Transform a DC/DC Converter into a High Performance, Full-Featured Battery Charger
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Would you like to learn how to Transform a DC/DC Converter into a High Performance, Full-Featured Battery Charger? --- Click here to learn how !
New Products
- Analogue switches designed for ultrasound apps (07/02/12)
- Sensor signal conditioner boasts high accuracy (01/02/12)
- TI AFEs integrate dual ADC, DAC (24/01/12)
-
Power amp enables 2.8-3.4GHz wideband operation (18/01/12)
- Audio amplifiers serve peak power density (16/01/12)
- Audio sound tech replaces bulky cabling (03/01/12)
- Difference amplifier features 100dB CMRR (23/12/11)
- Transmit IC cuts phase noise in ultrasound (22/12/11)
- Synthesiser tunes to low 350MHz frequency (22/12/11)
- Digital microphone enhances noise rejection (21/12/11)
- Analogue switch minimises signal attenuation (12/12/11)
- H.264/MPEG-2 transcoders pack memory (09/12/11)
- Signal conditioners allow multiple photodiodes (08/12/11)
- MOSFET series extends package footprint options (01/12/11)
- Power amp boasts frequency coverage up to 90GHz (24/11/11)
News & Trends
- Microsemi buys timing IC business from Maxim (02/02/12)
- 28nm platforms to accelerate India's transformation (12/01/12)
-
CES 2012: Gadgets and more (12/01/12)
-
Invisible capacitor microphone unveiled (30/12/11)
- e-cars look to gain perfect sound experience (31/10/11)
- Small-cell chip market to grow at 50% CAGR (20/10/11)
- Researchers claim high-speed optical device (17/10/11)
- Biomaterial enables proton-based FET (28/09/11)
- MEMS sensors, audio devices soar (23/09/11)
- Optical delay lines aid complex photonic devices (02/09/11)
- Microsemi pursues Zarlink (19/08/11)
- MPEG calls for faster Internet video coding standard (16/08/11)
- Microsemi buys Brijot, eyes Zarlink (25/07/11)
- ST, Soundchip collaborate on HD-PA sound tech (22/07/11)
- Graphene films aid thin, transparent speaker design (18/07/11)
Technical Archives
- Create sounds using analogue electronics (Part 5) (03/02/12)
- Spatial audio generation from portable devices (Part 1) (19/01/12)
- Create sounds using analogue electronics (Part 4) (10/01/12)
- A tutorial on digital signalling (Part 3) (19/12/11)
- Create sounds using analogue electronics (Part 3) (06/12/11)
- Managing different clock frequencies of audio codecs (02/12/11)
- Know the EMI sources in touchscreens (01/12/11)
- 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)
- Designing improved DC/DC regulator using FPGA (18/11/11)
- Learn about root mean square (15/11/11)
- Create sounds using analogue electronics (Part 2) (08/11/11)
- Boost DAC integral non-linearity through gain correction (25/10/11)
- Trade-offs of multi-gigabit data link aggregation (17/10/11)
Application Notes
- Audio voice codec for Skype long-range speakerphone apps (07/02/12)
- Employ LMH6521 to drive high speed ADCs (03/02/12)
- Dealing with filter loss in comms systems (01/02/12)
- Boost amp noise for high 3rd intercept amps (12/01/12)
- Pin-out of ADC1xD1x00 (09/01/12)
- TDF8597, TDF8599A/B class-D amps for automotives (26/12/11)
- Guide to hardware design with TMS320F28xx, F28xxx DSCs (15/12/11)
- ADC source impedance for Hercules MCUs (08/12/11)
- 3.3 V I/O issues in MCUs for automotive, industrial apps (06/12/11)
- Calibrate ADC in Stellaris MCU (05/12/11)
- LMP90100 MCU firmware considerations (02/11/11)
- Continuous background calibration modes in LMP90100 (01/11/11)
- Measure EMI rejection ratio of op amps (13/10/11)
- Comparison of PCM270x and PCM270xC audio data converters (12/10/11)
- Implementing thermocouple interface with MSP430F5529 MCU (11/10/11)
![]() Lecture 1 Basic Building Blocks In Analogue ICs |
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![]() Lecture 2 Current Mirrors |
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![]() Lecture 3 Translinear Networks |
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![]() Lecture 4 Differential Amplifier |
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![]() Lecture 5 Differential Amplifier Characteristics |
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![]() Lecture 6 Video Amplifier and RF/IF Amplifiers |
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![]() Lecture 7 Cascade Amplifier |
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![]() Lecture 8 IC Negative Feedback Wide Band Amplifiers |
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![]() Lecture 9 IC Negative Feedback Amplifiers |
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![]() Lecture 10 Voltage Sources And References |
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![]() Lecture 11 IC Voltage Regulator |
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![]() Lecture 12 Characteristics and Parameters Of Voltage |
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![]() Lecture 13 Protection Circuitry For Voltage Regulator |
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![]() Lecture 14 Switched Mode Regulator And Operational |
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![]() Lecture 15 IC Operational Voltage Amplifier |
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![]() Lecture 16 General Purpose Operational Amplifier-747 |
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![]() Lecture 17 Transconductance Operational Amplifier |
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![]() Lecture 18 Audio Power Amplifier and Norton's Amplifier |
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![]() Lecture 19 Analogue Multipliers |
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![]() Lecture 20 Analogue Multipliers |
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![]() Lecture 21 Voltage Controlled Oscillator |
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![]() Lecture 22 Voltage Controlled Oscillator |
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![]() Lecture 23 Self Tuned Filter |
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![]() Lecture 24 Phase Locked Loop |
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![]() Lecture 25 Phase Locked Loop |
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![]() Lecture 26 Phase Locked Loop |
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![]() Lecture 27 Phase Locked Loop |
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![]() Lecture 28 Current Mode ICs |
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![]() Lecture 9 Sinusoidal steady state |
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![]() Lecture 10 Transfer Function and Pole-Zero Domain 1 |
