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At Foolish Engineer, our goal is to demystify complex electronic concepts and systems, making them accessible and understandable for everyone. Whether you're a budding engineer, a seasoned professional, or simply an electronics enthusiast, you'll find valuable insights and practical knowledge here.
And always believe in the power of asking 'WHY' to foster deeper understanding and innovation.
What You'll Learn:
● Power Electronics
● Electronic Hardware Design
● EV Systems
● Practical Tips and Tutorials
Join the Foolish Engineer community and embark on a journey of discovery and learning. Don't forget to subscribe and hit the notification bell to stay updated with the latest videos!
Subscribe now and start learning with Foolish Engineer!
And always believe in the power of asking 'WHY' to foster deeper understanding and innovation.
What You'll Learn:
● Power Electronics
● Electronic Hardware Design
● EV Systems
● Practical Tips and Tutorials
Join the Foolish Engineer community and embark on a journey of discovery and learning. Don't forget to subscribe and hit the notification bell to stay updated with the latest videos!
Subscribe now and start learning with Foolish Engineer!
Understanding Bidirectional Micro Inverter with #GaNFET technology | #PCIMeurope 2024 Vlog1
#foolishengineer #TIPartner #sponsored
0:00 Intro
00:52 A game
01:59 TI colligue
03:00 Bidirectional Micro inverter
04:00 Eval board
06:04 Demo
09:43 Conclusion
References:
www.ti.com/tool/TIDA-010933
www.ti.com/lit/ds/symlink/lmg2100r044.pdf?ts=1719220013978&ref_url=https%253A%252F%252Fwww.google.com%252F
More Videos:
Solar inverter - czcams.com/video/GB932rx7r6M/video.html
Op Amp:
Opamp Integrator - czcams.com/video/RAJnXBQGkPg/video.html
Opamp basics - czcams.com/video/5DnbbFK_y9Q/video.html
Opamp as Buffer - czcams.com/video/T_L2J0SMq8k/video.html
Inverting Amplifier - czcams.com/video/Jycgj_a-rYc/video.html
Non Inverting Amplifier - czcams.com/video/aWYSu8fVZko/video.html
Summing amplifier - czcams.com/video/gJg_kPJ-Zps/video.html
Difference Amplifier - czcams.com/video/h6C8aO1MCe8/video.html
Instrumentation Amplifier - czcams.com/video/FSyJc9khbDk/video.html
2 Opamp Instrumentation Amplifier - czcams.com/video/KuWy_2Foo_g/video.html
Videos on MOSFET Drivers:
Types of Isolated gate drivers - czcams.com/video/k64HUqze6ww/video.html
Need of Isolated MOSFET gate drivers - czcams.com/video/l7reLq-y8-k/video.html
Dual channel Transformer Gate drives - czcams.com/video/DeX2e0jQ8gI/video.html
Transformer-coupled driver - czcams.com/video/xTrgp99VFUI/video.html
Bootstrap MOSFET driver - czcams.com/video/em5BuCFSuBw/video.html
High side MOSFET switching - czcams.com/video/S6-WRdviEwA/video.html
Increase MOSFET switching speed - czcams.com/video/6pp1jj2oDvo/video.html
MOSFET driver totem pole circuit - czcams.com/video/hxK5hNAsVH0/video.html
MOSFET driver working - czcams.com/video/YeUbmOKi0Q4/video.html
MOSFET gate resistance importance - czcams.com/video/wY6eGoBea9Y/video.html
MOSFET driver circuits - czcams.com/video/DXyTHhUjxjk/video.html
Videos on MOSFET:
MOSFET Avalanche Ruggedness - czcams.com/video/8-hHoeekaeo/video.html
MOSFET Avalanche Breakdown - czcams.com/video/8NTtXr5p7Zs/video.html
MOSFET Inductive switching - czcams.com/video/RNRjC5iBhJE/video.html
MOSFET & Inductor - czcams.com/video/6YOctFtOuwY/video.html
MOSFET SOA - czcams.com/video/86S-CEXImzU/video.html
MOSFET switching - czcams.com/video/xGj3-N41Mwo/video.html
Parameters of a MOSFET - czcams.com/video/mZKTafaF3xc/video.html
Basics of MOSFET - czcams.com/video/nwmqYoBBVbQ/video.html
CCCV Charging:
Part 2 - czcams.com/video/tvKW7oSqK8M/video.html
Part 1 - czcams.com/video/Cq2P-Y39IXE/video.html
Power Supplies:
Understanding Buck Converter - czcams.com/video/2ynNLu8yroI/video.html
Voltage regulator using transistor - czcams.com/video/xTSAO9NDJhM/video.html
