CRB2A4E751JT

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Resistor Networks, Arrays

CRB2A4E751JT is a series of resistor networks, arrays developed by Aavid Thermalloy. Resistor networks are a type of discrete component contained within a single unit, and they are designed to provide a resistance between two or more terminals. Resistor networks are very useful because they can be used to control the amount of current or voltage being sent through a circuit, or they can be used to divvy up current or voltage for various devices. Additionally, because some resistor networks contain multiple layers of resistors, they provide highly precise control over current or voltage.

Application Field

The CRB2A4E751JT is commonly used in automotive and industrial electronic circuit applications. It is a reliable product with a long operating life, and has been designed for robust performance in harsh environments. The resistor networks provided by Aavid Thermalloy are designed to meet the requirements of automotive, industrial, and military specifications. Additionally, these resistor networks can be used in a variety of different circuits and applications, such as:

1. Building and security systems – These systems often require resistor networks to distribute power to various devices and sensors in a reliable and efficient manner.
2. Power management – Resistor networks can be used to regulate the current flowing through a device and to ensure the device does not draw too much current and cause an overload.
3. Telecommunications – Telephone systems frequently use resistor networks for voltage regulation and to ensure accurate voltage levels, providing strong and reliable connections.
4. Elevators and escalators – Resistor networks are used to manage the speed and motion of these machines, helping to ensure safe operation.
5. Robotics – Resistor networks are often used in robotics systems to direct and control electric signals or motors in various ways.

Working Principle

Resistor networks consist of two or more resistors linked together and interconnected to each other in a single unit. Each individual resistor of the network is connected to a designated terminal. By varying the number of interconnected resistors, the amount of current or voltage delivered can be adjusted accordingly. Resistor networks provide a synergistic effect as they provide greater control and accuracy than an individual resistor can provide. They also provide stability in the electrical circuit and help to protect components from electrical risk.

The CRB2A4E751JT resistor networks are designed with a multiple resistor architecture, providing precision down to 1%. They also include a variety of protection features such as current limiting, thermal derating, and reverse voltage protection. Additionally, these resistor networks have been tested for emission and susceptibility, and they have been designed to meet MIL-STD-202 standards.

Conclusion

The CRB2A4E751JT has been developed to provide maximum performance and reliability for a range of industrial and automotive applications. Resistor networks are an important component in many electrical circuits, providing greater stability and accuracy over individual resistors. This series of resistor networks, developed by Aavid Thermalloy, is designed for reliable performance in harsh environments and meets Mil-STD-202 standards.

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