CAY06-390J2AS Resistors

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Resistor Networks, Arrays

The CAY06-390J2AS is a type of resistor network, array—an electrical component comprising of several interconnected discrete resistors, formed into a specific arrangement. As one of the most important resistor networks in the industry, CAY06-390J2AS has wide applications in practical engineering. In the following part of this article, the general application field and working principle of CAY06-390J2AS will be introduced in detail.

Application fields

CAY06-390J2AS is a two-way, two-out, two-resistor surface mount device. It is mainly used in adaptive circuit compensation, voltage scaling, linear attenuation and other applications. The product has a high precision resistance deviation, low temperature coefficient and excellent environmental performance. CAY06-390J2AS has the advantages of minimum parasitic capacitance and inductance and excellent ac and dc electrical performance. In the application, it can also meet the needs of high-frequency, large-signal and low-noise operations.

In addition, CAY06-390J2AS also has a wide range of applications in the power system environment environment of larger-scale integrated devices. The strong switching current capability of CAY06-390J2AS provides a stable and reliable performance for the high frequency switching power supply circuit. Due to its two symmetric and symmetric chip performance, CAY06-390J2AS is also suitable for using as drive device in reaction field and provides fully protected power supply, including overcurrent, reverse voltage and low-power loss of power supply throughout a long-term circuit.

Working Principle

Regular patterns of resistor networks like CAY06-390J2AS use multiple discrete resistors to form a pure electric circuit, the application steps being quite simple. First, according to the practitioner’s needs, the design of the circuit should be done by adjusting and making sure where the power source and load should be connected. After the circuit design is completed, the construction phase follows: the power source and load should be connected and the discrete resistors should be connected in such a way that they form a current loop. Once turned on, the power source will provide electricity and the connected resistors will divide the current.

Finally, the overall voltage of the entire circuit is calculated by summing the voltage drops along the current path. The configuration of the resistors follows exactly the logic of Ohm’s Law, which states that for equal resistance, the current will flow equally from the point a to b. As a result, it needs a higher voltage supply to produce a higher current, which makes resistor networks an ideal replacement for traditional voltage control jacks.

Conclusion

To conclude, this article gave an overview of the application fields and working principle for CAY06-390J2AS resistor networks. We have demonstrated how CAY06-390J2AS is suitable for a wide range of applications and why it is a preferred choice of smart practitioners. Also its working principle has been discussed in compliance with Ohm’s Law in order to define how exactly this network distributes the current between its interconnected discrete resistors.

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