FCE17B25PB250

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FCE17B25PB250 connectors belong to the wide range of D-sub connectors that encapsulate signal pins. As desirable members of the series, they have numerous attractive uses in the field of electronics. The PB series has been designed as a standard-sized, multiple-contact, and board-to-board compatible connector technology. This article explains the applications, components, and working principle of the FCE17B25PB250 connectors.

Applications

FCE17B25PB250 connectors are used to establish electrical connections between electronic components like amplifiers and receivers. They are commonly used in consumer electronics such as cellphones, televisions, and personal computers. Other applications for the FCE17B25PB250 connectors include industrial controls, military and aerospace applications, and automotive systems.

The FCE17B25PB250 connectors are also commonly used for routing signals between component boards or breaking large PCB tracks into several smaller ones. This feature makes them an ideal choice for high-density connectivity requirements. They are especially useful for board-to-board connectors, allowing for the fusion of multiple components and maintaining a steady power flow from one board to another. The sturdy construction of the connector also makes it resilient against environmental hazards like dust and corrosive fluids.

The FCE17B25PB250 connector has a long service life and offers reliable operation, which makes it a suitable choice for the mass production and assembly of products. Moreover, its renowned quality and superior flexibility make it a viable option for many industrial and military applications.

Components

The FCE17B25PB250 connector consists of a machined body that features an interior slot for the pin contacts. This component takes care of the power supply and the voltage from the source to the corresponding end contacts. The external body of the FCE17B25PB250 connector is usually made of brass; its interior is insulated with a plastic cover that prevents any contact between the signal pins.

A variety of terminals and contacts are used to assemble the FCE17B25PB250 connector. Braided wire jumper links are attached to the top of the connector and used to connect it to the other board. The jumper is highly flexible, allowing the connector to be re-bent in case of any mechanical distortion. A solder-filled terminal block secures the connector to the board.

Working Principle

The FCE17B25PB250 connectors employ a pin connection that allows for a wide range of signal types (analog and digital) to pass through at the same time. The extensive quality and wide range of the signal types make this connector suitable for many applications. Pins are inserted in the slot for power supply and each pin is connected to another similar contact on the other board.

The soldered terminal block functions to secure the connector to the board and allow electrical power to be supplied to it. The terminal block also shields the board from unwanted noise emitted by the connector. When the circuit is engaged, a signal passes through the pins between both boards and further amplifies any desired signal being sent between them.

The machined brass body is highly effective in protecting the connector from any external interference. This feature ensures a steady flow of signal from one device to the other, regardless of the environmental conditions. It also keeps the board safe from any kind of vibration or other network-related interference.

Conclusion

FCE17B25PB250 connectors are a reliable and cost-effective solution for board-to-board connectivity. The connector is composed of a machined brass body and soldered terminals which provide strong and steady connection between the boards. It is designed to handle both analog and digital signals and features an extensive quality and range that makes it suitable for many applications. The connector’s construction also ensures a highly protective shield that safeguards the board from any external interference.

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