4420P-T04-220

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Resistor Networks, Arrays are often used in electronic circuit design and can be used for both signal processing and power control. As with any type of component, there are many different styles and designs of resistor arrays, some of which are specifically designed for particular applications.

In this article, we will be looking at the 4420P-T04-220, a Resistor Network/Array. We will discuss the application field and working principle behind this component in detail.

The 4420P-T04-220 is a Through-Hole Resistor Network/Array. This component can provide combinations of 3 to 6 resistors in various configurations, such as a voltage divider, current-limiting resistor, or an adjustable series termination. It also has a low bushing height profile. This Resistor Network/Array provides a fast and effective solution for various applications which would otherwise require multiple components or complex wiring.

As the name suggests, this component is designed for high power applications. Its rated power is 10 wattsmin with a maximum voltage rating of 300V. The 4420P-T04-220 also features a rugged construction with a high creepage distance and UL94V-0 rated materials. The operating temperature range from -55°C to + 125°C.

The operating principle of 4420P-T04-220 is fairly simple. The resistors in the Network/Array are connected in parallel. This means that the resistance remains the same regardless of the number of resistors in the Network/Array. The resistors are also connected to the appropriate pins, allowing the voltage to be evenly distributed between them. In this way, the total resistance is equal to the sum of all the individual resistors.

The application field of the 4420P-T04-220 is extensive. It can be used in automotive, consumer electronics, power supplies, medical, telecommunications, and industrial control system applications. Its main application is in current sensing, where it can be used to measure the current flowing in a system. It can also be used in battery management systems for accurate current measurement. Moreover, the 4420P-T04-220 is well suited for applications which require a high precision and accuracy.

In conclusion, the 4420P-T04-220 is an ideal solution for a multitude of applications. It features a substantial power rating, an adjustable series termination, an ultra-low profile, and a high creepage distance. Furthermore, it is designed for high accuracy, making it an ideal choice for current sensing applications.

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