Foolish Engineer
@FoolishEngineer - 285 本の動画
チャンネル登録者数 7.15万人
At Foolish Engineer, our goal is to demystify complex electronic concepts and systems, making them accessible and understandable for everyone. Whether you're...
最近の動画
0:48
Inrush Current: The Shocking Truth Behind Switch-On Surges!
0:32
UART Configuration
0:48
Shift register in UART communication
0:35
Inrush Current: The Shocking Truth About Turning on Your Devices!
9:11
What is Input inrush current? The Shocking Truth About Inrush Current
0:39
Data transmission in UART
0:48
UART peripherals
1:18
I2C Bus Arbitration: How Low Addresses Win (Explained!)
1:12
Design of an overcurrent detection circuit
15:44
This Tiny Circuit Can Detect Dangerous Current in BOTH Directions! Overcurrent Protection
15:47
How to Sense Overcurrent using Opamp? Overcurrent protection circuit using Opamp
14:20
How to Measure Current in High-Voltage Circuits? 400V High-Side Current Sensing
13:19
What is Primary side regulated FLYBACK converter? How does PSR FLYBACK Converter work? How to Design
0:59
Dataframe of UART
0:44
Bus Communication Topolgy
0:56
Basics of UART Communication
0:24
Advantages of Zeta Converter
0:56
Zeta Converter working with waveform_4
0:55
Zeta Converter working with waveform_3
13:08
How to measure very small current? Tiny current sense circuit using Opamp
0:55
Zeta Converter working with waveform_2
0:51
Zeta Converter working with waveform_1
0:53
Understanding Zeta Converter circuit
0:33
Ćuk converter Disadvantage
0:40
Ćuk converter advantages 2
15:00
Understanding High-Side Bidirectional Current Sensing Circuit using Opamp
0:30
Ćuk converter advantages 1
1:26
Working of Ćuk converter with waveforms 3
0:56
Working of Ćuk converter with waveforms 2
1:25
Working of Ćuk converter with waveforms1
1:29
Working of Ćuk converter
1:03
What is Ćuk converter made of ??
12:40
Understanding Bidirectional Buck-boost converter | What is Bidirectional Buck boost converter?
1:00
Mastering LED Configurations - Series vs Parallel Explained
0:55
Controlling LED Brightness
0:30
Difference between Linear and PWM LED drivers
0:54
Different types of LED drivers
0:55
Need of LED Driver
1:00
Why a Constant Current Source is needed to drive LED?
0:55
Need of LED driver
12:26
How does USB-C work? Understanding TI's USB PD controller TPS26750
0:52
Basics of LEDs
0:57
Buck Boost Converter Pros and Cons
0:57
Buck Boost Converter waveform3
1:00
Buck Boost Converter waveform2
13:16
MagPack™ Packaging: The Ultimate Solution for High-Efficiency Power in Tiny Devices
0:58
Buck Boost Converter waveform1
0:58
Buck Boost Converter working
0:38
Understanding the Buck Boost Converter
1:00
Low side bidirectional current sensing circuit
8:52
How to Design a HighSide Current Sensing Circuit using Opamp? Opamp Highside current sensing circuit
0:35
Bidirectional Current Sensing Circuit
0:41
What is Low Side Bi-Directional Current sensing
0:57
BMS Active Balancing Techniques
10:45
How to drive LED? What Is LED Driver? Understanding LED Driver | LED Drivers
0:59
BMS Passive Balancing Techniques
0:58
Cell balancing in BMS
0:53
Blocks of BMS Current monitoring
0:54
Different blocks of BMS: The Role of MOSFETs
9:34
How to Measure Current Flow in Both Directions? Bidirectional Low-Side Current Sensing.
