CDK3401CTQ48X

ADCs/DACs - Special Purpose MaxLinear CDK3401CTQ48X Overview

Introducing the MaxLinear CDK3401CTQ48X, a state-of-the-art IC VIDEO DAC designed for high-performance video applications. This 10-bit digital-to-analog converter operates at speeds up to 150 MHz, housed in a compact 48TQFP package, making it ideal for space-constrained environments. With its robust design and advanced technology, the ADCs/DACs - Special Purpose MaxLinear CDK3401CTQ48X offers exceptional quality and reliability for a variety of video processing applications. Its high-speed operation and precision output enable enhanced visual experiences, making it a preferred choice for manufacturers looking to integrate top-tier video capabilities into their products.

CDK3401CTQ48X Features

The CDK3401CTQ48X boasts several key features that make it an indispensable component in modern video processing systems. These include a 10-bit resolution that ensures high-quality image output, a fast 150 MHz operational speed for handling high-data-rate video streams, and a thermally efficient 48TQFP package. Additionally, the device's low power consumption and integrated functionality enhance its suitability for both portable and stationary applications, where power efficiency and performance are crucial.

CDK3401CTQ48X Applications

• Digital Video Broadcasting: Utilized in set-top boxes and digital TV systems, the CDK3401CTQ48X ensures smooth, high-quality video output critical for enhancing viewer experience.
• High-Definition Video Players: In Blu-ray and other HD video players, this DAC supports the precise conversion of digital data into high-definition analog video signals, providing superior image clarity.
• Video Game Consoles: The high-speed performance and high-resolution output of the CDK3401CTQ48X make it ideal for gaming consoles, where rapid and accurate video signal processing is necessary for immersive gaming visuals.
• Professional Video Equipment: Used in video editing and production equipment, the DAC facilitates the accurate rendering of edited content, ensuring that the final output matches the creators' vision.