Training
Profile
The highlights of USB Type-C are its slimmer design, faster transmission speed (up to 10Gbps) and more powerful power transmission (up to 100W). The biggest feature of the Type-C double-sided pluggable interface is that it supports double-sided insertion of the USB interface, which officially solves the worldwide problem of "USB can never be plugged in correctly". You can plug in the front and back at will. At the same time, the USB data cable used with it must also be thinner and lighter.
You Might Like
Recommended Posts
- Design of an Integer Divider with Adjustable Calculation Precision Based on Verilog
- [i=s] This post was last edited by paulhyde on 2014-9-15 09:26 [/i] Design of an integer divider with adjustable precision based on Verilog
-
幺幺莫莫
Electronics Design Contest
- Knowledge and skills required for qualified electronic engineers
- Mastering the following hardware and software knowledge, you can basically become a qualified electronic engineer: Part I: Hardware Knowledge 1. Digital signal 1. TTL and buffered TTL signal 2. RS232
-
征服
Embedded System
- Problems with the EDIT Control in VS
- How to set the scroll bar of the edit box of the VS Edit Control to scroll down automatically as the content increases?
-
airchensu
Embedded System
- Can TVS be used to extinguish arcs?
- Relays and other equipment will arc during operation due to the influence of induced electromotive force. In this way, relays are prone to failure. In practice, RC circuits are used to suppress arcing
-
bigbat
Motor Drive Control（Motor Control）
- Principle and Application of Fieldbus Temperature Transmitter
- I. Introduction The rapid development of information technology has led to changes in the structure of automation systems, and has gradually formed an enterprise information system based on network in
-
songbo
Embedded System
- Help: How to use Altera FFT IP core on FPGA board
- I use FPGA to implement a spectrum analyzer and use the on-chip FFP IP core to perform spectrum analysis. I calculate the square sum of the real and imaginary parts and take the logarithm to generate
-
when_Qi
FPGA/CPLD
Recommended Content
Web users are watching Change
- MPLAB editor has red lines everywhere
- How to remove the seal?
- [Homemade op amp] Can anyone recommend some books or materials on making op amps? [I would like to thank TAT]
- Help post: About IR2110 driver problem
- Application of LM324 quad op amp.pdf
- Base conversion problem
- SensorTag Active Smart Level Application Video
- Purgatory Legend-Synchronous Counter Optimization Battle
- The process of WEBENCH design + the design process of solar street lights using webench
- Why can't I debug rd, tf, etc. in the output in MiniIDE?
- STM32F429 Discovery development board resources
- Saved a mosquito swatter
- #SpaceX sends 4 civilians into space#When can I travel in space too???
- Publish all the information of a Renesas development board
- Why can't my TIzigbee development board be burned?
- Previous book: 32-bit embedded system hardware design and debugging
- About Small Axial Fans
- Pale words pale whose heart
- Discussion on Control Questions of 2012 Electronics Competition
- About Virtual Short of Op Amp
- Please tell me the circuit composed of TL431 directly and optocoupler inside the power supply
- Do you know? Several coupling methods for multi-stage amplifier circuits?
- Ask about TCPMP video
- The problem of via aperture and line width
- Do QQ and MSN in CE6.0 R3 support voice chat?
- The emulator cannot connect to the PC
- Compress database sdf file
- Please ask the teachers about the use of the timer of dsp28027! ! ! !
- Electronic Circuits
- MSP430F41X single-phase electronic multi-rate energy meter DEMO schematic diagram and source program
Popular Components
Just Take a Look
Hot Downloads
- Design of Intelligent Electric Energy Meter Based on Single Chip Microcomputer
- A paper on the application of multi-threaded serial communication in industrial control
- Audio Test Music
- Research on embedded automobile operation picture information collection system based on SPCE061A
- 2A charging 1A discharging fully integrated mobile power management IC
- Research and Design of Linux Embedded Power Quality Monitor
- Application of linear optocoupler HCNR201 in analog voltage measurement.pdf
- MC9S12DG128 flash example
- MX7820
- NI 9144 Expansion Chassis Internals
MoreHot Articles
- Low Power Design of SoC System
- Low-power and high-speed data acquisition system based on DSP
- Research and Design of UART between TMS320VC5402 and PC
- Clock chip interface design for PowerPC and Dallas
- Design and implementation of automatic white balance adjustment system for color TV based on 7110
- Design of CAN bus intelligent node based on ADμC812
- Design of paperless recorder using C51 and plug-in FLASH memory
- EL6249C and its application in MEMS dynamic testing
- Implementation of Dial-up Internet Access Using Microcontroller
- Efficient instruction support for microcontrollers adapting to real-time multitasking
京公网安备 11010802033920号