Low-Profile Solderless PCB Edge Launch Connectors
Amphenol SV Microwave's connectors offer a durable and rugged design for high-frequency PCB applications
Amphenol SV Microwave’s low-profile, high-speed RF/coaxial solderless edge launch connectors are ideal for high-frequency PCB applications where precision is key. These connectors are designed with minimal components to maximize signal integrity and RF performance. Additionally, these rugged, durable, and reusable connectors are 30% smaller than the standard flange, allowing for a smaller footprint on the board. These connectors can accommodate multiple PCB thicknesses without causing damage to the PCB. Current interface configurations include high-frequency SMA, 2.92 mm, 2.4 mm, and 1.85 mm series.
- Low-profile, solderless compression mount for fast and easy installation (includes screws)
- Designed with minimal components to maximize signal integrity and RF performance
- Reduced flange (30% smaller than the standard flange) for smaller PCB footprint
- SMA, 2.92 mm, 2.4 mm, and 1.85 mm series available
- Cost-effective solutions for testing
- Durable and rugged design
- Adjustable to accommodate multiple PCB thicknesses
- Minimal reflections through impedance-matched PCB launch
- 5G wireless
- RF test and measurement boards
- Rapid prototyping
- High-speed digital component tests
- Military and aerospace
Low-Profile Solderless PCB Edge Launch Connectors
| Afbeelding | Onderdeelnr. fabrikant | Beschrijving | Aantal poorten | Available Quantity | Prijs | Details weergeven | |
|---|---|---|---|---|---|---|---|
![]() | ![]() | 1521-60201 | 2.92MM FEMALE SOLDERLESS PCB EDG | 1 | 352 - Immediate | $55.41 | Details weergeven |
![]() | ![]() | 1621-60075 | 2.4MM FEMALE SOLDERLESS PCB EDGE | 1 | 34 - Immediate | $81.29 | Details weergeven |
![]() | ![]() | 2921-61674 | SMA FEMALE SOLDERLESS PCB EDGE L | 1 | 262 - Immediate | $58.88 | Details weergeven |
![]() | ![]() | 3321-60059 | 1.85MM FEMALE SOLDERLESS PCB EDG | 1 | 10 - Immediate | $98.30 | Details weergeven |






