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Molex terminal block application development trends
  Published:2012-05-02 13:53:06   Views:

Molex terminal block application development of the main directions in the area of automotive electronics, Molex automotive solutions including those for airbags, seat belts, and tire pressure monitoring system, temperature control and power transmission systems, Windows and connector products.

In addition, major trends in the field of automotive electronics including providing consumers access port, port to port (port-to-port) sending video and car peer networking (peer-to-peer). Has a wide selection of copper connectivity solutions are being used to support the car high speed digital connections, and many of them are based on the serial/parallel converter (Serializer/Deserializer, SerDes) technology, to reduce the weight, but increase complexity, in-vehicle network connection options at the same time opened up many possibilities.

Leading electronics companies and OEM design engineers are increasingly using the expertise from other industries, and the latest in advanced technology to be transformed for use in transportation applications. At present, a series of point-to-point (point-to-point) connector components and in-vehicle network solution has been tested in the demanding commercial applications for transport and validation.

Using solid state circuits to detect the touch is also a trend of development. Customized capacitive touch switches are designed to withstand harsh chemicals, pollutants, and EMI, user interface to achieve stable and durable, and ideal for commercial vehicle applications.

In the area of lighting, LED technology allows more flexible lighting options, without the vehicle's energy burden. Standard and custom light-emitting diode (light-emitting diode, LED) circuit component, in high-current applications such as directions, internal lighting and navigation, reflector, side lights, head lights, emergency lights, brake lights, and parking lights supports low power consumption.

Health care, currently used in the medical field for many electronic devices are portable, and hence the high compact.