Where can I use a FAKRA Connector?
FAKRA connectors are extensively used in automotive infotainment systems, GPS antennas, telematics devices, and other applications involving high-frequency signal transmission. Their versatility and reliability make them suitable for a wide range of RF connectivity requirements.
How do I choose the right FAKRA Connector for my application?
When selecting a FAKRA connector, consider factors such as frequency requirements, application environment, and specific connector types needed for your system. Additionally, ensure that the connector meets industry standards to guarantee optimal performance and compatibility.
Is it easy to install and maintain a FAKRA Connector?
Yes, FAKRA connectors are designed for easy installation and require minimal maintenance. The standardized design and color-coding system simplify the installation process, and regular visual inspection is recommended to ensure proper functioning over time.
- Product Details
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Quick Details
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Place of Origin:
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Guangdong, China
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Brand Name:
-
Metabee
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Model Number:
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Fakra Z Code
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Frequency Max:
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6GHz
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Impedance:
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50 Ohms
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Connector type:
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Female Jack
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Contact Type:
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Female Pin
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Orientation:
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Right Angle
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Contact Termination:
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Crimp
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Wire Range:
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RG174 / RG316
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Contact Material:
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Brass
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Insulation Material:
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PTFE
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Contact Finish:
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Nickel
Quick Details
-
Type:
-
Fakra
-
Application:
-
RF
-
Gender:
-
Female
-
Place of Origin:
-
Guangdong, China
-
Brand Name:
-
Metabee
-
Model Number:
-
Fakra Z Code
-
Frequency Max:
-
6GHz
-
Impedance:
-
50 Ohms
-
Connector type:
-
Female Jack
-
Contact Type:
-
Female Pin
-
Orientation:
-
Right Angle
-
Contact Termination:
-
Crimp
-
Wire Range:
-
RG174 / RG316
-
Contact Material:
-
Brass
-
Insulation Material:
-
PTFE
-
Contact Finish:
-
Nickel
30,000 + Project Cases
Products Description
Fakra Close-up View
What is a FAKRA Connector?
A FAKRA connector is a type of RF connector commonly used in automotive and other applications for transmitting high-frequency signals. It features a standardized design and color-coding system to ensure proper connections and is widely recognized for its reliability and performance in the transmission of RF signals.
What are the key features of a FAKRA Connector?
Standardized design and color-coding for easy identification and installation
High-frequency signal transmission capability
Reliable connection for automotive and industrial applications
Wide compatibility with various RF devices and systems
Robust construction for durability and long-term performance
Features and Benefits
* Ruggedized housing with audible locking mechanism
* 14 different mechanical and visual key codes
* Minimum of 25 mating cycles
* Reliable electrical performance up to 3 GHz
* Available in a variety of PCB and cable-mount configurations
* Stamped & formed construction for fully automated cable termination
* FAKRA 2 compatible with enhanced TPA functionality
* Mechanical pull to 90N min.
* Chamber compatible per FAKRA 2 specification
* Connector housings are removable for field replacement
* 14 different mechanical and visual key codes
* Minimum of 25 mating cycles
* Reliable electrical performance up to 3 GHz
* Available in a variety of PCB and cable-mount configurations
* Stamped & formed construction for fully automated cable termination
* FAKRA 2 compatible with enhanced TPA functionality
* Mechanical pull to 90N min.
* Chamber compatible per FAKRA 2 specification
* Connector housings are removable for field replacement
Applications
* 360-degree surround view cameras
* Wireless remote Control
* Sensor Connections
* Infotainment
* Vehicle Controls
* Compute Modules
* GPS
* Bluetooth
* Satellite Radio & AM/FM Radio
* Wireless remote Control
* Sensor Connections
* Infotainment
* Vehicle Controls
* Compute Modules
* GPS
* Bluetooth
* Satellite Radio & AM/FM Radio
|
Impedance
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50 Ohm
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Frequency Range
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DC - 3 GHz
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Voltage Rating
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335 Volts RMS Continuous
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Dielectric Withstanding Voltage
|
800 VRMS Max
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VSWR (Return Loss)
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|
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DC - 200 MHz
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1.2 (-21 dB) Max
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200 - 500 MHz
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1.35 (-16 dB) Max
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500 MHz - 2 GHz
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1.4 (-15 dB) Max
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2 GHz - 3 GHz
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1.5 (-14dB) Max
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3 - 6 GHz
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1.6 (-13dB) Max
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Insulation Resistance
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100 MΩ Min
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Center Contact Resistance
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24 mΩ Max
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Outer Contact Resistance
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5 mΩ Max (6 mΩ after Environmental Testing)
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Contact Current (dependant on cable size)
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≤1 A DC
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Insertion Loss
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|
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DC - 200 MHz
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0.15 dB
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200 - 500 MHz
|
0.25 dB
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|
500 MHz - 2 GHz
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0.3 dB
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2 - 3 GHz
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0.3 dB
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3 - 6 GHz
|
0.45 dB
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Power Handling
|
95 W Max @ 1 GHz @ 25ºC
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