4606X-102-222

Resistor networks, arrays, are commonly used electrical components. The 4606X-102-222 is a popular type of resistor network. In this article, we’ll discuss the application field and working principle of 4606X-102-222.

What is 4606X-102-222?

4606X-102-222 is a surface mount resistor array that is often used to create electrical resistance, improve voltage dampening, and manage circuit impedance in electronic circuits. It has a power rating of 10 Watt, a temperature coefficient of -55°C to 225°C, and 6 individual resistors. The resistors are separated on the board, and each has a resistance of 2.2 Ohm.

Application Field

The 4606X-102-222 can be used in many common applications. For instance, it can be used to supply current for linear regulators, stabilize voltage supply circuits, and buffer current in motor drives. It is also especially useful for audio applications, such as low noise audio amplifiers, servo amplifiers, and systems that require high-precision noise isolation. In addition, this type of resistor array is often used in automotive, medical, and military applications.

Working Principle

The 4606X-102-222 operates by providing electrical resistance, which in turn decreases the current that is supplied in a circuit. This is done through each of the individual resistors. When the resistors are connected to a given voltage, they will convert the excess electrical energy into heat energy. This ensures that the current in the circuit is accurately regulated.

In addition, the resistance of each individual resistor in the array can be used to adjust the impedance of the entire circuit. When the resistance of one or more of the resistors is increased, the impedance of the circuit is also increased. This is useful for reducing noise, improving stability, and preventing the system from overloading.

Conclusion

In conclusion, the 4606X-102-222 is a type of resistor array that is used for providing electrical resistance, creating voltage dampening, and stabilizing circuits. It is useful for many applications, such as automotive, medical, and military applications. The individual resistors in the array can be adjusted to increase or decrease the overall impedance of the circuit. This helps to reduce noise, improve stability, and prevent overloads.