YC164-JR-076K8L Resistors

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Resistor networks are interconnected electrical components designed for controlling current flow in a variety of applications. YC164-JR-076K8L is an example of a resistor network, and it is composed of four thick film resistors embedded in a single package. This compact device has a very low package height, low inductance, and excellent thermal stability.

Application of YC164-JR-076K8L

The YC164-JR-076K8L is used in many different applications due to its unique design. The most common applications of this resistor network include noise reduction circuits, DC-DC converters, switched-mode power supplies, and battery chargers. It is also used in audio amplifiers, high speed signal transmission, and voltage divider circuits. Other than these, it can also be used in AC-AC converters, circuit protection, and electromechanical devices.

Working Principle of YC164-JR-076K8L

The YC164-JR-076K8L works by creating an electrically conductive path between two parts of a circuit. This resistor network is made up of four thick film resistors embedded in a single package. Each of these resistors is connected in parallel with one another, resulting in a low equivalent resistance. This resistor network is able to reduce power dissipation, reduce signal reflection, and reduce overall noise.

In addition to this, the YC164-JR-076K8L is designed to have a low package height and extremely low inductance, making it suitable for use in high speed signal transmissions and DC-DC converters. Additionally, the YC164-JR-076K8L exhibits excellent thermal stability, meaning it is capable of functioning within a wide temperature range.

Conclusion

In conclusion, the YC164-JR-076K8L is an example of a resistor network from the Arrays family. It is composed of four thick film resistors embedded in a single package and is used for many different applications such as noise reduction circuits, DC-DC converters, switched-mode power supplies, and battery chargers. Due to its low package height, low inductance, and excellent thermal stability, the YC164-JR-076K8L is able to reduce power dissipation, reduce signal reflection, and reduce overall noise.

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