FGG.1B.565.ZZF

Circular connectors have been a staple in the electronics industry for years. The FGG.1B.565.ZZF is a flexible field-installed contact system for military and aerospace circular connectors. This type of contact is increasingly adopted in harsh and hazardous environments due to its robustness and reliability.

Design and Features

FGG.1B.565.ZZF contacts are designed and constructed to meet stringent military and aerospace standards of performance and reliability. It fits into MIL-C-7910 mounting threads and provides a rugged connection for flexible mating. Outstanding vibration and shock performance is ensured due to a robust design and superior contact retention. The contact also features an anti-shorting design which suppresses EMI and RFI emissions. Additionally, the contact has the capacity to absorb misalignment. Due to its low resistance and high density connection, it is suitable for any round-connector interface.

Working Principle

FGG.1B.565.ZZF contacts are designed with a positive-locking mechanism to provide a secure connection. The contact is crimped onto the appropriate wire conductor and inserted into the mating connector. The contact can be secured into the connector with an adjustable nozzle that is fastened with a locking ring. The increased sidewall and keying feature helps to maintain precise contact positioning. Once fastened, the contact is held in place and current is allowed to pass.

Applications

FGG.1B.565.ZZF contacts are designed to provide reliable electrical performance under the most extreme conditions. Its applications include many military and aerospace applications requiring field mounted connectors. These contacts are specifically used for military aircraft, aviation, and communications equipment, as well as medical and other instrumentation. They are also commonly found in onboard GPS navigation equipment, air-traffic control systems, and computer networks.

Environmental Factors to Consider

FGG.1B.565.ZZF contacts must be chosen to meet the environmental conditions and application requirements. The voltage, temperature range, and current characteristics must be considered. Additionally, the vandal and theft resistance of the contact should be taken into consideration when selecting the right circular connector for a given application. Otherwise, the contact may not withstand the forces put on it and could cause the system or equipment to fail.

In conclusion, FGG.1B.565.ZZF contacts are an ideal choice for military and aerospace applications. Their robust design, low resistance, and high contact retention make them the ideal choice for extreme conditions. Additionally, the anti-shorting construction eliminates EMI and RFI interference and helps to protect sensitive equipment.