4114R-2-220

Resistor Networks, Arrays

• 4114R-2-220 Application Field and Working Principle

  • Overview

    • The 4114R-2-220 is an array of resistor networks, and it is meant for DC current supply and AC adaptation in electronic systems. It is primarily used in device applications that require the regulation of current in order to ensure the equipment\'s safe and optimal operation.

    • The 4114R-2-220 is an array of resistor networks composed of a group of resistors connected in parallel and all sharing one common terminal. This type of resistor network ensures that the current passes through each resistor evenly, regardless of the level of resistance across each resistor.

  • Functionality

    • The 4114R-2-220 is designed to regulate current in electronic systems. This is achieved using a process called current balancing. Current balancing ensures that each resistor in the network receives the same amount of current, regardless of the resistance it is facing. This ensures that the current in the system remains consistent and allows the electronics to operate safely and efficiently.

    • The 4114R-2-220 is also designed to be used in AC applications, which require a different level of voltage control. This is achieved by connecting the resistor network to the AC voltage source to regulate the voltage level. This helps to protect the electronics from potential voltage damage.

  • Advantages

    • The 4114R-2-220 offers several advantages over other resistor networks, including: a wide voltage range, high current capacity, and increased efficiency. Its wide voltage range allows the network to be used in a variety of applications and electrical systems. Its high current capacity ensures that the network can provide the necessary current levels for optimal device operation. Finally, its increased efficiency reduces the amount of power that is lost in the system, making it more energy-efficient.

  • Conclusion

    • The 4114R-2-220 is a resistor network array specifically designed for DC current supply and AC adaptation in electronic systems. It uses a process called current balancing to evenly distribute the current through each resistor, regardless of the level of resistance across each resistor. This ensures that the system remains safe and efficient. Additionally, the 4114R-2-220 offers several advantages over other resistor networks, including a wide voltage range, high current capacity, and increased efficiency.