This is a 50 Ohm MMCX switchable jack designed by Samtec. It features a drop-through edge mount and can be soldered to a PCB on either the right or left side. This versatile connector switches from an internal to an external antenna when the cable is mated. It offers reliable performance up to 6 GHz and is available in a non-magnetic option suitable for medical and aerospace applications
Features & Benefits
• Seamlessly transitions between internal and external antennas, ensuring optimal signal reception • Easy installation and secure attachment to the PCB • Performance to 6 GHz which is suitable for high-frequency applications
Applications
• Used in mobile phones, routers, and other wireless devices • Ensures accurate signal testing and measurement • Reliable connectivity in demanding environments
What is the impedance of the MMCX-P-C-H-RA-CA1?
The MMCX-P-C-H-RA-CA1 has a 50 Ohm impedance.
Can I use this connector for high-frequency applications?
Yes, the MMCX-P-C-H-RA-CA1 is designed for performance up to 6 GHz.
This is a 50 Ohm MMCX switchable jack designed by Samtec. It features a drop-through edge mount and can be soldered to a PCB on either the right or left side. This versatile connector switches from an internal to an external antenna when the cable is mated. It offers reliable performance up to 6 GHz and is available in a non-magnetic option suitable for medical and aerospace applications
Features & Benefits
• Seamlessly transitions between internal and external antennas, ensuring optimal signal reception • Easy installation and secure attachment to the PCB • Performance to 6 GHz which is suitable for high-frequency applications
Applications
• Used in mobile phones, routers, and other wireless devices • Ensures accurate signal testing and measurement • Reliable connectivity in demanding environments
What is the impedance of the MMCX-P-C-H-RA-CA1?
The MMCX-P-C-H-RA-CA1 has a 50 Ohm impedance.
Can I use this connector for high-frequency applications?
Yes, the MMCX-P-C-H-RA-CA1 is designed for performance up to 6 GHz.