Thanks to this, it introduces new improvements in the size, weight, and power of the company's well-known Datamate range, and meets the growing need for engineers to increase power in space-constrained designs.
The innovative, patented design of these components offers more contact points, thus improving their resistance to shock (100G) and vibration (40G for 6 hours – 2 hours on each axis). The crimping drums accept 22AWG wire and meet IPC-A-620 wiring specifications. The contacts are also gold-plated to ensure reliable performance even in the harshest application environments (meeting US military requirements, etc.). This design also allows for a significantly higher number of connection cycles (up to 1,000), extending the lifespan of the connectors they are used with. Their operating temperature range is -55°C to +125°C.
The T-Contact offers 60% greater contact friction than existing Datamate contacts, improving self-cleaning and reducing the possibility of surface contamination. Complementing these revolutionary contacts, Harwin supplies a variety of double-row housings with different screw-on closures, available directly from stock in various sizes, from 4 to 50 positions.
Its main applications include defense, avionics (control systems, radar, unmanned aerial vehicles, etc.), motorsports (navigation systems, sensors, telemetry equipment), industrial automation (drives/controls, robotics, motion control systems) and satellites.
Han® Q 4/0 and Han® Q 3/0 power connectors in the semiconductor industry
In the semiconductor industry, microchips are manufactured from what are known as wafers, which are composed of a high-purity crystalline material such as silicon. The wafers are initially polished and cleaned before undergoing various surface treatments, including oxidation and CVD.
