Weekly highlights: 2018.8.27-9.2

okhxyyo

Weekly highlights: 2018.8.27-9.2 [Copy link]

Hi, good morning everyone~~ It's time to review our highlights of the week again~ In the past week, our forum has undergone many changes~ (Secretly captured a picture of last week's good stuff) A new "College Innovation Laboratory" section has been opened. Currently, a group of friends who love electronic technology from the Hubei Institute of Technology Electronic Technology Association are gathering here to participate in DIY activities and share their works. I hope that the heroes in the forum will join in and communicate together, and also give these students and netizens your valuable suggestions! ! ! Innovation Lab Section Moderator: @bqgup @沂戈[/url] Multi-function Fan @FebL[/url] Smart Vortex Purifier @独木[/url] Mini KTV @—Faith Jumping physical plug-in @Student scum team Ultrasonic obstacle avoidance Bluetooth car @18371403691 Small Music Player @17362334885 Smart Window @Ding Ge Wireless Charging System @xq164 At present, the GD32 competition in the forum has been preheated, and netizens have received the boards and started working~~Haha, everyone has seen the unboxing pictures last week, this week let’s take a look at the actual DIY start-up text. By the way, I really like some of the DIYs in it~~~I asked the boss if he would sell them after the DIYs were completed~~ @Media Students [GD32F350 Urban Youth Family Security Guard] Second Post Project Introduction and Specific Implementation Plan [GD32F350 Urban Youth Family Security Guard] First Post Development Board Unboxing Experience and Development Environment Setup @RCSN GD32F350 Experience 8 (Alternative freemodbus transplantation success) GD32F350--Experience 7 (Preparation for Freemodbus transplantation) GD32F350--Experience 6 (Usart uses receive + idle interrupt to receive a frame of indefinite length data) GD32F350--Experience 5 (some official details about the serial port operation) GD32F350--Experience 4 (serial port Usart using DMA to send) GD32F350--Experience 3 (RTC) GD32F350---Experience 2, fix the code and restart it to fail to run GD32F350---First experience @ljj3166 【GD32F350 LogicKids】Start playing with the board 【GD32F350】LogicKids project @常常泽1 【GD32F350】2. The GD board returned to normal and the light ran

(I) Preface After a period of smoke, under the guidance of netizens, I looked at the schematic diagram and basically confirmed that the cause was the diode. The multimeter measured the diode and it was indeed damaged. After replacing the new diode, the GD board returned to normal[/quote] @hujj GD'32 learning process Learn until you are old, pay tribute to the old engineers! @tianjiu GD32F350demo test record (1) @anger0925 [GD32-colibri-F350RX]+Light up LED 【GD32-colibri-F350RX】+MDK development environment construction Toshiba TLP3547 evaluation is also in progress~~ @蓝雨夜 TLP3547 evaluation (two) TLP3547 evaluation (one) @zhangjsh Toshiba Photorelay TLP3547 Trial @liujianjunwf TLP3547 Evaluation Board Evaluation Report——liujianjunwf Let’s take a look at the posts of other netizens @Universal Gravitational Platform Failed DIY portable antenna for mobile phone radio I heard that those who read these two hundred questions carefully passed the interview

1. What are the characteristics of electronic devices made of semiconductor materials compared with traditional vacuum electronic devices? Answer: It has good frequency characteristics, small size, low power consumption, and is convenient for the miniaturization of integrated circuit products. In addition, it is also particularly outstanding in terms of ruggedness, earthquake resistance, and reliability; however, it is not as good as vacuum devices in terms of distortion and stability. 2. What are intrinsic semiconductors and impurity semiconductors? Answer: Pure semiconductors are intrinsic semiconductors. In the periodic table, they are generally medium-priced elements. After adding impurity elements with high or low valence to intrinsic semiconductors in a very small proportion, impurity semiconductors are obtained. 3. Is a hole a carrier? Do electrons move when holes conduct electricity? Answer: No, but in its movement, it can be equivalent to a carrier. When holes conduct electricity, electrons of equal electric charge will move in the opposite direction. 4. When preparing impurity semiconductors, what proportion is generally used to dope intrinsic semiconductors? Answer: It is doped at a ratio of one millionth of the order of magnitude. 5. What is an N-type semiconductor? What is a P-type semiconductor? What phenomenon will occur when the two semiconductors are made together? Answer: A semiconductor in which the majority of carriers are free electrons is called an N-type semiconductor. Conversely, a semiconductor in which the majority of carriers are holes is called a P-type semiconductor. When a P-type semiconductor and an N-type semiconductor are joined, a PN junction is formed. [/quote] Complete NAND solution based on RL-USB and RL-FlashFS, stable and easy to use, can be used in batch products with confidence A programmer from Huawei in Shenzhen committed suicide by jumping off a building! Is working really that stressful? Four tips for power circuit design

1. Ceramic capacitors can use a variety of dielectrics, each with different properties that can greatly affect performance over its temperature and voltage range. The two most common dielectrics are Y5V and X5R. Y5V dielectric is inexpensive and provides high capacitance in a small package, but its capacitance varies greatly over its voltage and temperature range and is not suitable for DC/DC applications.

#Learn ESP32's micropython with me#Related learning materials [quote][ESP32 learning] Lighting [ESP32 learning] Installing serial port driver [ESP32 learning] Using timer [ESP32 learning] Using buttons [ESP32 learning] Using PWM [ESP32 learning] Using timer to realize breathing light [ESP32 learning] Touch button [ESP32 learning] Using DAC [ESP32 learning] Usage of ADC [ESP32 learning] Reference materials for development board

@Aka time period A few years ago, a drawing board activity, just saw it and used it to practice, I hope you guys can complain about it Op amp 8 pitfalls I disassembled a servo motor, servo motor driver and inverter to study it by myself. [/url] @lb8820265 When BLE meets MEMS - waveform and information display Do you really follow all those PCB design rules circulating on the Internet? [/url] The 20 most cited papers in the field of deep learning, recommended to collect! [quote]In this list, more than 75% of the articles mentioned deep learning and neural networks, especially convolutional neural networks (CNN), of which 50% of the articles are pattern recognition applications in the computer field. With the development of hardware performance, data volume and open source tools, the use of GPU-based toolboxes such as TensorFlow, Theano, etc., is conducive to data scientists and machine learning engineers to expand the corresponding application areas. 1. Deep Learning, Yann L., Yoshua B. & Geoffrey H. (2015) (Citations: 5,716)

Detailed explanation of two methods for noise figure measurement, do you get it? Activity recommendation: The Raspberry Pi you want is here, come and apply for it~ Look here! Publish your own original work and you will have a chance to win E coins~~ Delay Notice: The application date for 100 sets of Toshiba photorelay evaluation boards free application event has been postponed to September 13 EEWORLD Evaluation Rules NI 5G Future Outlook, Using Software Radio to Build a 5G Wireless Communication Platform [url=https://en.eeworld.com/bbs/thread-869749-1-1.html]【Recommend an interesting activity to everyone】Recharge yourself with TI automotive electronics solutions! It depends on whether you stand still or move forward courageously.

lcofjp

Awesome, so lively!

传媒学子

Thank you for your hard work

bqgup

TCJ1990

High-quality car wireless charger manufacturers are welcome to call (same as WeChat): 15820402619