Full Bridge Converter - czcams.com/video/MeHx_NGU_6E/video.html
Half Bridge Converter - czcams.com/video/pvDcHtfk5Vw/video.html
Zeta Converter - czcams.com/video/klcNgH715pk/video.html
Cuk Converter - czcams.com/video/KarFN8Y_b-M/video.html
Buck-boost converter - czcams.com/video/zNfbbPobtus/video.html
Double Ended Forward converter - czcams.com/video/ZUshgC7sCZ0/video.html
Active Clamp Forward Converter - czcams.com/video/3zkGz46cYL4/video.html
Forward Converter - czcams.com/video/iutzeMAYANw/video.html
SEPIC converter part 2 - czcams.com/video/_BiaoNiJBHw/video.html
SEPIC converter part 1 - czcams.com/video/G4tv4X9VGPM/video.html
Flyback converter part 2 - czcams.com/video/WQXNMNcQoXk/video.html
Flyback converter part 1 - czcams.com/video/Lalsahf5cGo/video.html
Push-pull converter part 2 - czcams.com/video/_sW_LUEcokI/video.html
Push-pull converter part 1 - czcams.com/video/8779DJxK3GE/video.html
Boost converter design - czcams.com/video/ij4a8_VkpGY/video.html
Buck converter design - czcams.com/video/eMJ_ljT20IU/video.html
SMPS basics - czcams.com/video/RPffxopaXaY/video.html
Embedded Systems:
SPI Communication Part 3: czcams.com/video/tOjb6XeSpzw/video.html
SPI Communication Part 2: czcams.com/video/sHmixFJhr3M/video.html
SPI Communication Part 1: czcams.com/video/xogsRnnhK44/video.html
I2C Communication Part 3: czcams.com/video/PpP92m0xCqE/video.html
I2C Communication Part 2: czcams.com/video/UP0aeeuz65U/video.html
I2C Communication Part 1: czcams.com/video/pbqk5yqbfuw/video.html
UART Communication Part 2: czcams.com/video/QmjKRwgddxw/video.html
UART Communication Part 1: czcams.com/video/JuvWbRhhpdI/video.html
Basics of Communication: czcams.com/video/bdgCFkc_RXY/video.html
Power Electronics:
Power Factor Correction - czcams.com/video/KVZVGHwp7B0/video.html
Power Factor - czcams.com/video/Bo0MGZKhPrs/video.html
Electric Vehicles:
Battery management system 2 : czcams.com/video/q4wDa_m9-8E/video.html
Battery management system 1 : czcams.com/video/KDaBn9PLRKI/video.html
Battery basics part 4 : czcams.com/video/2ZZqYv8ubP8/video.html
Battery basics part 3 : czcams.com/video/UxCVFMYmdXc/video.html
Battery basics part 2 : czcams.com/video/20PdUoOfE34/video.html
Battery basics part 1 : czcams.com/video/3jiVgF2Sig4/video.html
EV motor controllers part 2: czcams.com/video/4agZpzYRu2A/video.html
EV motor controllers part 1: czcams.com/video/YJU6K0T_dG8/video.html
Charging of EVs: czcams.com/video/ENfrJyodO2o/video.html
EV basics: czcams.com/video/OZrZ-IPKS80/video.html
EV parameters: czcams.com/video/EyZZvoI6NBs/video.html
EV Motors: czcams.com/video/Hm2OnnOju_c/video.html
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0:00 Intro
00:52 A game
01:59 TI colligue
03:00 Bidirectional Micro inverter
04:00 Eval board
06:04 Demo
09:43 Conclusion
References:
www.ti.com/tool/TIDA-010933
www.ti.com/lit/ds/symlink/lmg2100r044.pdf?ts=1719220013978&ref_url=https%253A%252F%252Fwww.google.com%252F
More Videos:
Solar inverter - czcams.com/video/GB932rx7r6M/video.html
Op Amp:
Opamp Integrator - czcams.com/video/RAJnXBQGkPg/video.html
Opamp basics - czcams.com/video/5DnbbFK_y9Q/video.html
Opamp as Buffer - czcams.com/video/T_L2J0SMq8k/video.html
Inverting Amplifier - czcams.com/video/Jycgj_a-rYc/video.html
Non Inverting Amplifier - czcams.com/video/aWYSu8fVZko/video.html
Summing amplifier - czcams.com/video/gJg_kPJ-Zps/video.html
Difference Amplifier - czcams.com/video/h6C8aO1MCe8/video.html
Instrumentation Amplifier - czcams.com/video/FSyJc9khbDk/video.html
2 Opamp Instrumentation Amplifier - czcams.com/video/KuWy_2Foo_g/video.html
Videos on MOSFET Drivers:
Types of Isolated gate drivers - czcams.com/video/k64HUqze6ww/video.html
Need of Isolated MOSFET gate drivers - czcams.com/video/l7reLq-y8-k/video.html
Dual channel Transformer Gate drives - czcams.com/video/DeX2e0jQ8gI/video.html
Transformer-coupled driver - czcams.com/video/xTrgp99VFUI/video.html
Bootstrap MOSFET driver - czcams.com/video/em5BuCFSuBw/video.html