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![]() Lecture 11 Transfer Function and Pole-Zero Domain 2 |
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![]() Lecture 12 The Sinusoid |
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![]() Lecture 13 Phasor Analysis Part 1 |
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![]() Lecture 14 Phasor Analysis Part 2 |
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![]() Lecture 15 Power Factor |
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![]() Lecture 16 Power ports |
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![]() Lecture 17 Transformer Basics Part 1 |
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![]() Lecture 18 Transformer Basics Part 2 |
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![]() Lecture 19 Transformer Basics Part 3 |
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![]() Lecture 20 The Practical Transformer Part 1 |
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![]() Lecture 21 The Practical Transformer Part 2 |
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![]() Lecture 22 The Practical Transformer Part 3 |
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![]() Lecture 15 Control Engineering |
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![]() Lecture 16 Control Engineering |
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![]() Lecture 17 Control Engineering |
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![]() Lecture 22 Control Engineering |
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![]() Lecture 23 Control Engineering |
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![]() Lecture 24 Control Engineering |
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![]() Lecture 25 Control Engineering |
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![]() Lecture 28 Control Engineering |
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![]() Lecture 31 Control Engineering |
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![]() Lecture 32 Control Engineering |
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![]() Lecture 33 Control Engineering |
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![]() Lecture 35 Control Engineering |
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![]() Module - 4 Lecture - 1 Introduction to Operational Amplifiers |
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![]() Module - 4 Lecture - 3 Op-Amp Applications Part 1 |
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![]() Module - 2 Lecture - 1 Transistor Operation Part 1 |
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![]() Module - 2 Lecture - 2 Transistor Operation Part 2 |
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![]() Module - 2 Lecture - 6 BJT Amplifier - Part 1 |
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![]() Module - 2 Lecture - 8 Frequency Response of BJT Analysis - Part 1 |
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![]() Module - 2 Lecture - 10 Transistor as a Switch |
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![]() Module - 3 Lecture - 1 MOSFET - Part 1 |
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![]() Module - 3 Lecture - 2 MOSFET - Part 2 |
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![]() Module - 3 Lecture - 3 MOSFET under DC Operation |
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![]() Module - 3 Lecture - 5 Small Signal Model of MOSFET - Part 1 |
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![]() Module - 3 Lecture - 6 Small Signal Model of MOSFET - Part 2 |
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![]() Module - 4 Lecture - 4 Op-Amp Applications Part 2 |
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![]() Module - 4 Lecture - 5 Op-Amp Applications Part 3 |
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![]() Module - 4 Lecture - 6 The Practical Op-Amp |
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![]() Module - 4 Lecture - 7 Positive Feedback and Oscillation |
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![]() Module - 4 Lecture - 8 Comparator |
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![]() Module - 5 Lecture - 1 Large Signal Amplifiers |
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![]() Module - 5 Lecture - 2 Transformer Coupled Power Amplifier |
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![]() Module - 5 Lecture - 3 Class AB Operations of Power Amplifier |
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![]() Module - 5 Lecture - 4 Power BJTs |
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Module - 5 Lecture - 7 Silicon-controlled Rectifier |
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![]() Module - 5 Lecture - 8 SCR Applications |
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![]() Lecture 1 Introduction to Digital Circuits |
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![]() Lecture 2 Introduction to Digital Circuits |
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![]() Lecture 3 Combinational Logic Basics |
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![]() Lecture 4 Combinational Circuits |
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![]() Lecture 12 Carry Look Ahead Adders |
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![]() Lecture 14 2's Complement Subtractor and BCD Adder |
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![]() Lecture 8 Signal Conditioning (Part 1) |
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![]() Lecture 9 Signal Conditioning (Part 2) |
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![]() Lecture 10 Data Acquisition Systems |
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![]() Lecture 3 Data and Signal |
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![]() Lecture 8 Transmission of Digital Signal (Part 2) |
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![]() Lecture 9 Transmission of Analogue Signal (Part 1) |
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![]() Lecture 10 Transmission of Analogue Signal (Part 2) |
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![]() Lecture 11 Multiplexing (Part 1) |
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![]() Lecture 11 Multiplexing (Part 2) |
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![]() Lecture 12 Multiplexing Applications (Part 1) |
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![]() Lecture 13 Multiplexing Applications (Part 2) |
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![]() Lecture 15 Error Detection and Correction |
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