Molex 5G mmWave RF Flex-to-Board Connectors
Molex 5G mmWave RF Flex-to-Board Connectors offer high signal integrity performance for high-speed (15GHz) RF applications. These connectors provide robust mating with vertical and PCB real-estate space-saving features. Molex 5G mmWave RF Flex-to-Board Connectors are designed for 5G mobile and other communication devices. Typical markets include medical, defense, consumer, and industrial.
Features
- Receptacle center shield
- Isolates each row
- Contributes to good signal integrity performance for 5G (Sub6, mmWave) and other high-speed applications
- Excellent SI performance
- Robust mating
- Armored split nail
- Protects connector from damage during mating
- Allows for dual-use as power or ground
- 2x RF signal lines + power line or alternative configuration as 4x RF signal lines (without power) for design flexibility in pin assignments
Applications
- Consumer
- Augmented reality/virtual reality
- Smartphones
- Tablet PCs
- Wearable devices
- Smart home devices
- Medical devices
- Patient monitoring systems
- Therapeutic and surgical equipment
- Industrial
- IoT
- Portable audio and navigation equipment
- 5G and RF devices
- Defense
- Drones
- Unmanned vehicles
- Aircraft avionics
Specifications
- 50V maximum voltage
- 0.3A or 1A maximum current range per pin
- -40°C to +85°C operating temperature range
- Maximum contact resistance
- 30mΩ (signal)
- 20mΩ (nail)
- 250VAC (rms) dielectric withstanding voltage
- 100MΩ minimum insulation resistance
- 0.35mm pitch
- 0.60mm mated height
- 2.30mm mated width
- 3.04mm receptacle length
- Vertical type structure
- 6+4 circuit size
- 10 cycles maximum durability
Related Connectors
Molex Board-to-Board Connectors
Variety of configurations for microminiature, high-speed, high-density, & high-power applications.
Molex 5G25 RF Connectors
Compact flex-to-board connectors with high SI and low EMI.
Molex SlimStack Connector Family
Wide variety of space-saving, surface-mounted, stacking connectors
Related Solutions
Molex 5G Technology
Includes optical, copper, and RF connectivity, FPGA solutions, and signal integrity engineering.
Published: 2021-12-07
| Updated: 2025-03-26