High side MOSFET switching - czcams.com/video/S6-WRdviEwA/video.html
Increase MOSFET switching speed - czcams.com/video/6pp1jj2oDvo/video.html
MOSFET driver totem pole circuit - czcams.com/video/hxK5hNAsVH0/video.html
MOSFET driver working - czcams.com/video/YeUbmOKi0Q4/video.html
MOSFET gate resistance importance - czcams.com/video/wY6eGoBea9Y/video.html
MOSFET driver circuits - czcams.com/video/DXyTHhUjxjk/video.html
Videos on MOSFET:
MOSFET Avalanche Ruggedness - czcams.com/video/8-hHoeekaeo/video.html
MOSFET Avalanche Breakdown - czcams.com/video/8NTtXr5p7Zs/video.html
MOSFET Inductive switching - czcams.com/video/RNRjC5iBhJE/video.html
MOSFET & Inductor - czcams.com/video/6YOctFtOuwY/video.html
MOSFET SOA - czcams.com/video/86S-CEXImzU/video.html
MOSFET switching - czcams.com/video/xGj3-N41Mwo/video.html
Parameters of a MOSFET - czcams.com/video/mZKTafaF3xc/video.html
Basics of MOSFET - czcams.com/video/nwmqYoBBVbQ/video.html
CCCV Charging:
Part 2 - czcams.com/video/tvKW7oSqK8M/video.html
Part 1 - czcams.com/video/Cq2P-Y39IXE/video.html
Power Supplies:
Understanding Buck Converter - czcams.com/video/2ynNLu8yroI/video.html
Voltage regulator using transistor - czcams.com/video/xTSAO9NDJhM/video.html
Full Bridge Converter - czcams.com/video/MeHx_NGU_6E/video.html
Half Bridge Converter - czcams.com/video/pvDcHtfk5Vw/video.html
Zeta Converter - czcams.com/video/klcNgH715pk/video.html
Cuk Converter - czcams.com/video/KarFN8Y_b-M/video.html
Buck-boost converter - czcams.com/video/zNfbbPobtus/video.html
Double Ended Forward converter - czcams.com/video/ZUshgC7sCZ0/video.html
Active Clamp Forward Converter - czcams.com/video/3zkGz46cYL4/video.html
Forward Converter - czcams.com/video/iutzeMAYANw/video.html
SEPIC converter part 2 - czcams.com/video/_BiaoNiJBHw/video.html
SEPIC converter part 1 - czcams.com/video/G4tv4X9VGPM/video.html
Flyback converter part 2 - czcams.com/video/WQXNMNcQoXk/video.html
Flyback converter part 1 - czcams.com/video/Lalsahf5cGo/video.html
Push-pull converter part 2 - czcams.com/video/_sW_LUEcokI/video.html
Push-pull converter part 1 - czcams.com/video/8779DJxK3GE/video.html
Boost converter design - czcams.com/video/ij4a8_VkpGY/video.html
Buck converter design - czcams.com/video/eMJ_ljT20IU/video.html
SMPS basics - czcams.com/video/RPffxopaXaY/video.html
Embedded Systems:
SPI Communication Part 3: czcams.com/video/tOjb6XeSpzw/video.html
SPI Communication Part 2: czcams.com/video/sHmixFJhr3M/video.html
SPI Communication Part 1: czcams.com/video/xogsRnnhK44/video.html
I2C Communication Part 3: czcams.com/video/PpP92m0xCqE/video.html
I2C Communication Part 2: czcams.com/video/UP0aeeuz65U/video.html
I2C Communication Part 1: czcams.com/video/pbqk5yqbfuw/video.html
UART Communication Part 2: czcams.com/video/QmjKRwgddxw/video.html
UART Communication Part 1: czcams.com/video/JuvWbRhhpdI/video.html
Basics of Communication: czcams.com/video/bdgCFkc_RXY/video.html
Power Electronics:
Power Factor Correction - czcams.com/video/KVZVGHwp7B0/video.html
Power Factor - czcams.com/video/Bo0MGZKhPrs/video.html
Electric Vehicles:
Battery management system 2 : czcams.com/video/q4wDa_m9-8E/video.html
Battery management system 1 : czcams.com/video/KDaBn9PLRKI/video.html
Battery basics part 4 : czcams.com/video/2ZZqYv8ubP8/video.html
Battery basics part 3 : czcams.com/video/UxCVFMYmdXc/video.html
Battery basics part 2 : czcams.com/video/20PdUoOfE34/video.html
Battery basics part 1 : czcams.com/video/3jiVgF2Sig4/video.html
EV motor controllers part 2: czcams.com/video/4agZpzYRu2A/video.html
EV motor controllers part 1: czcams.com/video/YJU6K0T_dG8/video.html
Charging of EVs: czcams.com/video/ENfrJyodO2o/video.html
EV basics: czcams.com/video/OZrZ-IPKS80/video.html
EV parameters: czcams.com/video/EyZZvoI6NBs/video.html
EV Motors: czcams.com/video/Hm2OnnOju_c/video.html
---------------------------------------------------------------------------
Check us out!
