BNC(75)-BPJ-1.5CV-1(40)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

This article will explore the application field and working principle of the BNC(75)-BPJ-1.5CV-1(40) device. This type of device is categorized as miscellaneous, and it can be used for a wide variety of projects.

The BNC(75)-BPJ-1.5CV-1(40) device is a high quality miniature signal isolation transformer. It is designed for use in the medical, aerospace, telecom, and industrial sectors. This device is commonly used to transfer signals between two or more circuits and to isolate circuits or signals from one another. Additionally, it is capable of providing an extremely compact solution for data signal isolation.

The device is constructed using a miniature printed circuit board design. This allows for a compact installation and an increased packing density. The board is then equipped with two BNC(75) contacts, one BPJ-1.5CV-1(40) socket, and two capacitors. The contacts and capacitors are responsible for providing the data signal isolation. Additionally, the BPJ-1.5CV-1(40) socket allows for easy interfacing with the device.

The main function of the BNC(75)-BPJ-1.5CV-1(40) device is to transfer signals between two circuits while simultaneously isolating them. This is achieved through the use of capacitors and the BNC(75) contacts. The two capacitors are connected between the BNC(75) contacts, and serve as an electrical barrier. This barrier impedes the flow of electric current and limits data signal noise.

The BNC(75) contacts are used to connect the signal source or drain to the circuits. When a signal is transferred, the current passes through the contacts and is isolated from the rest of the circuit. The BPJ-1.5CV-1(40) socket allows for easy connection to the device. It is also capable of supporting telecommunication equipment up to 24 volts.

In conclusion, the BNC(75)-BPJ-1.5CV-1(40) is an extremely useful device that can be applied in a wide variety of fields. It is capable of transferring signals while simultaneously providing signal isolation and noise reduction. Additionally, it is easy to install and has the added benefit of providing an extremely compact solution.

The specific data is subject to PDF, and the above content is for reference