The voltage range of resistance-voltage divider is limited to a few Options - 1. Micro volts 2. Volts 3. Milli Volts 4. Kilo Volts Please answer

sir this method doesnot handle tthe overflow condition when a= max intger value

👍

Please make more videos on this Autosar

20

Nice explanation👍

Is this verification and validation engineering has scope?

Thanks a lot for clarification about the subject. Must admit that I have normally challenges to understand the Indian dialect + the information is often delivered in very monotone manner. But you are the total opposite. Positive energy, clarity that turned the Indian dialect to your favor so the subject became even more entertaining and exciting. I love the name of the channel as well! TechVedas sounds sooo spiritual and so nerdy at the same time, but in a good way. Wish you all luck and success with your channel, you totally deserve it!

You are great

Bro your english you take 😂

anyone from ece-b?

Well explained

Video start at 1:17 🕴🏽

What is Node and CAN BUS in data frame? Can we consider Node as an Air Bag ECU and CAN bus as OEM request signal?

Thank you so much for your easy explanation ❤😊

Clear Explenation thanks. Possible to create video for CAN FD

Thanks , you explain very well

Thank you, very useful

How to see those file in windows? .s .o etc

Hi how I can move or copy data from a 16bit buffer to an 8 bit buffer?

YO ME VOID👀👀👀

Why is the output pulled to ground when a gate voltage is applied and nothing is connected to drain?

Nice!

Super bro

very informative my 5 year old son got graduated using ur tips😳😘😘😘

Yast Chutiya Patrakaar Jo Ghushyaha party ko Jhole hun Yiniharu ko interview Nadinu hola. Yee partrkaar Haru GORU, BHENDA hun.

Brother.... Beautiful explanation. Learnt lot... God Bless you. Thanks

Figer galat banai hy 1,pin no ¹ per graond hy Jabkh pin 8 per graond hy students canfuz ho jaengy

thank you so much. it's an excellent tutorial

Are most big companies using the SCRUM / Kanban methodology (or framework) to satisfy the AGILE/Waterfall/V-Model philosophy (SDLC) ? I'd like to move away from a rapid-prototype environment to something more formal in order to develop high quality/safe products containing embedded software.. for ANY industry.. Aerospace (like Lockhead's SEAL Level X, Boeing , DDPMAS, DAL A to E etc) , Medical or Nuclear industries.. even Automtovie. I'd love to see a trivial project example that shows all the steps and outputs. For example, assuming I document the process on how the code is generated, what constitutes proof that it's safe? Static Analysis? Code Coverage - Statement (Level C), Decision (Level B), MCDC (Level A)? Who defines the unit tests? I imagine there are differences between the industries.. FAA : DO-178X , DO 331 , ARP4754A , ED-12C FDA : 13485 , ISO14971 , IEC 62304 , SaMD and DOE Nuclear : 414.1x, (Automotive : 26262) but what are the typical tools/software needed, and the typical document/artifacts in the various stages of the software life cycle? I saw a good video by CEMILAC Education Program "Airborne Software Development & Certification Process" and it's a bit overwhelming: Requirement Management - (IBM Ration) DOORS, JAMA, Xebrio, rmtoo florath , doorstop-dev / doorstop , reqview Static Structural Source Code Analysis - Parasoft, PolySpace, CodeSonar, horusec , SonarCloud, veracode PREFast, TBrun, LDRA Dynamic Analysis / Modified Condition/Decision Coverage (MC/DC) - VectorCAST, RapiTest Traceability Tools: Reqtify , Polarion , McCabe Configuration Management / Storage and Version Control System - Git, SourceSafe, Mercurial, MS TFS, ClearCase QA / ALM- Helix ALM for Managing Artifacts, Establishing Traceability, Documenting / Enforcing Processes, etc (I)V&V / Unit Test Automation - VectorCAST, LDRA Testbed , Mathworks Simulink DO Qualification Kit Continuous Integration / CD - Continuous Delivery/Deployment - Jenkins, Bamboo, or GitLab CI/CD And what is the general attitude towards open source software (ex. FreeRTOS) and code-generation tools (ex. ST's Cube MX)? Also, how do CPLD and FPGAs fit in to the embedded software picture.. since not exactly software nor hardware, since they are programmable devices written in an programming language like VHDL , (system) verilog , Amaranth HDL ? How would DO-254 apply to HDLs?

Need more programs

Perfect!

Great video ❤

You were very clear - Many thanks !

helpful

Great quick summary. Thanks. I'm sorry KZbin isn't feeding you more hits!

UART are not rated in baud/sec but bits/sec!!!

Very clear thank u😊

At 1:56 I don't understand how the P-MOS can be activated by the 1. If '1' is logic high (3.3V/Vcc), then the voltage of the gate relative to the source (Vgs) is simply 0, and the P-MOS is not conductive. To activate the P-MOS, Vgs needs to be negative -- that is, the gate voltage would need to be logic low (0V/GND) while the source voltage is 3.3V/Vcc, meaning Vgs = -3.3V. And again, at 2:21 , if there is 0V on the gate of the P-MOS, the P-MOS will activate due to the negative Vgs, which means both mosfets will activate and Vcc and GND will be 'shorted' by the connected drains. What am I missing?

too good

can you send the ppt bro?

very nice content!!!

Kya bol raha hai re kuch samajh nahi aa raha hai 😡😡

East an oppium imsze 😅mnxx.cp

Use XOR if .. interviewer ask without temporary and arithmetic operation

Great

Very helpful

Well explained. Thank you.

god amongst men

yahhh i think embedded system is better then to full stack java and python