160-562GS

Fixed Inductors are electrical components which store energy in the form of magnetic fields. The concentric circles of a fixed inductor coil create a magnetic field, and the number of turns and size of the coil determines its inductance. The 160-562GS is one such device that is primarily used to stabilize and modify AC and DC circuits, therefore preserving the signal integrity of the current through the device. While there are a variety of inductors used in different applications, the 160-562GS is particularly suited for applications that require a high degree of stability and protection. Let’s explore the 160-562GS application field and working principle.

160-562GS Application Field

The key applications of the 160-562GS include communication, computer, consumer electronics, and automotive devices. The device can be used in products such as ultrasonic flowmeters, stepped motors, telephone lines, relay circuits, and digital circuits, and it is even more resistant to environmental factors than other standard fixed inductors. It is also extremely resistant to changes in temperature and humidity, making it an ideal selection for devices that require a medium to high level of reliability and durability.

The device is especially effective in applications that require a high level of protection from lightning, electro-magnetic interference and other voltage surges. It is also ideal for digital circuitry and communication lines that need to be continuously powered, such as CCTV systems. Other common uses include controlling power consumption, isolating power lines, and improving the efficiency of power supplies and switching regulators.

160-562GS Working Principle

A 160-562GS works by controlling the flow of current through the inductor by the number of turns in its coil. This principle is known as the inductance effect, and the amount of inductance is measured in henries (H). The total number of turns in the coil determines the inductance, which is adjustable based on the application requirement. This adjustable feature makes the device ideal for specialized applications that require precise levels of current control.

The inductor is built using two concentric coil sections. The inner coil is smaller and acts as the primary winding, while the outer coil is larger and acts as the secondary winding. The two coils are connected in series, and by varying the number of turns in the primary winding, the device can control the current flowing through the device. As the current passes through the primary winding, a magnetic field is generated, which produces an opposing voltage. This opposing voltage limits the current flowing through the device.

The device also uses an internal temperature compensation to ensure that its inductance remains stable, even when temperatures change significantly. This is possible because of the use of temperature sensitive capacitors, or thermistor, connected in parallel with the primary and secondary windings of the inductor.

Conclusion

The 160-562GS fixed inductor is highly effective at stabilizing and controlling AC and DC signals, making it ideal for a wide range of communication, computer, consumer electronics, and automotive applications. The device features excellent protection from lightning, electro-magnetic interference and other voltage surges, and its adjustable inductance allows precise current control. Its internal temperature compensation ensures that the inductance remains stable, even when temperatures change significantly. In summary, the 160-562GS is a reliable, versatile device that is sure to meet the needs of any application.