IS200DSPXH1DBC GE Digital Signal Processor Control Board

Processor: Adopts the high-performance TMS320C6713B DSP chip with a main frequency of 1GHz.

Memory: Equipped with 128MB DDR2 SDRAM and 256MB NAND Flash memory.

Communication Interfaces: Supports Ethernet, RS232, RS485, and CAN bus interfaces.

Dimensions: The length of the circuit board is approximately 8.5 inches, the width is about 5 inches. With the outer panel, the total width is about 7 inches and the total thickness is about 1 inch.

Installation Method: It can be installed via panel mounting, etc. Attention should be paid to electrostatic protection during installation.

High Performance: It has strong digital signal processing capabilities, which can quickly process various digital signals and achieve high-speed and high-precision control operations.

Programmability: It supports programming and configuration. Users can program the control logic according to actual needs to meet different control requirements.

High Reliability: It uses high-quality electronic components and advanced circuit design, enabling stable operation in harsh industrial environments. It also features a redundant design and supports remote monitoring and debugging functions, facilitating maintenance and reducing fault handling time and maintenance costs.

Signal Processing: It can process various analog and digital signals, realizing functions such as signal amplification, filtering, and conversion.

Logical Control: It realizes the logical control function of the control system, monitors sensor data, and adjusts the state of actuators.

Interface Connection: It communicates with various sensors and actuators through multiple interfaces to achieve data collection and output control, and can also exchange data with other devices or systems.

Power Distribution: It provides power for various components on the circuit board.

Industrial Automation: It can be used in process control, motion control, data collection and processing, such as robot control and production line automation.

Power Systems: It is often used in power protection and control, as well as control systems in power plants and substations.

Energy Industry: It is suitable for monitoring and control systems in mines and steel plants, and can also be used in control systems for industrial gas turbines and steam turbines, etc.

Machine Vision and Image Processing: It supports high-speed real-time data processing and can be used for complex image processing tasks in related fields.