Search

All fields optional

Click To Select



Search Results

Document Type Title Date ▴
LTspice LT3095 Demo Circuit - Dual Low Noise, Low Ripple Bias Generator (3-20V to 5V & 15V @ 50mA) Jan 12th, 2016
LT Journal Boost 12V to 140V with a Single Converter IC Nov 2nd, 2015
Design Note DN1033 - Easily Boost 12V to 140V with a Single Converter IC Sep 28th, 2015
Press Release Dual, Low Noise Bias Generators in 3mm x 5mm QFN Offer Ultralow Noise and Ripple for Sensitive Circuit Applications Sep 15th, 2015
Datasheet LT3095 - Dual-Channel Low Noise Bias Generators Aug 11th, 2015
LTspice LT8471 Demo Circuit - Dual Output Buck & Inverting Converter (6-32V to +5V @ 1.4A & -5V @ 800mA) Apr 13th, 2015
LTspice LTC3788-1/LTC4440-5 Demo Circuit - Two-Stage High Voltage Boost Converter (3-36V to 140V @ 1A) Sep 17th, 2014
LTspice LTC3788-1 Demo Circuit - High Efficiency Dual Boost Regulator with Independent Inputs (12-24V to 24V @ 5A & 5-12V to 12V @ 10A) Aug 26th, 2014
Ad One Switcher Does It All May 20th, 2014
Press Release Dual Multi-Topology DC/DC Converters with 50V, 2A Internal Switches Apr 9th, 2014
Datasheet LT8471 - Dual Multitopology DC/DC Converters with 2A Switches and Synchronization Feb 3rd, 2014
LTspice LTC3788-1 Demo Circuit - High Efficiency Dual 12V/24V Boost Converter with Rsense Current Sensing (4.5-24V to 24V @ 5A & 12V @ 10A) Nov 18th, 2013
LT Journal Dual Output Monolithic Supply with Integrated 3A Power Switches and Operation to 2.5MHz in a 7mm × 4mm DFN Apr 24th, 2012
LTspice LT8582 Demo Circuit - 1.5MHz +5V to ±12V Dual Converter (5V to ±12V @ 550mA) Mar 22nd, 2012
LTspice LT3466-1 Demo Circuit - Li-Ion to ±15V TFT LCD Bias Supply (3-14V to +15V @ 10mA & -15V @ 10mA) Feb 27th, 2012
Press Release Dual 3A, 2.5MHz, 42V Boost/Inverting DC/DC Converter with Fault Protection Jan 25th, 2012
Datasheet LT8582 - Dual 3A Boost/Inverting/SEPIC DC/DC Converter with Fault Protection Jan 12th, 2012
LTspice LTC3535 Demo Circuit - Dual Channel 1MHz Synchronous Step-Up DC/DC Converter (0.7-5V to 1.8V @ 100mA & 3.3V @ 100mA) Oct 17th, 2011
LTspice LTC3527 Demo Circuit - Dual 800mA/400mA 1.2MHz/2.2MHz Synchronous Step-Up DC/DC Converter (0.7-5.5V to 3.3V @ 150mA & 1.8V @ 150mA) Oct 17th, 2011
Product Selector Card Practical Ambient Energy Harvesting for WSNs Jun 9th, 2011
LTspice LTC3788 Demo Circuit - Dual Output Synchronous Step-Up (5-24V to 24V @ 3-5A & 12V @ 8-10A) Jun 9th, 2011
Design Note DN481 - 2-Phase, Dual Output Synchronous Boost Converter Solves Thermal Problems in Harsh Environments Jun 30th, 2010
Reliability Data R457 - Reliability Data Apr 12th, 2010
Press Release Dual Output, High Power 60V Synchronous Boost Controller Eliminates Heat Sink with 97% Efficiency Jan 21st, 2010
Datasheet LTC3788-1 - 2-Phase, Dual Output Synchronous Boost Controller Dec 7th, 2009
Datasheet LTC3788 - 2-Phase, Dual Output Synchronous Boost Controller Dec 7th, 2009
Reliability Data R531 - Reliability Data Nov 10th, 2009
Reliability Data R526 - Reliability Data Aug 20th, 2009
Reliability Data R530 - Reliability Data Mar 18th, 2009
