ITT Interconnect Solutions
ITT Interconnect Solutions is a division of the
robotics, computerized precision tooling, Kaizen
multi-national ITT Corporation, a $2.5 billion dollar global Project Management, Six Sigma tools, and testing,
enterprise representing the brands Cannon, VEAM,
and BIW. Our connector portfolio remains the most
extensive in the industry offering the most reliable and
cost effective range of interconnect solutions. These
innovations have enabled ITT to provide products and
technologies to such markets as:
give ITT the most optimized global manufacturing
footprint in the interconnect industry.
The Custom Difference
As the industry leader in harsh environment
• Automotive
interconnect applications, ITT’s world class engineering
teams will work directly with our customers to design
and develop cost effective solutions for their applications.
In many cases we may modify one of our standard
designs to ensure a highly reliable solution where timing
is critical. Yet, in those cases where a complete custom
interconnect solution is required, ITT will work with
our customer’s Engineers to design an interconnect
solution which will be cost effective yet highly reliable.
As professional consultants, our Engineering teams will
provide a thorough systems and mechanical analysis
of any proposed solution. These analyses provide our
customers with sophisticated electrical signal and
mechanical characterizations to determine the best
solution for their application.
• Computer/Consumer
• Industrial/Instrumentation
• Military/Aerospace
• Oil Fields
• Telecom/Handset
• Transportation
When you specify a Cannon, VEAM or BIW connector,
you can rely on a product designed, developed, and
manufactured to the highest quality and reliability
standards. This tradition of excellence is based on ITT’s
corporate culture of operating its businesses under the
principles of Six Sigma. At ITT, Six Sigma is not just a
quality philosophy but a complete corporate culture that
drives the entire business. Our Value Based Management
and Value Based Product Development systems are two
cornerstones that allow for the development of both
leadership and product engineering principles, ensuring
the correct industry leading products are developed to
the accepted market driven lead times. These principles
have allowed ITT to become the market leader in all of
our business portfolios.
RoHS Compliance Information
ITT has implemented a strict parts control plan for
all ITT electronics plants worldwide that allows the
Cannon, VEAM, and BIW connector product portfolios
to meet the requirements of European Union Directive
2002/95/EC better know as the Reduction of
Hazardous Substances initiative. As appropriate, specific
Cannon, VEAM, and BIW products may be ordered
with an R prefix number which insures our customers
will receive RoHS compliant parts for their commercial
electronics applications and equipment. Since most
RoHS hazardous substances center around specific
metal plating and lead solder coatings, ITT’s products
for RoHS compliance are available in the following
plating finishes: black zincelectroless nickel, stainless
steel, Anodize over aluminum and Gold plating. It should
be noted that gold plating would be recommended
as the replacement for tin-lead solder when ordering
board mount connectors.
Six Sigma Manufacturing
ITT operates manufacturing facilities in the United States,
Germany, Italy, Mexico, China, Japan and the UK, all of
which have particular product area strengths allowing
ITT to offer a truly global footprint to our customers.
Our facilities are world class and accommodate full
vertical integration utilizing the latest manufacturing
technologies including: automated and robotic machining
centers, Super Market manufacturing cells, Kanban pull
systems, and automated electrical, mechanical, and
optical test and inspection equipment. The combination
of our manufacturing strength and our advanced
manufacturing facilities allows ITT to offer products at
market driven prices. Our capabilities, especially in
5秒后页面跳转
STM32H743技术深度剖析与应用案例探索
LM321中文资料解析：引脚功能介绍、技术特点、技术特性分析
74HC14芯片资料介绍：性能特性分析、引脚介绍
LM1875芯片手册：功放参数分析、引脚说明、电路设计要点
微信公众号
抖音公众号
浙公网安备 33010502006866号 浙ICP备10014259号-119
营业执照ICP证
技术参数
数据手册
如果您发现信息不准确，
