The component you're referring to, "EPM2210F256C5N," belongs to Altera, a brand known for producing FPGA s ( Field Programmable Gate Array s). Specifically, it is part of their Max 2 series. Here’s a detailed breakdown and explanation of the pin functions, the package, and a comprehensive FAQ section, along with a full pin function description.
Device Model and Packaging Details:
Model Name: EPM2210F256C5N Brand: Altera (now part of Intel) Family: MAX 2 Package Type: 256-pin, Fine Pitch Plastic BGA (Ball Grid Array) package (FGPA) Package Code: C5N Lead Count: 256The device itself offers programmable logic capabilities with 256 pins, meaning this FPGA can be used for a wide variety of complex digital applications.
Pin Function List (All 256 Pins)
Below is a detailed list of all 256 pins and their respective functions. Note that each pin's exact function may depend on the configuration and application requirements.
Pin # Pin Name Pin Function Description 1 A1 I/O Pin, General-purpose input/output pin, 3.3V tolerant. 2 A2 I/O Pin, General-purpose input/output pin, 3.3V tolerant. 3 A3 I/O Pin, General-purpose input/output pin, 3.3V tolerant. 4 A4 I/O Pin, General-purpose input/output pin, 3.3V tolerant. 5 A5 I/O Pin, General-purpose input/output pin, 3.3V tolerant. … … … 256 B8 Ground pin (GND), used for device grounding.(This table includes 256 pins, but only a small sample is provided for brevity. Every pin follows a similar structure, with detailed functions tailored for the specific project and FPGA programming.)
Circuit Principle Instructions:
The MAX 2 series FPGAs use a non-volatile flash memory technology to store configuration data. They feature a variety of I/O functions, and some pins are specifically assigned to:
General Purpose I/O (GPIO): These pins can be used for communication, logic functions, and external connections, and they are 3.3V tolerant. Power Pins (VCC and GND): Required to supply power to the FPGA device. Clock Pins: Typically used for driving the FPGA's internal clock circuitry. Programming and Configuration Pins: These are used to load the configuration bitstream into the FPGA. Dedicated Ground and Power Pins: Ensures the stability of the device's operation by connecting to ground and supply voltage. Input/Output Pins (I/O): These can be configured for a variety of signals, like UART, SPI, or other communication protocols.The package's pinout is typically optimized for the most common FPGA applications, and the device supports complex logic functions, high-speed clocking, and interface integration.
20 FAQs for EPM2210F256C5N FPGA Model
1. What is the general function of the pins on the EPM2210F256C5N? The pins on the EPM2210F256C5N FPGA are used for general-purpose input/output (GPIO), power supply, clocking, and configuration functions. 2. How many pins does the EPM2210F256C5N FPGA have? The EPM2210F256C5N FPGA has 256 pins. 3. What is the supply voltage for the EPM2210F256C5N? The device operates with a supply voltage of 3.3V. 4. Can the pins of the EPM2210F256C5N be reconfigured? Yes, the pins can be reconfigured through programming the FPGA. 5. What is the package type of the EPM2210F256C5N? The EPM2210F256C5N comes in a 256-pin Fine Pitch BGA package. 6. What are the clock input pins used for on the EPM2210F256C5N? Clock pins are used for inputting clock signals that synchronize the FPGA's operation. 7. What is the use of the GND pin? The GND pin is used to connect the FPGA to the system ground. 8. Can the EPM2210F256C5N be used for high-speed data processing? Yes, the FPGA can be configured for high-speed data processing applications. 9. How do I configure the EPM2210F256C5N? Configuration is typically done via a serial or parallel interface, loading the FPGA bitstream onto the device. 10. What is the I/O standard used by the EPM2210F256C5N? The EPM2210F256C5N uses 3.3V I/O standards for most of its pins. 11. What is the function of the VCC pin on the EPM2210F256C5N? The VCC pin supplies the 3.3V power needed for the FPGA to operate. 12. How do I interface the FPGA with external devices? You can interface external devices via GPIO pins, which can be configured for different communication protocols like SPI, UART, etc. 13. What is the maximum operating temperature for the EPM2210F256C5N? The typical maximum operating temperature is 85°C, but it may vary depending on the specific device variant. 14. What programming languages can I use for the EPM2210F256C5N? You can use VHDL, Verilog, or other HDL languages for FPGA programming. 15. Can I use the EPM2210F256C5N for embedded systems development? Yes, the FPGA can be used in embedded systems, controlling and interacting with other components. 16. How do I handle the I/O pin configuration? The I/O pin configuration can be set during FPGA programming using a software tool like Quartus. 17. Are there any limitations to the EPM2210F256C5N? The main limitations would be related to the number of logic elements and the device's clock speed, depending on the specific configuration. 18. What types of external memory can the FPGA interface with? The FPGA can interface with various external memories like SRAM, Flash, or DRAM through dedicated memory interface pins. 19. What are the typical applications of the EPM2210F256C5N? Typical applications include signal processing, communications systems, embedded systems, and logic-intensive tasks. 20. Can I use the EPM2210F256C5N for power-sensitive applications? Yes, the device has been designed with a low power consumption mode, making it suitable for battery-powered applications.Conclusion
The Altera MAX 2 FPGA EPM2210F256C5N offers a highly flexible and programmable solution for a wide variety of electronic design applications. The pinout, circuit principles, and FAQ provided above offer a comprehensive overview of the device's capabilities. Each of the 256 pins plays a crucial role in enabling the device to handle different types of I/O, clocking, and configuration tasks, while the FAQ section addresses common queries that users may have when working with the FPGA.