4308M-101-103LF

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Resistor Networks, Arrays refers to a class of electrical components which have multiple individual resistors grouped together. Typical examples of resistor networks includes series/shunt resistor configuration, 4308M-101-103LF resistor arrays, and such. In this article, we will be covering the application field and working principle of the 4308M-101-103LF resistor array in detail.

4308M-101-103LF. This is an array of 8 resistors with 103 resistances in ohms. It consists of two low-end 50-ohms resistors, three mid-range 103-ohm resistors, and three high-end 150-ohm resistors. It is designed for use in a wide range of applications, from communications and digital circuits to power and protection circuits.

4308M-101-103LF application field

The 4308M-101-103LF resistor array can be used in many different types of circuits due to its wide range of resistance values. Examples include:

• High-speed communications circuits
• High-frequency circuits
• Electric discharge lamps
• Power switch circuits
• Motor control circuits
• Consumer electronics circuits
• RF circuits

In addition to its wide range of possible applications, the 4308M-101-103LF resistor array is also highly cost effective, making it a popular choice for hobbyists and small-scale designers.

4308M-101-103LF working principle

The working principle of the 4308M-101-103LF resistor array is quite simple. The array is composed of eight individual resistors that are connected in parallel. When connected to a voltage source, they divide the voltage among themselves according to their internal resistances. For example, if the supply voltage is 12 volts, then the voltage across the 50-ohm resistor will be 5 volts, across the 103-ohm resistor will be 3.55 volts, and across the 150-ohm resistor will be 2 volts.

The voltage across each resistor is then used to control devices connected in series with it. For example, a 50-ohm resistor connected to a 12 volt source is ideal for controlling a motor. The motor will automatically be set to 5 volts, which is low enough to ensure that it does not burn out.

In addition to controlling devices, the 4308M-101-103LF resistor array can also be used to regulate current in circuits. By connecting one of the resistors in the array in series with the load, the current can be regulated to the desired level. This is especially useful in applications such as charging circuits and battery management.

Conclusion

The 4308M-101-103LF resistor array is a versatile and cost-effective solution for many applications. It can be used to control devices due to its ability to divide the voltage across its resistors, or to regulate current in series circuits. Its wide range of resistances makes it suitable for many different types of circuits, from high-speed communications to power switch circuits.

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