6:13
Unidirectional Current-Sensing circuit using Op-Amp | Single Supply
0:37
Advantages and Disadvantages of Forward Converter
5:52
What is Transimpedance Amplifier? Design of Transimpedance Amplifier? Current to Voltage Converter
0:54
Working of Forward converter with Waveforms Part 2
0:55
Working of Forward converter with Waveforms Part-1
0:28
What is Unique in Texas Instruments' new #GaterDriver IC UCC5880 Q1 and why should you use it?
0:43
How reset winding works in Forward converter?
7:18
What is new in the world of MOSFET gate drivers? SiC MOSFET drivers | MOSFET driver | UCC5880
0:55
Reset winding in Forward converter #forwardconverter #DCDCconverter #powerelectronics
0:57
Working of Forward Converter #forwardconverter #DCDCconverter #powerelectronics
8:47
Understanding Bi-directional, Dual Active Bridge DC to DC converter #texasinstruments #evchargers
0:42
Can You Identify these Electronic Symbols? Test Your Electronics Knowledge! #pcimeurope
0:39
Why do I use GaN IPM? #ganfet #tipartner
10:27
Smaller, Smarter Motor Control | How to drive motors using #ganfet? #PCIMeurope 2024 Vlog1
0:59
Can You Identify these Electronic Symbols? Test Your Electronics Knowledge! #pcimeurope
0:54
Understanding Block B of Solar inverter| #solarinverter #solar #solarinverters
0:57
Understanding Block A of Solar inverter| #solarinverter #solar #solarinverters
10:41
Understanding Bidirectional Micro Inverter with #GaNFET technology | #PCIMeurope 2024 Vlog1
0:58
Understanding bidirectional solar inverter? #solarinverter #solar #solarinverters
0:43
How does solar inverter work? #solarinverter #solar #solarinverters
0:59
Why do we need solar inverter? #solarinverter #solar #solarinverters
0:38
Understanding Forward Converter #forwardconverter #DCDCconverter #powerelectronics
11:54
Solar Inverters Explained: From Roof Panels to Home Appliances | How does Solar inverter work?
0:39
What is the Open circuit voltage of the battery? #Voltage #battery #cell #liion #batterypower
0:27
What is the Terminal voltage of the battery? terminal Voltage #battery #cell #liion #batterypower
11:45
What is Opamp Differentiator? Opamp Differentiator Design | #opamp #Differentiator
0:47
Understanding the State of Power of a Battery | SOP of the #battery #cell #liion #batterypower
0:59
What is the Depth of Discharge of a Battery? #battery #cell #liion
0:33
What is SOC of the Battery? What is E rate #battery
0:51
What is #charging Rate of the #battery ? C rate
7:43
What is Opamp Integrator? Opamp Integrator Design | #opamp #integrator #integratedamplifier
0:10
Foolish Engineer studio will look more Aesthetic now!!
0:58
Which #capacitors are Best suited for bypassing the #noise??? #mosfet #capacitance
0:59
Understanding #mosfet How VGS Affects #rds and Turn On Process
0:41
Exploring the #SwitchingSpeed and #current direction of #bjt and #mosfet
10:31
Boost converter Working | How to design Boost converter? Design using Texas Instruments IC TPS55340
0:27
Understanding BJT and MOSFET temperature coefficient
0:37
Understanding the Difference between Input Resistance of BJT and MOSFET.
10:01
What is Switched Capacitor Voltage Converter? The Forgotten Converter! Charge pump Voltage Converter
0:42
Understanding the Differences BJT vs MOSFET in Current and Temperature factors
人気の動画
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What are MOSFET gate drivers? Why do we need MOSFET gate driver? MOSFET driver explained.
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How does a BMS (Battery Management System) work? | Passive & Active cell balancing Explained
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What are the Decoupling capacitors? How to select Decoupling / Bypass capacitors?
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Power Factor Correction | Active Power Factor Correction | PFC Control | Boost PFC
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How does a Bootstrap gate driving circuit work? Bootstrap MOSFET gate driver technique
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Communication protocol in Embedded System | Synchronous & Asynchronous communication
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