YC164-JR-072K2L Resistors

Resistor Networks and Arrays are widely used in a variety of applications, ranging from consumer electronics and automotive circuits to industrial automation and scientific research. The YC164-JR-072K2L is a type of network resistor designed for power conditioning and current limiting. In this article, we will discuss the application field of the YC164-JR-072K2L and the working principle it utilizes.

Application Field

The YC164-JR-072K2L is a common type of four-terminal network resistor, which is primarily intended for power conditioning. It can be used in a variety of applications from consumer electronics and automotive circuits to industrial automation and scientific research. It is often used in power supply circuits, such as for linear and switched-mode power supplies, and can be used for current sensing, protection, snubbing, and voltage regulation. The YC164-JR-072K2L is suitable for use in applications with both low and high voltage levels, as well as applications requiring low on-resistance and low-to-medium power ratings.

The YC164-JR-072K2L is also useful for regulating the current in dynamic load conditions, such as during start-up or shut down. It regulates the output current by adjusting the resistance of the network resistor, which helps to prevent potential voltage spikes or excessive current flows which could cause damage to the device or circuit.

Working Principle

The working principle of the YC164-JR-072K2L is based on the basic concept of a resistor network. A resistor network is an arrangement of several resistors connected together in a specific way, which is used to create groups of varying resistances. In this type of resistor network, the output current is regulated by adjusting the resistance between two nodes, resulting in the output current becoming proportional to the voltage difference between the two nodes.

As with other networks, the YC164-JR-072K2L is constructed from four terminals, while two resistors are connected in series between two of the terminals. As the voltage between the two terminals is adjusted, the resistance of the two resistors changes. This alters the amount of current passing through the network, resulting in the output current becoming proportional to the voltage between the two points.

The YC164-JR-072K2L is designed with two internal resistors, which can be adjusted manually or by an external control signal. This feature makes the YC164-JR-072K2L ideal for applications which require fast and precise current regulation, such as for motor control or power supply circuits.

Conclusion

The YC164-JR-072K2L is a four-terminal network resistor designed for power conditioning and current limiting. It is a versatile resistor network, suitable for use in a variety of applications, and is capable of regulating the output current by adjusting the resistance between two points. This feature makes the YC164-JR-072K2L an ideal choice for applications requiring precise current control, such as motor control or power supply circuits.