Switching Regulator Power Loss
Efficiency can be a misleading number for comparison of switching regulators. Efficiency number can be manipulated by input and output voltage, while power loss is more tightly tied to the actual circuit --- Click here to watch the video and learn why.
Efficiency can be a misleading number for comparison of switching regulators. Efficiency number can be manipulated by input and output voltage, while power loss is more tightly tied to the actual circuit --- Click here to watch the video and learn why.
Application Notes (Sorted By Date)
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Zener voltage regulation with current changes
(19/09/01)
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Rectifier reverse switching performance
(19/09/01)
-
Introduction to rectifiers
(19/09/01)
-
Hiccup mode current limiting
(19/09/01)
-
Power solutions for flexible motherboards
(19/09/01)
-
Design procedure for microprocessor buck regulators
(19/09/01)
-
Rectifier bridges and dual rectifiers
(19/09/01)
-
TVS/Chip product overview
(18/09/01)
-
Getting the most from your battery
(17/09/01)
-
AC ballast testing
(17/09/01)
-
What is a silicon transient voltage suppressor?
(11/09/01)
-
Using the power versus time curve
(11/09/01)
-
What is a thyristor surge protective device and how does it work?
(11/09/01)
-
Operation of the GRX, PVX-41XX and PVM-41XX pulse generators with common pulse (+HV) and bias (-HV) dc power supply polarities
(06/09/01)
-
DE-Series fast power MOSFET: An introduction
(06/09/01)
-
Intel 860 chipset thermal considerations
(24/08/01)
-
Intel 810 chipset: Thermal design considerations
(24/08/01)
-
Intel 840 chipset thermal design considerations
(24/08/01)
-
Guidance notes on wiring of power line filters
(22/08/01)
-
Leakage currents in power line filters
(22/08/01)
-
The use of earth leakage circuit breakers with power line filters
(22/08/01)
-
kVA Ratings of power line filters
(22/08/01)
-
Use of MPE high-performance power line filters with isolation transformers
(22/08/01)
-
400Hz filters meeting 100dB at 14kHz
(22/08/01)
-
AC200177GHz Gunn oscillator module
(21/08/01)
-
Turn-on performance of thyristors in parallel
(21/08/01)
-
Selection of SCRs for parallel operation
(21/08/01)
-
Improved gate drive for GTO series connections
(21/08/01)
-
Using avalanche diodes without sharing capacitors
(21/08/01)
-
Use of the VTO, rT on-state characteristic model
(21/08/01)
-
Case non-rupture current ratings
(21/08/01)
-
Clamping of power semiconductors
(20/08/01)
-
An introduction to IGBTs
(20/08/01)
-
IGBT ratings and characteristics
(20/08/01)
-
Calculation of junction temperature
(20/08/01)
-
Gate triggering and gate characteristics
(20/08/01)
-
SUPERECTIFIER design brings new level of reliability to surface mount components
(14/06/01)
-
Using rectifiers in voltage multiplier circuits
(14/06/01)
-
Surface mount low capacitance TVS: The discrete solution
(14/06/01)
-
Selecting the optimum transient voltage suppressor
(14/06/01)
-
GS rectifiers in SMPS using the Topswitch integrated circuit
(14/06/01)
-
Failure modes and fusing of TVS devices
(14/06/01)
-
What is a silicon transient voltage suppressor? And how does it work?
(13/06/01)
-
Protecting low current loads in harsh electrical environments
(13/06/01)
-
Design guidelines for Schottky rectifiers
(13/06/01)
-
Automotive transient voltage suppressor
(13/06/01)
-
Series stacking of TVS for higher voltages and power
(13/06/01)
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Paralleling transient voltage suppressors for higher power capability
(13/06/01)
-
Protecting for repetitive transient voltages
(13/06/01)
-
TVS placement the critical path to the leading edge
(13/06/01)
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