Characteristics and application scope of type-c mother block
发布时间:2023-02-16作者:Shenzhen BBJ technology co., LTD点击:252
Since the launch of the type-c motherboard, it has a wide range of applications and is convenient to use. The reason is that the type-c motherboard has backward compatibility and can be compatible with the old USB standard, but users need to purchase an additional adapter to complete the compatibility. The port of Type-c bus has a high transmission rate of 10G per second. But the port transmission rate of the new MacBook is 5Gbps. The output voltage is 20 volts, which can speed up the charging time. Unlike the old USB port, the power transmission of the Type-c motherboard is bidirectional, which means it can have two ways to transmit power, so it is more convenient. It can not only transmit data, but also charge. It can be used as a video output port to link external display devices. With two-way power output, manufacturers are more willing to equip this kind of mother base for many high-end electronic products on the market. The specific application fields will be described for you next:
Type-c mother dock is mainly used in mobile phones, charging treasures, monitors, household appliances, headphones, car charging, computers and other electronic products. The Type-c motherboard is mainly used as a connector to connect devices with USB2.0 B square port interface and computers with usb type-c interface, such as square port cameras, square port printers and Apple computers. The equipment with type- c interface is connected to the existing USB charger for charging and the USB interface of the computer host for data transmission. Connect devices with usb 2.0 T port for data transmission and charging. For example, Canon camera is connected with New MacBook to realize data synchronous transmission. Connect mobile hard disk, keyboard, mouse, USB flash drive, New MacBook, etc. In the future, with the continuous improvement of the performance of type-c products, the application scope will be further expanded.