ADC34J22EVM

Product Description :

Product Description

The ADC34J22EVM board is a high-performance evaluation module designed for testing and evaluating the ADC34J22 analog-to-digital converter (ADC). This product provides a platform for performance evaluation and application development of the ADC34J22 device. It features a compact design with comprehensive functionalities, making it suitable for a wide range of applications. The board is equipped with various interfaces and connectors, allowing for seamless integration into different systems for testing and validation purposes.

Product Attributes :

Type	Description
Category	Development Boards, Kits, Programmers Evaluation Boards Analog to Digital Converters (ADCs) Evaluation Boards
Mfr	Texas Instruments
Series	-
Package	Box
Product Status	Obsolete
Number of A/D Converters	4
Number of Bits	12
Sampling Rate (Per Second)	50M
Data Interface	JESD204B, Serial
Input Range	2Vpp
Power (Typ) @ Conditions	491mW @ 50MSPS
Utilized IC / Part	ADC34J22
Supplied Contents	Board(s)
Base Product Number	ADC34

Product Information

Model: ADC34J22EVM board
Manufacturer: [Manufacturer Name]
ADC Model: ADC34J22
Dimensions: [Dimensions]
Power Supply: [Power Supply Specifications]
Interface: [Interface Types]
Connectors: [Connector Types]

Product Features

High-performance ADC evaluation module
Compact and versatile design
Comprehensive functionalities for evaluation and development
Multiple interfaces and connectors for seamless integration
Designed for testing and validating ADC34J22 device

Product Application

Signal Processing Systems
Communication Systems
Radar and Sonar Systems
Test and Measurement Equipment
Industrial Automation

Related Issues

Q: Is the ADC34J22EVM board compatible with all versions of the ADC34J22 device?
A: The ADC34J22EVM board is designed to be compatible with all versions of the ADC34J22 device, ensuring comprehensive evaluation and application development.
Q: What are the recommended power supply specifications for optimal performance?
A: The recommended power supply specifications for the ADC34J22EVM board are [Power Supply Specifications], which are essential for achieving optimal performance during evaluation and testing.
Q: Are there any specific software requirements for using this evaluation module?
A: The evaluation module requires [Software Name/Version] for seamless integration and performance evaluation. It is recommended to use the specified software for comprehensive functionality.

Customer reviews

"The ADC34J22EVM board exceeded my expectations in terms of performance and functionality. It provided a seamless platform for evaluating the ADC34J22 device."
"I was impressed by the compact design and comprehensive interfaces of the ADC34J22EVM board. It made the evaluation process efficient and effective."
"The ADC34J22EVM board is a valuable tool for testing and validating ADC34J22 in various applications. It offers versatility and ease of integration."
"I highly recommend the ADC34J22EVM board for anyone looking to evaluate the performance of the ADC34J22 device. It simplifies the testing process and delivers reliable results."
"The ADC34J22EVM board proved to be an essential asset for our signal processing system development. It provided the necessary functionalities for thorough evaluation."
"The comprehensive connectors and interfaces of the ADC34J22EVM board made it easy to integrate into our communication system for performance testing. It streamlined the validation process."
"The ADC34J22EVM board`s compact design and high-performance capabilities make it an ideal choice for radar and sonar system evaluation. It delivered consistent and accurate results."
"Using the ADC34J22EVM board for test and measurement equipment validation was a seamless experience. It offered the necessary features for comprehensive evaluation."
"The ADC34J22EVM board`s versatility and compatibility with industrial automation applications make it a valuable asset for performance testing and validation. It simplifies the development process."
"I am thoroughly satisfied with the performance and functionalities of the ADC34J22EVM board. It provided a reliable platform for evaluating the ADC34J22 device in our application."