FCE17C37PN4D0

D-Sub Connectors are used in many media and appliances, either for analog or digital purposes. The FCE17C37PN4D0 is a miniature connector designed primarily for high-frequency signal acquisition and transmission in a range of applications. This article explores the application field and working principles of the FCE17C37PN4D0.

Design and Features

The FCE17C37PN4D0 connector is a miniature connector with its contact design divided in two parts; the male portion comprising of 37 pins and the female portion having the corresponding 37 receptacles, both parts connected together when mated. It is designed with a PBT housing and can accommodate a range of signal types such as digital signals, analog signals, key management, and power supply. Its dimensions are small at 12.5mm (0.49 in) in diameter and its body height is 1.9mm (0.075 in). It is a high-frequency signal connector and is able to accommodate frequencies up to 3GHz.

Application Field

The FCE17C37PN4D0 connector can be used in multiple applications such as:

• High-frequency signal acquisition in manufacturing and laboratory fields.
• Interconnections between communication devices and network navigation systems.
• Digital signal transmission and reception in broadcasting systems.
• RFID tags with a range of applications in computer systems.

The FCE17C37PN4D0 connector is generally used in RFID tags, communication systems, networking devices, and laboratory equipment. It is highly reliable and offers a stable performance with high-frequency signals. It can also be used in portable terminals, wireless modem applications, and wireless local area networks.

Working Principle

The FCE17C37PN4D0 connector is designed to transfer high-frequency signals in a secure and efficient manner. When the male and female parts are mated together, the signals are transmitted through a waveguide cavity and do not move through the connector’s metal contact points. The signal is then shifted to a waveguide slit, which creates an electrical connection between the male and female connectors. The waveguide slit widens and narrows to form a secure connection, and the waveguide cavity absorbs signal energy.

The FCE17C37PN4D0 connector can be installed easily, and is extremely reliable when it comes to transferring high-frequency signals. This connector is also cost-effective, meaning that it can be used in commercial and industrial applications without needing to invest too much. Its small size and reliable design make it a suitable choice for a range of applications.

Conclusion

The FCE17C37PN4D0 is a miniature connector designed for high-frequency signal acquisition and transmission. This connector can be used in a number of applications such as RFID tags, communication systems, networking devices, and laboratory equipment. The FCE17C37PN4D0 can be mated with its corresponding female part to form a secure connection, allowing for reliable signal transfer. It is highly reliable and cost-effective, making it an ideal choice for commercial and industrial applications.