The FINANCIAL — Panasonic Corporation has commercialized a 0.4-mm pitch board-to-board / board-to-flexible printed circuit board (FPC) connector (P4SP series) corresponding to the industry’s highest-level current rating of up to 5 A for power supply applications. Sample production will be started in June 2017.
With the recent trend toward high functionality, compact and lightweight design, and increasing use of quick charging in both industrial and consumer equipment, high current rating is required for the connectors used for connecting the power supply board with the control board. Panasonic’s proprietary material processing technology has enabled the commercialization of a 0.4-mm terminal pitch board-to-board / board-to-FPC connector corresponding to the industry’s highest-level current rating of up to 5 A for power supply applications, according to Panasonic.
Panasonic’s new High Current 0.4-mm Pitch Connector has the following features:
The industry’s highest-level current rating of up to 5 A for power supply applications contributes to compact-sizing of a variety of equipment.
• Rated current: Max. 1.0 A/terminal (Max. 5 A with 5 terminals) (Max. 0.3 A/terminal of the Panasonic’s conventional product)
• Reduction of number of terminals for power supply – Reduction by 24 terminals compared with the Panasonic’s conventional product
Low contact resistance achieves high-quality analog signal transmission, thereby contributing to high functionality of equipment.
• Contact resistance: 40 mΩ (90 mΩ of the Panasonic’s conventional product)
Enhance the flexibility of designing power terminals.
Suitable applications:
Board-to-board connection in industrial and consumer equipment such as notebook PCs, POS terminals, hand-held terminals, drones, compact robots, and head-mount displays
Remarks:
This product will be exhibited at the Japan Electronics Packaging and Circuits Association (JPCA) Show 2017 from June 7 to 9, 2017, held at Tokyo Big Sight.
Product features:
1. The industry’s highest current rating of up to 5 A for power supply applications, contributing to compact-sizing of equipment.
Connectors are generally used for power supply and signal transmission in equipment. With the recent trend towards quick charging of a variety of equipment and higher functionality of modules, up to 5 A of current rating is required for power supply purposes. Because the rated current of the conventional product was 0.3 A per terminal, many terminals or multiple connectors were required for carrying high current, and this caused the problem of a great deal of space being needed for connectors on the circuit board. Panasonic’s proprietary material processing technology has enabled current of 1.0 A per terminal, thereby commercializing a connector capable of carrying the industry’s highest rating of 5 A with a fewer number of terminals. This reduces the required number of dedicated power supply terminals, saves board space, and contributes to compact-sizing of a variety of equipment types. The technology also enables the integration of power and signal terminals into a single connector, therefore reducing the number of connectors needed.
2. Low contact resistance achieves high-quality analog signal transmission, thereby contributing to high functionality of equipment.
For successful high-quality analog signal transmission in a variety of information terminals and audio products, noise and signal attenuation need to be minimized. The effective way of doing this is to eliminate contact resistance in the signal transmission path. This product achieves a low contact resistance of Max. 40 mΩ by applying Panasonic’s proprietary material processing technology. The resulting minimal signal attenuation during analog signal transmission enables high-quality signal transmission, thus contributing to equipment functionality.
3. Enhance the flexibility of designing power terminals.
Because the rated current of conventional connectors is 0.3 A per terminal, supplying high current required multiple terminals, thus restricting freedom of design. To enable high currents to be carried, dedicated power supply terminals were provided, but they were located at both ends of the connector, generating the problem of restricted circuit design on the board. Panasonic developed the product with all terminals capable of carrying 1 A of current without the need to provide dedicated power supply terminals. This can reduce the number of terminals for supplying power, and power terminals can be laid out at any location. As a result, it makes circuit design easier and contributes to improve freedom of design.
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