Search Results for high power connectors

RF connectors range in size from ultra miniature to large-form factor and are available in various PCB mounted, SMT and through hole, and crimp, clamp and solder coaxial cable termination styles. ... Our largest products are designed to support the high power needs of 5G wireless infrastructure. Select a form factor below to browse our products ...

RADSOK® is a high power contact technology that provides low resistance, low insertion force and high reliability for various applications. Learn about the features, advantages and products of RADSOK® contacts for printed circuit boards, connectors and cables.

The most advanced connectors in this series are the Micro Power and Mini Power Super versions, which provide even better current ratings of 17A/pin and 20A/pin plus wire gauge ranges of 16AWG-15AWG and 16AWG-14AWG respectively.All variants of Mini Power connector series come with Boardlock option that ensures strong retention force whereas the Micro Power connectors have scoop-proof housing ...

High Power Connectors for PCB-Applications. 3.6 mm, 6.0 mm and 8.0 mm Radsok 10 2.3 ground|mate High Power contacts for grounding or potential equalisation (PE).3.6 mm, 6.0 mm and 8.0 mm Radsok 12 2.4 Radsok contacts and housings High Power contacts and touch-proof housings. 3.6 mm, 6.0 mm and 8.0 mm Radsok 14 2.5 Wallbushing Connector family

The High Voltage 38999 line of connectors is an expansion of the MIL-DTL-38999 series and is designed to provide high voltage solutions for next-generation aircraft power requirements. Future power distribution architecture is moving toward higher voltages than what standard connectors are designed to accommodate.

6 Radsok® Content Content Page 1 - Radsok basics 06 2 - Sub series 08 2.1 busbar|mate High Power Connectors for busbar. 6.0 mm, 8.0 mm and 10.0 mm Radsok ... GT Amphe-Power® Connectors with RADSOK® technology, the GTC-M Series with metal clip inserts and GT-PC Series for high voltage power applica-tions. There is also information on other ...

The PwrMAX ® I/O connector is known for its high-density power and signal capabilities. It has the ability to carry up to 50A per contact, and up to 100A per column. Additionally, the connector offers a range of wire options, including 6AWG to 8AWG for power contacts and 22AWG for signal contacts.

High Power Contacts Amphenol Aerospace's development of High Power Contacts is the foundation of our new High Power Products. The High Power Contacts allow for greater current carrying capacity, or amperage, and are able to withstand higher temperatures in the same sizes as current Mil-Spec style pin and socket contacts.Our Temper Grip Contacts which utilize a stainless steel napkin ring to ...

Amphenol is one of the leading manufacturers of hci high power connector. Contact us today for more details of hci high power , part number 10078904-001LF.

Amphenol Commercial Class L heavy duty power connectors are the commercial equivalent of the MIL-DTL-22992 qualified connectors -- our largest size cylindrical connector. These ruggedized high amp connectors are available only in the specific configurations defined by the MIL-DTL-22992 specification.

BT High Temperature Connectors are 5015-style connectors designed to far exceed the temperature specifications of our standard 5015 connectors View Download BT-Series 5015 Ultra-High Temperature Circular Connectors From Amphenol Aerospace

MIL-DTL-38999 . Series I (LJT-R) 100% scoop-proof; High density arrangements (up to 128 contacts) Contact sizes 12 through 22D plus size 16, 12, 8 coax, and size 8 twinax

The Matrix MIL-DTL-5015 is a crimp, rear-release high power connector that provides an improved alternative to the older MIL-C-5015 solder type. It bridges the gap between an old connector standard and the need for environmental and high-performance standards in current technologies.

Up to 75A per contact for high power and up to 45A per contact for low power; Provide excellent power density and multiple power voltage; 9.6mm height; Low profile configuration ideal for 1U power supplies or power distribution system; Highly vented housing design; Maximizes heat dissipation for effective system cooling; Halogen-free housing ...

Using proven high-heat materials such as alumina ceramic inserts, high-temperature elastomeric seals, and much more, High Temperature Series Five connectors can beat the heat. The heat-resistant High Temperature Series Five outperforms standard mil-spec D38999 connectors under similar high-heat circumstances.

FCI Basics Metral® power, high power and coax connectors are standalone modules, end-to-end stackable with Metral® signal modules. The connectors are compliant to IEC 61076-4-104 and Telcordia GR-1217-CORE. ... Power connector range with blade contacts uses same PCB footprint as signal modules; Interchangeable solution offers design flexibility;

A hybrid of the High Power Matrix 5015 series and D38999 military connector, Amphenol's High Power Matrix 38999 connector uses mil-spec qualified inserts from the Matrix 5015 and combines them with the mechanical interface of the D38999 to bring you the best of both worlds. With the Matrix 5015 series, you can upgrade your EMI shielding ...

D-SUB Connectors – also known as D-Subminiatur or Sub-D connectors – are used in nearly all application markets, from control and measuring to telecommunications and computer applications. D-SUB connectors take their name from their characteristic D-shaped shell, which protects both sides of the connector from mechanical and electromagnetic ...

Environmental Sealing: IAW connector specification Corrosion Resistance: 500 hours salt spray EMI Shielding: 360 degree shielding on each pair Mating Cycles: 500 cycles Voltage Rating: 500 Vrms max @ sea level Dielectric Withstanding Voltage: 500 VAC RMS sea level Temperature Range:-65C to 175C Bandwidth: Up to 1.25 GHz Data Rate: Exceeding 2.5 Gbps. Voltage Rating: 500 Vrms max. @ sea level

The High Voltage 38999 line of connectors is an expansion of the MIL-DTL-38999 series and is designed to provide high voltage solutions for next-generation aircraft power requirements. Future power distribution architecture is moving toward higher voltages than what standard connectors are designed to accommodate.