Categorization：Product Information
Edge-Lock RF PCB Connector Amphenol's connectors ensure a secure fit between the connector and the edge of the PCB for optimal RF performance Pictures of Amphenol SV Microwave Edge-Lock RF PCB Connector Amphenol SV Microwave's Edge-Lock PCB connector series is designed to create an interference fit between the tapered alignment pin and the PCB through hole, which can pull the contact channel of the connector to the edge of the PCB. This construction enables a clamp-less connector, eliminating the need for any unnecessary custom clamps to secure the connector, which is preferred for reflow soldering. The firm fit between the connector and the edge of the PCB ensures optimal RF performance across the entire frequency range of the connector.
----------------------------------------------------------------------------------------------
1. Amphenol Edge-Lock RF PCB connector related feature table:
| Characteristics: | Applications: |
| High frequency RF performance up to 40 GHz (2.92 mm version) | High-speed/high-frequency component testing |
| Edge-Lock design allows for precise placement prior to the reflow soldering process | Product Evaluation Board |
| No need for custom, expensive reflow furnace fixtures | Military Aviation Radar and Communication Systems |
| The connector clamp securely to that edge of the PCB and can be modified to accommodate most PCB thicknesses | Satellite communication system |
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Our company specializes in agency/production/sales of various {connector wiring harness cable products}; If you have related [connector wiring harness and cable products] purchasing/purchasing needs or want to purchase/understand which connector wiring harness and cable product solutions we can provide, please contact our business staff below!
“Without the consent or authorization of this site, no one shall reproduce, reprint, distribute, cite, change, broadcast or publish the content in whole or in part in any form, nor shall there be any other violation of the copyright of this site.
