EXB-E10C471J Resistors

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor Networks, Arrays, and the EXB-E10C471J

In the world of electronics, resistors are an essential component used to control the flow of electricity. Resistor networks, arrays, and products such as EXB-E10C471J provide an organized and reliable way to produce electrical circuits. Understanding how resistors are used in network applications, and what a resistor array is, can help explain what the EXB-E10C471J is.

Resistor networks are made up of multiple resistors connected in a circuit, usually in an X-Y layout, and they are used to control the flow of electricity. When configured in a network, resistors divide, absorb, and provide electrical signals. There are two major types of networks: High-Ohm and Low-Ohm. In a high-ohm network, the resistors are arranged in linear order from the highest ohm value to the lowest. In a low-ohm network, the resistors are arranged from the lowest ohm value to the highest. By connecting resistors in a network, the electrical current and voltage can be divided, and then recombined to produce the desired outputs.

Resistor arrays are specifically designed resistor networks that contain an integrated circuit. This allows for a more efficient way to control the flow of electricity, and is much better suited for resistive loads than standalone resistors. Resistor arrays are designed to increase the accuracy and reliability of a circuit, and to reduce maintenance and produce a more consistent performance. They come in many shapes and sizes, depending on the application.

The EXB-E10C471J is a resistor array developed by Panasonic for use in low-ohm network applications. It is composed of five bonded resistors, each with a resistance of 4.7 ohm. This creates a network of resistors with an overall resistance of 9.4 ohm. It has a maximum power dissipation rating of 1.5W and a minimum contact resistance of 0.1 ohm. This resistor array is suitable for a wide range of applications, including current sensing, voltage dividers, and AC/DC control.

The EXB-E10C471J is made up of five resistors wired in parallel. This means that the total resistance of the network is lower than the resistance of any single resistor. As current flows through the resistor array, it will be divided into five equal parts and each resistor will see the same voltage drop. This allows for a more accurate current control and higher efficiency than a single resistor would provide.

With the increased accuracy and reliability that a resistor array provides, this type of network is a great option for applications that require careful control of current and voltage. The EXB-E10C471J provides a convenient and reliable way to build a low-ohm network, and is perfectly suited for current sensing, voltage dividers, and AC/DC control. It is the perfect addition to any electrical circuit, and with its small size and effective performance, it is easy to see why the EXB-E10C471J is one of the most popular resistor arrays on the market.

The specific data is subject to PDF, and the above content is for reference