200 Pin Large Scale Interconnection Adaptation Component

1. Great compatibility and low integration cost of the component: As a fully
compatible board card component for the LFH200 series (including module pinholes, cables, and 200-pin connectors),
it is compatible with any type of PXI ecosystem boards and will only allow
the connection of various general-purpose boards without the need of additional
compatibility parts, which in turn drastically lowers the system integration
cost and the difficulty of compatibility.
2. Scenario flexibility is high, selection complexity low: It is capable of
handling various kinds of testing needs. Being compatible with different
boards and ICA/TRI modules means that there is no need to separately choose for
different testing scenarios, which effectively lowers the selection complexity
and makes it possible to be used in a wide range of testing scenarios from
conventional to specific boards.
3. Total quality assurance and maintenance convenience: There is a 3-year
warranty on interconnection interface components, along with a 2D warranty technical
drawings (which facilitate custom wiring planning). Together with the
component's own stress plate structure (which lessens cable stress and thus
diminishes damage), the whole process from the very first integration and
deployment to the subsequent maintenance becomes quite easy; besides, there is
an obvious guide for it, thus, the stable service life of the components is
extended.
4. Rapid fault response and standardized design: The system is
modular structurally, and comes with standard LFH200-Pin male head interfaces and
fasteners (like 4-40 CMV03142 screws) for easy installation. In case of a fault,
the cable can be changed very quickly in less than 10 minutes; thus, the time for
testing is shortened to a great extent. A production line or any other place with
high-efficiency requirements is, therefore, the most suitable scenario for it.
5. Short- or long-length flexible adaptation and minimum signal risk:
Besides the fact that 0.5m is the standard length, it can also be bulk customized
into non-standard lengths (e.g., 1m, 2m) so as to cater to the special situations of
the chassis layout. By doing so, users are not burdened with the task of cutting
the cable on their own, and thus, the risk of signal loss due to wire-cutting at
The source is minimized, which ensures that the transmission is kept stable.
6. Efficient integration and the presence of a cost-reducing structure:
As an isolated interconnection interface component, it can be very quickly
inserted to be in line with the board card without the need for a complicated
assembly, thus, the installation time is greatly reduced. The standard module
bit is of small size, which makes it a good balance between the integration
efficiency and space utilization.

Question: What are the core application functions of cable assemblies?
Answer: The assemblies can be linked to different kinds of boards and cards,
and can be adjusted to various series of modules. Besides that, they will meet
the connection requirements for testing.
Question: What is the main function of installing stress plates on the 200-pin
cable assemblies?
The prominent task is the lessening of the cable stress, the stability, and
The service life of the cable is thereby improved.
Question: What are the common precautions when using cable assemblies?
Answer: It will need a large number of corresponding module bits for
interconnection, but the great variety of boards to which it can be connected
will not be seriously ‍‌‍‍‌‍‌‍‍‌limited.