Press Release Dual 550mA, 1MHz Synchronous Boost Regulator with Output Disconnect & Soft-Start in a 3mm x 3mm DFN Feb 19th, 2009
Datasheet LTC3535 - Dual Channel 550mA 1MHz Synchronous Step-Up DC/DC Converter Jan 5th, 2009
LTspice LT3498 Demo Circuit - 20mA LED Driver & OLED Driver (3-5V to 6x 3.2V LEDs @ 20mA & 16V @ 24mA) Jul 8th, 2008
Press Release Dual 800mA & 400mA (ISW), 2.2MHz Synchronous Boost Regulator with Output Disconnect in a 3mm x 3mm QFN Jan 14th, 2008
Datasheet LTC3527/LTC3527-1 - Dual 800mA/400mA, 1.2MHz/2.2MHz Synchronous Step-Up DC/DC Converters Dec 18th, 2007
LT Journal Oct 2007 - White LED Driver and OLED Driver with Integrated Schottkys and Output Disconnect in 3mm x 2mm DFN Oct 16th, 2007
Press Release Dual Output Boost Drives up to 6 White LEDs & an OLED Display from a 2mm x 3mm DFN Package Jun 14th, 2007
Datasheet LT3498 - 20mA LED Driver and OLED Driver with Integrated Schottky in 3mm x 2mm DFN May 10th, 2007
LTspice LT3471 Demo Circuit - Dual 1.3A, 1.2MHz Boost/Inverter Converter (3.3V to 7V @ 350mA and -7V @ 250mA) May 15th, 2006
Reliability Data R518 - Reliability Data Apr 26th, 2006
LT Journal Dec 2005 Multi-Output Supply Drives White LEDs, Provides LCD or OLED Bias in a 3mm x 3mm DFN Package Mar 28th, 2006
Press Release Combo White LED Driver and OLED/TFT Boost Regulator in a 3mm x 3mm DFN Minimizes Board Space Oct 20th, 2005
LT Journal Sep 2005 Dual Switching Converter Provides Two Outputs of Any Polarity Sep 1st, 2005
Datasheet LT3466-1 - White LED Driver and Boost Converter in 3mm x 3mm DFN Jul 22nd, 2005
LT Journal November 2004 - Compact Power Supply Drives TFT-LCD and LED Backlight Mar 25th, 2005
Design Note DN359 - Dual DC/DC Converter with Integrated Schottkys Generates ±40V Outputs and Consumes Only 40µA Quiescent Current Jan 31st, 2005
Press Release LT1942 - Quad DC/DC Converter for Triple Output TFT Supply and LED Backlighting Dec 9th, 2004
Datasheet LT1942 - Quad DC/DC Converter for Triple Output TFT Supply Plus LED Driver Nov 15th, 2004
Press Release LT3471 - Product Press Release Nov 11th, 2004
Design Note DN349 - Quad Output Switching Converter Provides Power for Large TFT LCD Panels Oct 1st, 2004
Datasheet LT3471 - Dual 1.3A, 1.2MHz Boost/Inverter in 3mm × 3mm DFN Aug 30th, 2004
Datasheet LT1943 - High Current Quad Output Regulator for TFT LCD Panels Aug 27th, 2004
Reliability Data R365 - Reliability Data Aug 9th, 2004
Reliability Data R303 Reliability Data Aug 9th, 2004
Reliability Data R390 Reliability Data Aug 9th, 2004
Reliability Data R415 - Reliability Data Aug 9th, 2004
Datasheet LT3463/LT3463A - Dual Micropower DC/DC Converters with Schottky Diodes Aug 9th, 2004
Datasheet LT1944-1 - Dual Micropower Step-up DC/DC Converter Aug 9th, 2004
Datasheet LT1944 - Dual Micropower Step-Up DC/DC Converter Aug 9th, 2004
LT Journal May 2004 LCD Power Supply Provides ±15V Plus LED Driver May 1st, 2004
LT Journal Feb 2004 Quad Output Switching Regulator Powers Large TFT Displays Feb 1st, 2004
Design Note DN357 - Tiny, Highly Flexible, Dual Boost/Inverter Tracks Supplies Jan 10th, 2004
LT Journal Dec 2001 Simple and Efficient Way to Provide Three Supply Voltages for Small TFT LCDs Dec 1st, 2001