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.
Technical Archives (Sorted By Date)
- GPS-MEMS combo to enhance next-gen positioning and navigation (23/05/12)
- Peek into the future of wireless standards (18/05/12)
- Testing E911 in LTE networks (03/05/12)
- Use rubidium clocks to achieve service continuity in 4G/LTE networks (26/04/12)
- Ease wireless DAQ using integrated sensor nodes with GSM modems (03/04/12)
- Build a digital FM radio (27/03/12)
- Transmitter/receiver pair functions as antitheft alarm (21/03/12)
- Maximising the 5GHz band for medical electronics (19/03/12)
- How to improve RF spurious performance (15/03/12)
- Wireless charging of medical devices (14/03/12)
- OTA testing of MIMO Wi-Fi and LTE radios (08/03/12)
- Applications of RF4CE in next-gen home networking (01/03/12)
- Evaluating RF, microwave power sensors and meters (28/02/12)
- Security threats in next-gen car electronics (21/02/12)
- Position location strategies, applications (Part 4) (06/01/12)
- Radio susceptibility adheres to laws of physics (29/12/11)
- A tutorial on digital signalling (Part 3) (19/12/11)
- How BLE enables new medical apps (12/12/11)
- Grasping the demand for small cells (09/12/11)
- Building threat simulator for multi-port radar and warfare systems (05/12/11)
- Achieving reliable wireless with transmit beamforming (30/11/11)
- A tutorial on digital signalling (Part 2) (24/11/11)
- A tutorial on digital signalling (Part 1) (22/11/11)
- A tutorial on radio link (Part 4) (21/11/11)
- Choosing the right silicon TV tuner IC (16/11/11)
- Position location strategies, applications (Part 3) (07/11/11)
- Position location strategies, applications (Part 2) (04/11/11)
- Position location strategies, applications (Part 1) (02/11/11)
- A tutorial on radio link (Part 3) (31/10/11)
- A tutorial on radio link (Part 2) (24/10/11)
- A tutorial on radio link (Part 1) (21/10/11)
- Designing software-defined radio (Part 1) (13/10/11)
- An overview of TD-LTE (11/10/11)
- Understanding 6LoWPAN: The wireless embedded Internet (Part 4) (03/10/11)
- Understanding 6LoWPAN: The wireless embedded Internet (Part 3) (26/09/11)
- Understanding 6LoWPAN: The wireless embedded Internet (Part 2) (22/09/11)
- A primer on Bluetooth Low Energy (Part 2) (21/09/11)
- Radar fundamentals (Part 5) (19/09/11)
- Radar fundamentals (Part 4) (13/09/11)
- Radar fundamentals (Part 3) (12/09/11)
- Radar fundamentals (Part 2) (07/09/11)
- Radar fundamentals (Part 1) (05/09/11)
- Grasping wireless sensor network concepts (22/08/11)
- Determining the impact of electrical loss in coaxial cable (15/08/11)
- A primer on Bluetooth Low Energy (Part 1) (08/08/11)
-
Promising future for ultra-low power RF
(18/07/11)
-
A primer on LTE-Advanced
(04/07/11)
-
CMOS PAs boost mobile devices' RF performance
(20/06/11)
-
3D IC opens new doors for the wireless market
(20/06/11)
-
Developments in integration for base station receivers
(06/06/11)
|
||||||||||||||
|
||||||||||||||
 |
Hot Articles
Tear Down
Sneak a peek inside popular products!
iPhone 4 design exhibits high reuse 
The new Apple iPhone 4 could very well be called an iPad since it uses at least seven chips from the popular Apple tablet, according to analysts from UBM TechInsights.
Search EE Times India
Top Ranked Articles
- Satellite positioning receiver boosts accuracy
- NI PXI switch optimises RF signal routing up to 6.6GHz
- Smartphones: A good bet for Asia in 2012
- Nokia develops energy-harvesting phone
- Low cost PAs offered in 5x5 SMT package
- PXI Express switches boost test system flexibility
- CEVA's good fortune: How long will it last?
- Low-power radio chip mimics human ear
- Intel: The future is ultra-thin
- Snapdragon chipset tailored for 'smartbooks'
