G6Z-1F-R-TR DC12

High Frequency (RF) Relays refers to a class of relays that are specialized in switching high frequency signals, which generally are signals operating at high frequencies such as 100kHz and up. Among high frequency relays, G6Z-1F-R-TR DC12 is a commonly used one. It\'s specially designed to switch high current and high voltages. In this article, we will discuss the application fields and the working principle of G6Z-1F-R-TR DC12.

Application Field of G6Z-1F-R-TR DC12

G6Z-1F-R-TR DC12 is suitable for multiple industrial applications because of its wide operating voltage range from 5 to 12 volts DC and its low contact resistance of less than 5 milliohms. Here are some application fields of G6Z-1F-R-TR DC12 RF relay:

• Network Communication Infrastructure
• Vehicle Safety & Security Systems
• Portable Electronics
• Industrial Automation and Control
• Medical Electronics
• Scientific Instrumentation
• Telecommunications

Working Principle of G6Z-1F-R-TR DC12

G6Z-1F-R-TR DC12 is a form C (or form A) latching relay. It is composed of a magnetic latching mechanism, a coil, and a pair of reed switch. The moving arm of G6Z-1F-R-TR DC12 is mounted on a plastic armature, which is magnetically attracted to the magnetic latching mechanism of G6Z-1F-R-TR DC12 when power is applied. The basic working principle of G6Z-1F-R-TR-DC 12 can be summarized as follows: When the current flows from its coil into the contacts, the coil induces a magnetic field which causes the armature of G6Z-1F-R-TR DC12 to move. This in turn causes the two sets of contacts to close. When the current to the coil is reversed, the magnetic field collapses, and the armature is pulled away from the latch, causing the contacts to open.

Conclusion

G6Z-1F-R-TR DC12 is a high frequency (RF) relay, suitable for multiple industrial applications. Its operating voltage range is wide from 5 to 12 volts DC and its contact resistance is low. The working principle of G6Z-1F-R-TR DC12 is based on magnetic latching mechanism and the coil-induced magnetic field. This article provides an overview of the application fields and the working principle of G6Z-1F-R-TR DC12.