GE IS200REBFH1ACA

It also includes:
- 128MB of DDR3 SDRAM: This memory provides temporary storage for the FPGA’s program and data while the board is operating.
- Various Input/Output (I/O) interfaces: These interfaces enable the board to communicate with external devices. Common I/O interfaces might include Ethernet for network communication, USB for programming and data transfer, and General-Purpose I/O (GPIO) pins for connecting to digital sensors or actuators.

Applications (within GE or other industrial contexts):

While the specific use of the IS200REBFH1ACA within GE systems might be unclear, its general characteristics suggest potential applications in:

Industrial control systems: The board’s programmability makes it suitable for tasks like real-time signal processing, motor control, or data acquisition from sensors within industrial automation settings.
GE Mark VIe Series (less likely): There’s a possibility it’s used in some Mark VIe systems for custom control functions or data processing tasks. However, this is less likely as the Mark VIe typically has dedicated control modules.
Medical devices: The low-power design might make it appropriate for portable medical equipment or devices with strict power consumption limitations.

Description

The GE IS200REBFH1ACA is a high-performance, low-power Field-Programmable Gate Array (FPGA) board designed for use in various embedded systems, industrial control applications, and even medical devices. Here’s a breakdown of its functionalities and potential uses:

Function:

The core of the IS200REBFH1ACA is a Xilinx Spartan-6 FPGA, a programmable chip that can be configured to perform various digital logic functions. This allows the board to be customized for specific applications.
It also includes:
- 128MB of DDR3 SDRAM: This memory provides temporary storage for the FPGA’s program and data while the board is operating.
- Various Input/Output (I/O) interfaces: These interfaces enable the board to communicate with external devices. Common I/O interfaces might include Ethernet for network communication, USB for programming and data transfer, and General-Purpose I/O (GPIO) pins for connecting to digital sensors or actuators.

Applications (within GE or other industrial contexts):

While the specific use of the IS200REBFH1ACA within GE systems might be unclear, its general characteristics suggest potential applications in:

Industrial control systems: The board’s programmability makes it suitable for tasks like real-time signal processing, motor control, or data acquisition from sensors within industrial automation settings.
GE Mark VIe Series (less likely): There’s a possibility it’s used in some Mark VIe systems for custom control functions or data processing tasks. However, this is less likely as the Mark VIe typically has dedicated control modules.
Medical devices: The low-power design might make it appropriate for portable medical equipment or devices with strict power consumption limitations.

Finding Specific Information:

Detailed information about the exact use of the IS200REBFH1ACA within GE systems can be challenging to find publicly. Here are some approaches:

GE Technical Documentation: If you have access to technical manuals or documentation for a specific GE system where you suspect this board is used, search for the part number to see if it’s mentioned and its role is described.
Contact GE Customer Support: GE’s support team has the most up-to-date information. Provide them with the part number (IS200REBFH1ACA) and any context regarding the system you encountered it in.