ENGLISH
•
简体中文
•
日本語
•
한국어
Login
|
Register
Enter keywords or part number
What's New
Products
Solutions
Design
AppNotes
Support
Sales
About Us
Members
Overview
Suggested Components
Application Notes
Maxim
>
Solutions
>
Digital Video
Product Line Filter:
All Product Lines
------------------
Analog Switches and Multiplexers
Delay Lines and Counters
Interface and Interconnect
LED Lighting and LCD Display ICs
Memories: Volatile, NV, Multi-Function
Optoelectronics
Timekeeping, Timers, and Counters
Video
Application Notes
App Note 4313: Video Display Signals and the MAX9406 DP-HDMI/DVI Level Shifter—Part II
App Note 4306: Video Display Signals and the MAX9406 DP-HDMI/DVI Level Shifter—Part I
App Note 4289: Low-Temperature Data Retention in Nonvolatile SRAM
App Note 4282: HFRD-33.0 HDMI and DVI, 4 x 4 Crosspoint Switch
App Note 4269: Switching LVDS Graphics in a Laptop Computer
App Note 4252: How to Use the MAX9406 PCIe-to-HDMI Board
App Note 4232: HFRD-34.0 4 x 4 DVI KVM Switch
App Note 4218: Unbalanced Twisted Pairs Can Give You the Jitters!
App Note 3954: Characteristics of Manganese Lithium (ML) Batteries
App Note 3935: MAX3815: Increase the Reach of HDMI and DVI Cables with the MAX3815 TMDS Equalizer and MAX3816A DDC Extender
App Note 3854: MAX3815: Interfacing to the MAX3815 DVI/HDMI Cable Equalizer
App Note 3838: Calculating Maximum Operating Frequency for Delay Lines
App Note 3834: HFTA-13.0: Designing External Cabling for Low EMI Radiation
App Note 3759: Timing Considerations When Using NVSRAM
App Note 3693: Why Maxim Chose to Design the Single-Piece NV SRAM Modules
App Note 3455: HFTA-11.0: Spectral Content of NRZ Test Patterns
App Note 3353: HFAN-04.5.4: 'Jitter Happens' when a Twisted Pair is Unbalanced
App Note 2077: Using Dallas Semiconductor NV SRAMs in RAID Applications
App Note 229: Delay Lines Comparison
App Note 1779: Tech Brief 40: Understanding Programmable Delay Lines: Overview of the DS1020, DS1021, DS1023, and DS1045
App Note 202: NV SRAM Frequently Asked Questions
App Note 992: Tech Brief 38: Using Programmable Delay Lines
App Note 983: Tech Brief 37: Replacing Passive Hybrid Delay Lines with All-Silicon Delay Lines
App Note 979: Tech Brief 36: Building a Pulse Width Discriminator Using a Delay Line
App Note 977: Tech Brief 34: Building Precision Pulse Width Modulators Using Delay Lines
App Note 592: Silicon Timed Circuits: Frequently Asked Questions
App Note 107: DS1020/DS1021 8-Bit Programmable Delay Lines
Contact Us
•
•
•
Privacy Policy
•
Legal Notices
Copyright © 2009 by Maxim Integrated Products