resistor network features an integrated fuse, enabling it to protect against voltage and current surges.

The working principle of the 742C083823JTR resistor network is based on Ohm\'s Law, which states that the voltage drop across a resistor is proportional to the amount of current flowing through it. When connected in a network, the resistors in the 742C083823JTR resistor network can be used to divide the current between the multiple branches. When configured in a two-resistor configuration, the network can be used as a power divider. In this configuration, the resistors are connected in series and used to divide the current between the two resistors. In a four-resistor configuration, the network can be used as a voltage divider, where the resistors are connected in parallel and used to divide the voltage between the resistors.

In summary, the 742C083823JTR resistor network is a 4-resistor chip array with a 64-contact layout. It is designed for use in high-voltage, high-current applications and is suitable for voltage ranges from 12V to 48V. It is fabricated using low resistance on-chip resistors, reducing contact resistance, eliminating board space, decreasing power loss, and improving signal integrity. It features an integrated fuse, enabling it to protect against voltage and current surges. The working principle of the 742C083823JTR resistor network is based on Ohm\'s Law, and the network can be used for various applications such as power dividers, voltage dividers, common-mode filters, and two-resistor anti-aliasing filters.

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