HP E1406 Controller Module

Model:E1406
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
Please contact Yvonne for quotation, thank you!

Details

HP E1406 Controller Module

Product manual:

This device is the core control unit in the Hewlett Packard VXI bus testing system, belonging to the system level "chassis management controller", mainly used to coordinate and manage the operation of various testing and measurement modules inside the chassis.

As the main control module of the VXI system (usually located in slot 0), it is responsible for the initialization and resource allocation of the entire chassis.
Implement the communication bridge function between external computers and VXI chassis.
Support instruction conversion from GPIB to VXI bus to achieve unified control interface.
Responsible for addressing, scheduling, and communication coordination of various modules within the system.
Having basic storage capabilities for running configuration and system management data.
Support standard instrument control commands to achieve automated testing programming control.
Can be used as a control core in VME/VXI hybrid systems.
Support system synchronization and trigger control to ensure multi module collaborative work.
Connect to the upper computer through an external interface to achieve remote testing control.
Plays a role similar to "controlling the CPU" in the system.
Commonly used in automatic test equipment (ATE) and electronic measurement platforms.
Has high system stability and is suitable for long-term continuous operation.
Support multi module expansion control to improve system flexibility.
It is an important core component of early modular testing systems.
It is gradually being replaced by PXI or PC controllers in modern testing platforms, but it is still widely used in existing systems.

The HP E1406 controller module is the core control and management unit in the VXI testing system, responsible for communication scheduling and operational control of the entire system.