Solutions
Linear Technology provides expertise not only on the workings of our parts, but also the larger, often complex problems customers are looking to solve. The Linear Technology Circuit Collection conveniently assembles some of the most popular designs from our data sheets, design notes and application notes. The Linear Technology Blogs offer insights into applications directly from our team of analog gurus - by engineers, for engineers.
Solution Search
Search our archive for popular designs from our data sheets, demo boards, app notes and more. Simply pick an application from the drop-down box below to browse a list of solutions, complete with schematics, layout files and LTspice simulations. For select applications, use the Quick Search box at right to search our library of solutions by parametric values.
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Linear Technology Blogs – By Engineers, For Engineers
Linear Technology blogs are written by engineers, for engineers. Posts range from quick circuit tips and techniques, to deep discussions on the operation and theory of Linear Technology parts, to in depth technical discussions on real world customer applications. Topics include:
- Power System Management
- High Performance ADCs and ADC Drivers
- Automotive Power Design
- LTspice
- Linduino
- And More!
Click Here To View All The Blogs
Improving Linearity by Using Absorptive Filters
Mar 10th 2017
Introduction:
When driving a direct sampling high speed ADC, the most likely place to degrade the performance is the interface between the final amplifier and the ADC. With any direct sampling ADC there will be nonlinear charge produced in the sampling process. This charge is reflected into the input network each time the sampling ...
Circuit Collections
The Linear Technology Circuit Collection conveniently assembles some of the most popular designs from our data sheets, design notes and application notes. Simply pick an application or product category and you’ll be presented with circuit schematics you can use to quickly jump start your design. Top circuit collections include:
LT4320 LT4320 Ideal Diode Bridge
Jan 27th 2017
The LT®4320/LT4320-1 are ideal diode bridge controllers that drive four N-channel MOSFETs, supporting voltage rectification from DC to 600Hz typical. By maximizing available voltage and reducing power dissipation (see thermograph comparison below), the ideal diode bridge simplifies power supply design and reduces power ...
Videos
Linear Technology's videos provide insight into our latest product releases and new applications. Topics for videos include:
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Quad 3A, Ultrathin uModule Regulator Fits on the Backside of PCB
Feb 17th 2017
The LTM4643 is a quad output step-down µModule® (power module) regulator, configurable as a single output (12A), dual (6A & 6A or 9A & 3A), or quad (3A each) regulator in a 9mm x 15mm x 1.82mm ultrathin LGA package. This flexibility enables system designers to rely on one simple and compact µModule ...
Demo Boards
Linear Technology demo boards provide a complete solution that showcases the features of our parts and makes it easy for customers to evaluate system performance. Demo boards designs can be used as reference designs to jump start your project, or request a board from your local sales representative to evaluate our IC. Demo board categories include:
Click Here To View All The Demo Boards
LTC6419 - Dual Differential Amplifiers / ADC Drivers
Mar 15th 2017
Demonstration circuit 2473A features the LTC®6419 Dual Differential Amplifier/ADC Driver. It incorporates a variety of passive components to support configurations for varied applications. These fully-differential amplifiers accept single-ended or differential input with almost no difference in distortion performance.
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