Fakra D Female Right Angle Claret Violet Crimp Connector About
Appliance
- WLAN
- GPS
- PC/LAN
- Automotive
- Base Station
- Head End Equipment
- Radios
- Wireless/ Networks Antenna
- Instrumentation
- Telecom
Electrical Characteristics
- Impedance50 Ohm
- Frequency Range0 to 6 GHz
- Voltage Rating225 VRMS
- Dielectric Withstanding Voltage1000 Volts
- Insulation Resistance5000 M min
Mechanical Characteristics
- Engagement Force20 N max.
- Disengagement Force10 N min.
- Connector Durability500 mating and unmating cycles min
Environmental Characteristics
- Temperature Range-65C to +165C
Material:
| Part | Material | Finish |
| Body | Brass | Nickel |
| Center Contact Pin | Phosphor | Gold |
| Insulator | TEFLON |
Reliable Signal Performance in Harsh ConditionsThe Fakra D Female Right Angle Connector offers outstanding environmental resistance against shock, vibration, and chemicals. Its gold contact plating and robust PBT housing provide exceptional signal integrity and longevity, even in automotive settings prone to extreme temperature and mechanical stress. This connector is designed to safeguard performance for demanding RF applications.
Designed for Automotive VersatilityAdhering to the DIN EN 20860-1 and FAKRA standards, this connector is engineered for compatibility and safety across various vehicle infotainment, navigation, and communication systems. Its secure latch mechanism ensures a stable connection, and the IP67 rating means it withstands dust and water ingress while mated, making it ideal for automotive field deployment.
Easy Installation and Customizable OptionsWith a crimp termination method, this connector facilitates straightforward and reliable field installations, fitting standard RG174 and RG58 cables. It is available in bulk or reel packaging and offers standard length options, with custom sizes available upon request to meet diverse project requirements.
FAQs of Fakra D Female Right Angle Claret Violet Crimp Connector:
Q: How is the Fakra D Female Right Angle Connector installed?
A: This connector employs a crimp termination method, making it straightforward to attach to standard RF coaxial cables like RG174 or RG58. The process involves stripping the cable, placing the conductor and insulation into the connector, and then using a crimping tool to secure the contact and housing for a robust connection.
Q: What types of RF signals and frequencies can this connector handle?
A: The connector is suitable for RF signal transmission across a wide frequency range, from DC up to 6 GHz. It is commonly used for automotive telematics, GPS, multimedia, and other wireless communication applications requiring stable, high-frequency performance.
Q: When should I choose the right angle configuration for my application?
A: The right angle design is ideal when space is limited or when cable routing requires a bend near the equipment or device. It allows for more compact and organized installations, particularly within automotive dashboards or multimedia control systems where direct straight-line connections may not be feasible.
Q: Where can these Fakra D connectors be used?
A: They are widely utilized in automotive environments, such as vehicle infotainment and navigation systems, telematics, and wireless communication modules. The connectors IP67 rating when mated ensures reliable performance even in environments exposed to moisture, dust, or vibration.
Q: What are the main benefits of the claret violet coding?
A: Claret violet coding provides clear visual identification, reducing installation errors and simplifying cable management in complex automotive and telematics harnesses. This color-coding is compliant with FAKRA standards and aids technicians during both installation and maintenance.
Q: How does this connector ensure long-lasting and secure connections?
A: Featuring gold-plated contacts for premium conductivity, a secure latch mechanism for reliable mating, and robust materials like PBT and brass/nickel, the connector is designed for over 100 mating cycles while maintaining signal quality and mechanical integrity, even under harsh conditions.