UEIPAC 300(600)

PAC (programmable automation controller) cube, 3, 6 or 7 slots for analog & digital I/O, sensors and interfaces modules, ideal for HIL applications, Ethernet 10/100

Chassis contains two basic modules: a CPU module and a communication module. Their task is to control the modules installed in the chassis (analog and binary I/O, sensors, interfaces). The kernel of a real-time operating system (Linux or VxWorks) is installed. The user can implement his own algorithm (coded in C).

The process of creating the target application:

• UEIPAC works in PowerDNA mode, under control of host with Windows/Linux.
• The designer overcomes the whole cycle associated with the development of the target program: algorithm coding, testing,  debugging, etc.
• When a properly functioning version is obtained, the C language program is compiled by a cross compiler for execution in the UEIPAC module.
• After saving the execution version in the internal memory, UEIPAC is switched to the PAC (autonomous controller) operating mode
• The previously mentioned steps are repeated until the tests show that the application under development is compliant with the design assumptions.

Features:

• Powerful, compact and rugged
• Provides 3, 6 or 7 I/O slots
• Ideal for HIL (Hardware-in-the-loop) applications
• RTOS Linux, VxWorks
• Flexible: Over 30 I/O boards available including A/D, D/A, Digital I/O, Counter/Timer, Quadrature encoder, Serial, CAN and ARINC 429 communications
• Other specifications: see PowerDNA cubes: DNA-PPC5 and DNA-PPC8

Note: "UEIPAC Linux TK" and "UEIPAC VxWorks BSP" software utilities are purchased separately.