Description
Technical Parameters
Product Description
Innolead is a modern enterprise that integrates design, research, development, production, and sales. The company mainly produces mobile data cables, headphone cables, charger connection cables, AC/DC cables, digital connection cables, and USB data cables. The company adheres to the principle of "integrity", based on the market, and meets customer requirements with high-quality and stable product quality and comprehensive professional services. Has gained recognition and trust from a wide range of customers and friends in the industry. Our corporate mission is to meet customer expectations and provide high-quality products; Sincerely welcome friends from all walks of life to visit and patronize us!
Type C bidirectional charging principle
With the popularization and diversification of mobile devices, the demand for charging is also constantly increasing. In order to meet the needs of users for charging efficiency and convenience, Type C bidirectional charging technology has emerged. This article will analyze the working mode and advantages of Type C bidirectional charging from a theoretical perspective.
Type C bidirectional charging is a new type of charging technology that enables devices to charge each other. Compared with traditional unidirectional charging technology, Type C bidirectional charging can achieve bidirectional energy transfer between devices. Whether it is a mobile phone, tablet, or laptop, it can be used as both a charger and a charger simultaneously. This means that we can connect two devices through a Type C interface to achieve mutual charging between them.
The principle of Type C bidirectional charging is based on the design of the USB Type C interface. The USB Type C interface adopts a new plugging method and signal transmission protocol, which can simultaneously transmit power, data, and video signals. In traditional USB interfaces, only the host can provide power to peripheral devices, while in Type C interfaces, the host and peripheral devices can provide power to each other. This is achieved by introducing CC lines in the design of the Type C interface.
CC line is a line used in the Type C interface to transmit power information. In Type C bidirectional charging, there is a resistor at both ends of the CC line. When the device serves as a charger, it applies voltage to the CC line. By detecting voltage changes on the CC line, the charged device can determine the charger's ability and the status of the power supply. When the device serves as a charger, it will read voltage information from the CC line and adjust its charging power based on the voltage information.
The advantage of Type C bidirectional charging lies in its efficiency and convenience. Firstly, Type C bidirectional charging can achieve fast charging. Traditional charging methods often require the use of specialized chargers, while Type C bidirectional charging can achieve fast charging between devices through a single interface, saving the cost and space of chargers. Secondly, Type C bidirectional charging can achieve mutual charging between devices, improving charging efficiency. For example, when the phone battery is low, a tablet charger can be used to charge the phone, and vice versa, achieving the sharing of charging resources. In addition, Type C bidirectional charging also supports fast charging protocol, which can fully charge the device in a shorter time.
However, there are also some challenges and limitations to Type C bidirectional charging. Firstly, Type C bidirectional charging requires the device to support this technology in order to achieve it. Although more and more devices on the market are starting to support Type C interfaces, there are still some older devices that only support traditional USB interfaces and cannot enjoy the convenience of Type C bidirectional charging. Secondly, due to the relatively new bidirectional charging technology of Type C, the quality of chargers and data cables on the market is uneven, and there are some compatibility and safety issues. Therefore, when purchasing and using Type C charging devices, it is important to choose legitimate channels to ensure the quality and safety of the product.
The Type C bidirectional charging technology achieves mutual charging between devices through the design of the Type C interface. It has the advantages of efficiency and convenience, which can improve charging efficiency and convenience. However, it also faces challenges in device compatibility and security. With the continuous development of technology, we believe that Type C bidirectional charging technology will become increasingly mature, bringing users a better charging experience.



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Alex He
Tel:+86 15989331617
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Email: alex.he@innolead.net
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Specification
|
Type |
Type C USB Cable |
|
Model Number: |
50 phone cable |
|
Usage |
Mobile Phone |
|
Material |
PVC |
|
Brand Name |
ELEKER or OEM |
|
Description |
Sync & Charge |
|
Output voltage and current |
5V 3A |
|
Place of Origin |
Shenzhen,China |
|
Size |
1M*3.5MM |
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