IEH | Defense

Satellites
Fighter Jets
Airborne Radars
Missiles
Rotary-Winged Aircraft
Ground Radars
Radios / Communications Systems
Torpedos

Scan Result

Satellite

IEH Connectors 1/3

HRM series Stacking Connectors

HKC and HKX High-Speed Connectors

Customized HGM series Connectors

Application

IEH HRM connectors in a stacking configuration on a GPS military satellite, specified for IEH’s ability to adapt our hyperboloid PCB connectors for parallel board, stacking applications

IEH’s High-Speed cPCI and VITA-compatible connectors were designated for the power, memory, and video boards on satellite antenna systems. These connectors were chosen for their reliability, high-speed data transmission capabilities and low insertion force

Chosen for a “dark” program, IEH was preferred for our ability to customize our standard HGM series connectors, providing right-angle solder cups and right-angle surface-mount terminations

Programs

Satellite programs include GPS III, OneSat, RSGS, “Dark” programs

Satellite programs include GPS III, OneSat, RSGS, “Dark” programs

Satellite programs include GPS III, OneSat, RSGS, “Dark” programs

Scan Result

Fighter Jet

IEH Connectors 1/3

Power contacts

HMM Series Connectors

Customized PCB Connectors for EMI Protection

Application

IEH’s Hyperboloid contacts were chosen for engine start-up on next-gen fighter jets, due to their ability to carry more current than a standard socket

Several sizes in our HMM series were specified for the embedded systems’ LRU’s and navigation systems on several fighter jet platforms

Nickel-plated connectors to prevent electro-magnetic interference in helmet-mounted display units

Programs

Fighter Jet programs include F-35 Joint Strike Fighter (JSF), Eurofighter, F-22 Raptor, F-16, F-18, India’s Light Combat Aircraft (LCA)

Fighter Jet programs include F-35 Joint Strike Fighter (JSF), Eurofighter, F-22 Raptor, F-16, F-18, India’s Light Combat Aircraft (LCA)

Fighter Jet programs include F-35 Joint Strike Fighter (JSF), Eurofighter, F-22 Raptor, F-16, F-18, India’s Light Combat Aircraft (LCA)

Scan Result

Airborne Radar

IEH Connectors 1/2

Customized High-Speed Connectors

High-Density Custom PCB Connectors

Application

Designed as a Hyperboloid drop-in replacement for commercial-grade connectors, which were not robust enough for an airborne application

PCB’s requiring high-pin count connectors in navigation systems rely on the Hyperboloid for their lower insertion force, as in these 380-pin receptacles

Programs

Airborne Radar programs include E-2D, AN/AG-73, EGI-M

Airborne Radar programs include E-2D, AN/AG-73, EGI-M

Scan Result

Missiles

IEH Connectors 1/3

Customized, semi-circular stacking connectors

PCB Connectors, Custom connectors and flex assemblies

Customized PCB connector for Inertial Measurement Unit

Application

Designed for the guidance system of a laser-guided missile, the Hyperboloid solution was critical for its immunity to shock and vibration

Several different interconnect solutions are employed in this anti-tactical missile defense system

Replacing discrete PCB contacts in a high-performance, tactical-grade IMU used on multiple missile platforms

Programs

Precision-Guided Missile programs include APKWS, THAAD, Patriot Missile, AMRAAM, LSRO

Precision-Guided Missile programs include APKWS, THAAD, Patriot Missile, AMRAAM, LSRO

Precision-Guided Missile programs include APKWS, THAAD, Patriot Missile, AMRAAM, LSRO

Scan Result

Rotary-Winged Aircraft

IEH Connectors 1/3

Customized, 1,200-pin connector

Hyperboloid Compact PCI connector

Hyperboloid Contacts for circular connectors

Application

The largest Hyperboloid connector ever constructed, this was designed for an Air Force rotary-winged craft, for an interface board. The low-insertion force of the hyperboloid contact made IEH the only option

High-Speed connectors designed as a more robust solution for the helicopter’s flight control systems

Utilized in on-engine applications where the Hyperboloid replaced industry-standard sockets, due to its superior performance under high shock and vibration

Programs