1537R-20H

Fixed Inductors

The 1537R-20H is an inductor with fixed characteristics. It is most commonly used for getting stable and continuous current from a voltage source by providing a barrier to the instant RC response. This is achieved by limiting the rate of current change over time, which is a key to stable voltage. The 1537R-20H performs this job reliably with its robust construction and design.

Application Field

The 1537R-20H is mainly used for getting stable voltage from any voltage source, such as a battery, wall socket or a motor. It is primarily used in applications where there is a high current demand, and it is important to get a stable voltage output for the device. It is also used in power supplies, voltage regulators, and rectifiers.

The 1537R-20H is particularly uncomplicated to use and install. It can be hooked up to the power source as a direct connection with two wires, or two connectors with a grounding point in between. It is also extremely compact, allowing for installation in tight spaces.

Working Principle

The 1537R-20H works by performing an inductor-capacitor combination, also known as “filtering”. The inductor serves as a barrier by “resisting” the sudden change of current. Meanwhile, the capacitor stores energy, creating a “buffer” effect, preventing fluctuations in voltage.

This combination of inductor and capacitor creates a circuit, which acts like a low pass filter. This means that the 1537R-20H has the ability to filter out high-frequency signals, while letting through relatively low-frequency signals. This eliminates voltage spikes, making it suitable for use in high current applications.

The 1537R-20H also works to prevent oscillation, ensuring that the voltage input from the power source is consistent. This helps maintain optimal performance from the device, while simultaneously preventing overheating and malfunction.

Summary

The 1537R-20H is a fixed inductor, primarily used for getting stable voltage from voltage sources, such as batteries, wall sockets or motors. It works by performing an inductor-capacitor combination, also known as “filtering”, which eliminates voltage spikes, creating a low pass filter. This allows it to maintain a consistent voltage input from the power source, helping to maintain optimal performance and prevent overheating and malfunction.