Description
DESCRIPTION
MMBX Jack Snap-On Connector Solder Attachment Surface Mount PCB, With Female Center Contact
RFPCB-MMBX-FS-12G124 MMBX jack PCB connector available from L-com has a 50 Ohm impedance. This RF connector has a Surface Mount connector mount interface and is designed for a wide variety of Printed-Circuit Board (PCB) applications in RF and microwave systems. This MMBX jack connector uses solder as an attachment method. Our jack MMBX PCB connector provides a maximum frequency of 12.4 GHz. The MMBX connector is available in a 0.24-inch length and 0.24-inch width. The L-com MMBX jack PCB connector has a PTFE dielectric type and a VSWR of 1.06:1. This MMBX PCB connector has a brass body with gold plating. Our RFPCB-MMBX-FS-12G124 MMBX connector has a brass contact with gold plating. This L-com MMBX jack connector will ship the same day as purchased. Our MMBX jack connector is part of over 40,000 RF, microwave, and millimeter wave components in stock for worldwide shipment. We also build MMBX custom connector cable assemblies that will ship the same day as well. The MMBX jack connector with 50 Ohm impedance has a weight of 0.010 lbs. The jack coaxial connector is capable of operating at temperatures ranging from -55 deg C to 155 deg C. We currently have a variety of antenna, audio/video, Ethernet, fiber optic, and USB connectors in our portfolio that are ready to ship today. For further information on similar products, our expert technical support and knowledgeable sales team can help you get the high-quality RF that meets your requirements.
FEATURES
- Max. Operating Frequency 12.4 GHz
- Excellent VSWR of 1.06:1
- Gold Plated Brass Contact
- Blind Mate Connection
- Small circuit footprint for high density applications
- packaging available for pick and place circuit board manufacturing
- Mechanical misalignment tolerance of 4.5deg/0.7mm Max
APPLICATION
- General Purpose Test
- PCB Applications
- Circuit board test point
- PCB applications
- Low cost blind mate interconnect
- Board to board applications requiring multiple coaxial connections