4608X-102-273LF

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Resistor networks, including arrays, are electrical components that are either discrete, in their own package, or integrated into an application board. They can be used in a variety of applications, from video switches to audio distribution to communications. The 4608X-102-273LF is a resistor network, an array, that is and can be used in a myriad of applications. In this article, we shall explore the application field, and the working principle, of the 4608X-102-273LF.

The 4608X-102-273LF is a resistor network array comprised of four resistors in a single package. Each of the four resistors has the same parameters: Resistance Value (102 ohms); tolerance (±1%); temperature coefficient (±3300 ppm/°C); and Operating Temperature (55°C).

These characteristics render the 4608X-102-273LF suitable for a variety of applications, due largely to its low resistance value. For example, the networks are often used in audio and video switching circuits found in various consumer electronics, such as digital televisions or computer monitors. In these applications the network can be configured as a low frequency filter, where two resistors of 33 ohms, in combination with the fourth resistor of 102 ohms, create a low pass filter to reduce unwanted signal noise. Similarly, in high frequency applications, the array works well as a driver for digital logic LED\'s, as it can effectively dissipate the necessary voltage and provide the necessary current for LED applications.

The 4608X-102-273LF also provides a cost effective solution for various electronic interface circuits. In these applications, the array can be used to create a voltage divider or current limiting circuit, utilizing its low resistance value in order to keep the current output low while maintaining a consistent voltage output. This is especially useful in communications systems where multiple devices must draw power from a single source.

In addition to these application areas, the 4608X-102-273LF provides a number of additional advantages. First, the package size of the array is relatively small. This makes it ideal for applications where board space is at a premium, such as portable communication devices. Second, the array provides excellent thermal stability and low self-heating, allowing it to be used in high temperature environments. Finally, the array is designed for low noise emission, making it a good match for sensitive applications where low emissions are a must.

The working principle of the 4608X-102-273LF is fairly straightforward. Each resistor is connected to a terminal, and current will flow through each resistor in turn. As the current passes through the resistor, a voltage drop is created across the terminals. This voltage drop is determined by the resistance of the resistor, its power dissipation, and its operating temperature. The power dissipation of the 4608X-102-273LF is 1/4 watt, and the operating temperature is 55°C, allowing for a consistent voltage drop under all input voltage conditions.

In summary, the 4608X-102-273LF is a resistor network array with four resistors in a single package, suitable for a variety of applications. Its low resistance value, small form factor, superior thermal stability and low noise emission make it a good candidate for multiple applications. Additionally, its working principle is easy to understand, as current flows through each resistor in turn to create a voltage drop across the terminals. The 4608X-102-273LF is a reliable and efficient component for a variety of applications, and an excellent addition to any resistor network.

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