1-1773441-2

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1-1773441-2 application field and working principle

Introduction

1-1773441-2, or known as the universal serial bus (USB) type C, is an industry standard designed for the purpose of transmitting data and providing power supply connection between two different electronic devices. It was developed by the USB Implementers Forum (USB-IF) in August 2014. As an industry-standard connection, USB-C encompassed the last of the USB features and improvements along with the new Type-C port.

Application Field

The USB-C is mainly used in applications that require data transmission and power connections. The devices connecting to USB-C can either be a device within the computer system such as a smartphone, a tablet, or an external device such as a monitor or a printer. The USB-C can handle up to 10 Gbps of data transfer speed, which makes it much faster than its predecessor, USB 2.0. It also supports higher output of power and is capable of powering devices that require higher voltage and current. This makes USB-C suitable for charging or powering of laptops, tablets, and phones.

Advantages of USB-C

The main advantages of using USB-C are its faster data transfer rate, its reversible connector and the capability to deliver more power. The faster data transfer rate makes USB-C a suitable connection for transferring large files such as movies or video files quickly. This makes it the ideal connection for transferring large amounts of data quickly. The exclusive reversible connector makes the USB-C convenient to connect. The user does not need to worry about connecting it upside down as the connection is always correct. Apart from that, USB-C is capable of delivering a maximum of 20 volts of power, up to 5 amps of current and power of up to 100 watts.

Working Principle of USB-C

The USB-C is based on the same basic principles of the USB 2.0. The main difference between the two is the compatible cable and connector. The USB 2.0 consists of two flat black conductors in a rectangular cable with a corresponding rectangular connector. On the other hand, the USB-C uses a small connector that is almost the same length and width of the flat-sided “B” connector used by USB 2.0, yet it is significantly thinner. The cables are also much thinner and more flexible than conventional cables used by USB 2.0. The USB-C cables also have support for different voltages and can deliver higher output of power.

Conclusion

In conclusion, the USB-C is superior to USB 2.0 in terms of data transfer rate and power output. It is mainly used in applications that require data transmission and power connections. As the connection is reversible, it is convenient to connect. It also supports higher output of voltage and current, which makes it suitable for powering or charging laptops, tablets, and phones. Moreover, due to its versatile design, it can handle up to 10 Gbps of data transfer speed.

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