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Product Description
The E0241-04T-036 ACP Board is a circuit board designed for advanced signal processing and control applications. It features a robust design suitable for integration with various systems. Its multiple connectors, switches and processing units ensure reliable and efficient operation.
The E0241-04T-036 ACP board features an Altera Cyclone II FPGA (EP2C8Q208) and an Altera MAX CPLD (EPM3256TC144-10N) for customizable logic processing and high speed data handling. It includes multiple BC645A memory chips that provides stable data storage. This board has a large rectangular PCB form factor with metal side brackets for secure mounting. Large multi pin connectors, a DB-25 connector for serial or parallel communication, and JTAG connectors for programming and debugging ensure easy system integration. A DIP switch with four positions allows for flexible configuration settings. Several LED indicators are included for diagnostic purposes. They provide system status updates and aid in troubleshooting. This circuit board must be operated within a controlled temperature range of 0°C to +40°C to ensure optimal performance and longevity. Operating this board outside this specified range may result in reduced efficiency, potential damage to components or system malfunctions. It is essential to maintain proper ventilation and avoid exposure to extreme temperatures or high humidity conditions as these factors can negatively impact this board's functionality.
This Okuma E0241-04T-036 ACP board incorporates essential passive and power components including electrolytic and ceramic capacitors rated between 10 V – 25 V, resistors for voltage division and current limiting as well as inductors and transformers for power regulation. Voltage regulators are strategically placed for effective power distribution. These components collectively ensure stable performance under varying operational conditions. The combination of FPGA, CPLD, and memory modules enhances processing capabilities, making it suitable for high-speed applications.
