YC358LJK-07220RL

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Resistor networks, arrays, and the YC358LJK-07220RL fall into the same category. Essentially, these devices are resistors connected in specific patterns to provide one or more functionality features. Resistor networks are passive electrical components containing multiple resistors connected in various configurations. These networks provide multiple output voltage, add, subtract, divide, multiply, inve, match and filter. Arrays are vertical configurations of resistors with common connections. The most common place to find resistor networks and arrays are in telecommunication and audio equipment. The functionality of these networks will depend on the manufacturer’s design and vary according to each application.

The YC358LJK-07220RL is a 1.25K Ohm resistor array with a series combination of 8 resistors. It contains eight tight-tolerance resistors which have been selected for their close matching to ensure that the electrical characteristics of the array are dissipated evenly. It is designed to provide a wide range of applications for digital-to-analog converters (DACs).

One of the biggest advantages of using the YC358LJK-07220RL is its high power efficiency. It allows a minimum power dissipation of up to 80mW with maximum efficiency of 94%. This is important in order to reduce heat generation and allows for longer product life. Additionally, the YC358LJK-07220RL can operate at temperatures up to 105°C, making it suitable for challenging industrial applications.

The advantages of using the YC358LJK-07220RL also include its wide operating range of voltage; from 12V to 18V, making it suitable for both low and high voltage applications. The device is also highly reliable, with an integrated ESD protection that helps protect against static discharge. Additionally, the YC358LJK-07220RL’s low temperature coefficient of resistance (TCR) allows for more precise accuracy for more accurate readings.

When it comes to the working principle of the YC358LJK-07220RL, it works by connecting the resistors in series and parallel connections. This creates a voltage divider circuit that divides a voltage signal into a desired voltage value. The principle is simple: the voltage that comes from the source is connected to both the resistors in series, but one resistor is connected in parallel to an output terminal. The voltage that is output from this terminal is then calculated according to the voltage that is provided by the source, the impedance of the series resistor, and the impedance of the parallel resistor.

Therefore, the YC358LJK-07220RL is a highly efficient and reliable resistor array with a wide range of applications. With its efficient power dissipation up to 94%, it is ideal for applications such as digital-to-analog conversion, voltage dividers, electrical testing, data acquisition, industrial process control, and more. Additionally, its low temperature coefficient of resistance and ESD protection allow for more accurate readings and protect against static discharge. With its excellent performance and wide range of operating voltage, it is a great solution for various electronic applications.

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