Can we use a CT (current transformer) in series to the inductor which is operating in CCM?
Can we use a CT (current transformer) in series to the inductor which is operating in CCM?
Reviewed by Author
on
4/25/2023
Rating: 5
Let's consider a transformer with ferrite core and with some leakage inductance. Now if we introduce air gap in the ferrite, what will happen to the leakage inductance. please explain your answer.
Let's consider a transformer with ferrite core and with some leakage inductance. Now if we introduce air gap in the ferrite, what will happen to the leakage inductance. please explain your answer.
Reviewed by Author
on
4/25/2023
Rating: 5
what is the advantage of paralleling MOSFETs over single MOSFET dissipating same power as in the total parallel combination?
what is the advantage of paralleling MOSFETs over single MOSFET dissipating same power as in the total parallel combination?
Reviewed by Author
on
4/25/2023
Rating: 5
In a synchronous buck converter operating in CCM with 50% duty cycle, why the upper MOSFET dissipates more power than lower MOSFET. consider same MOSFET, gate voltages and gate resistors at both places.
In a synchronous buck converter operating in CCM with 50% duty cycle, why the upper MOSFET dissipates more power than lower MOSFET. consider same MOSFET, gate voltages and gate resistors at both places.
Reviewed by Author
on
4/25/2023
Rating: 5
During the MOSFET switching, the gate to source voltage becomes flat during the Vds transition, why is it so? what makes it stay constant?
During the MOSFET switching, the gate to source voltage becomes flat during the Vds transition, why is it so? what makes it stay constant?
Reviewed by Author
on
4/25/2023
Rating: 5
If we turn ON a MOSFET with Resistive load, current and voltage transition will start simultaneously. But if the load is inductive, say Relay or any DC DC converter, current rises first to max load current and then only voltage starts to fall. Why?
If we turn ON a MOSFET with Resistive load, current and voltage transition will start simultaneously. But if the load is inductive, say Relay or any DC DC converter, current rises first to max load current and then only voltage starts to fall. Why?
Reviewed by Author
on
4/25/2023
Rating: 5
Subscribe to:
Posts
(
Atom
)
Popular Posts
-
What you'll learn Understand conducted electromagnetic interference (EMI) and the need for input filter Understand input filter design...
-
What you'll learn Basic understanding of semiconductor power switches Modeling and simulation of semiconductor power switches Join F...
-
Performing thermal simulations with a heatsink in LTspice involves a few steps. Here's a general guide: Modeling the Heat Source: Defi...
-
What you'll learn Understand the fundamentals of magnetic components, including inductors and transformers Analyze and model losses in...
-
Book philosophy: The philosophy adopted in this book focusses on students’ understanding of the underlying principles and logic behind the...
-
There are 12 modules in this course This course gives you a complete insight into the modern design of digital systems fundamentals from a...
-
"MOSFETs: Theory, Design, and Applications" is a comprehensive guide that equips readers with a deep understanding of Metal-Oxid...
-
There are 7 modules in this course This course introduces students to the basic components of electronics: diodes, transistors, and op amp...
-
What you'll learn Understand how to implement the power semiconductor devices in a switching converter Understand the origins of the d...
-
This book describes high frequency power MOSFET gate driver technologies, including gate drivers for GaN HEMTs, which have great potential...