Facebook - FoolishEngineer-407598733006003/
Instagram - foolish_engineer
Twitter - FoolishER25
Subscribe now for more videos like this!
zhlédnutí: 1 212
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can you share the video of the SPI mode?
Let’s say I have 2 microcontroller SPI chip/slave select lines connected to 2 serial-in-parallel-out shift registers… Let’s say I want to write to shift register 1…then I want to write to shift register 2… But while writing to shift register 2, I want shift register 1 to retain its last 8-bit data… But for some reason, both shift registers CLEAR ALL DATA when the chip select line changes… WTF????!!!!!
Nicely explained
Can you please make a video about a diy 27Mhz radio transmitter and reciever using a 27Mhz crystal?
You can protect the capacitor and the high side mosfet gate from over voltage with a zener diode, say 15V. Vdd can be much higher then.
Nice one. Ta
No shit
Excellent video. I was able to follow and understand your clear explanations. And thank you so much for titling your video in the same language of which was spoken in the video.
This is superb video💫💫...... I watched many videos previous 2 year to know what is synchronization.....But I couldn't understand😔............Today I watched this video........I understood what is it very well🙂............Thanks for this video❤........Do this type videos again this very simple examples like this video☺🏆
Ich bin dankbar für die Gelegenheit, mit solch nachdenklichen und aufschlussreichen Menschen in Kontakt zu treten.🌺
❤
Thank you so much
Awesome! ❤
Very nice ❤
Very nice,Thanks
Cool exponation I didn't know about DC to DC converter for every panel technology to eliminate influence of weekst panel to overall performance
Can we use it as Laser Driver Circuit ?
In Uart communication,is the communication takes place between transmitter of receiver end and receiver of transmitter end?
Gracias un video muy interesante
Thank you for this video. Could you please guide me to find such a reference for BJT as a Switch and how to make it faster switch?
Nice sir
Great video
GOAT
Hello sir I have an inverter welding machine The gate to emitter frequency is 45khz But the emitter collector is giving 230khZ why?
What softwares is this
What is the best isolated DC-DC converter topology under 500W output power?
How calculate the transformer for QR flyback ?
Please make a video on how we can make a mppt charge controller
👍
Nice video sir, some thing I forgot now I remember and clear it thankyou so much
Will that destroy a lithium phosphate? When's design for lithium ion
❤
If any doubt about my question plz ask in comment... Plz explain clearly
Explain about U V W output investing pulse. We are given negative voltage in source but it generating negative pulse in output section explain about IGBT output UVW motor output pluse
Hi Sir, In which tools you these video
Hate the way you have presented the visuals. All mixed
can you substitute 8N60 (MOSFET) for STGP7NC60HD (IGBI) in a 3 phase washing machine motor?
In other video, I seen that 0.5 to 1.25 A current required for charge Cgs, for some nano Second. so my question is, does charge pump provide such high current ??
how is a particular shift register of the slave accessed in SPI , as in I2C the master sends the slave particular shift register to be accessed??
Very nice explained ❤🎉
Thanks a lot 😊
Thank you so much for explanation ❤keep making new videos
I was searching for a video that showed me calculations for this exact circuit! Thanks for the video! Btw, you probably get this a lot but your videos have helped me a lot in understanding mosfets, and circuits like this ect. 😃
Glad it was helpful!
48v 1000w controller can be regenerate power, but generated power should be damage the controller or not how to protect controller from generated output
this explains way better then 99% of examples they all fail to explain that is reversed load and probably made many people putting the cap the wrong direction
good
Thanks
Please avoid writing down side, we cant seen the cicuit perfectly, thank u
This is such a good way to teach this. You give intuition behind how it works, you show how the electricity flows through the circuit (which is awesome!) and then you show the waveforms with this. Your video could not be better, please keep making more like this because this is very rare in the electronics field! Thank you!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
Glad you enjoyed it!
Would vdd not be lower than 10v due to the diodes forward voltage drop?
how about reference multiply , how it works
Sir a video about K - line circuit a to z