Connectors for Super-Thin Coaxial Cables

  LVC Series
LVC series of 0.5 mm pitch connectors have been developed for interconnection between notebook-type personal computers (PCs) and Liquid Crystal Displays (LCDs) through super-thin coaxial cables.
Supports high-speed data transmission.
Achieves high-speed data transmission by reducing propagation skew as much as possible.
Low profile type allows reduced mounting space.
Utilizes pulse-heat soldering technique, which minimizes cable damage during attachment.
Especially, the 20-contact connectors have been adopted in many inverters, and more widely used in the world.
Principal Applications: LCD

Specifications    
Rated voltage : 50 V AC (r.m.s.)
Rated current : 0.3 A / pin
Dielectric withstanding voltage : 150 V AC (r.m.s.) for up to one minute
Insulation resistance : Over 100 megohms at 250 V DC

 
 

0.4 mm Pitch Ultra-Low Profile Type Coaxial Connector for Ultra-Fine Wires

  LVX Series
This connector achieves 0.4 mm pitch and low profile 1.2 mm mating height.
Therefore the connector contributes to reduced equipment thickness.
By adopting vertical mating of connectors, flexibility is increased for connector mounting position. Further, by attaching an insulator on the bottom surface of the connector, circuit patterns can be designed on the surface, and structure permits easy designing of PCB circuits.
By narrowing the width of the cable plug to its utmost limit of 2.8 mm, an assembled connector can be passed through the inside diameter of a hinge. Further, vertical mating of connectors improves assembly workability.
Structure takes into account electrical noise prevention Ultra thin coaxial cable (42 AWG) can be used, and by covering the connector with a metal shell, electrical noise can be prevented.
Setting up a suction surface on the receptacle allows for automatic mounting with PCB, and utilizes pulse-heat soldering technique, which minimizes cable damage during attachment.

Specifications    
Number of contacts : 30, 40
Rated voltage : 100 V AC (r.m.s.)
Rated current : 0.2 A