It seems you're requesting detailed information about a specific part: "10M08SCE144C8G", which is likely a model number for a specific FPGA from Intel (formerly Altera). This particular FPGA is a member of the Intel MAX 10 series, and the "SCE" stands for a specific family within that series.
Model Overview:
Brand: Intel (formerly Altera) Series: MAX 10 Model: 10M08SCE144C8G Package Type: 144-pin (C8G indicates the package and speed grade) Technology: Based on FPGA technology, primarily used for low- Power applications and simple designs.Pinout and Function Specifications for 10M08SCE144C8G
The 10M08SCE144C8G FPGA features 144 pins. Here's a general breakdown of the pin functions for such models, but please note that detailed data sheets are the best resource for complete pin functions, especially as pin assignments can vary depending on the design.
General Pinout Overview:The MAX 10 FPGA 144-pin package typically includes:
Power pins (VCC, GND) I/O Pins (for input/output connections) Clock pins (for system clock and synchronization) Configuration pins (to load the FPGA's configuration data) Ground Pins (GND) Power Supply Pins (VCCINT, VCCIO) Example Pin Function List:(Note: This is a high-level overview and each pin must be checked against the official datasheet for precise details.)
Pin No. Pin Name Function Description 1 VCCINT Power supply for internal core 2 VCCIO Power supply for I/O buffers 3 GND Ground 4 IO[0] Input/Output pin for user logic 5 IO[1] Input/Output pin for user logic 6 IO[2] Input/Output pin for user logic 7 IO[3] Input/Output pin for user logic 8 IO[4] Input/Output pin for user logic 9 IO[5] Input/Output pin for user logic 10 GND Ground 11 CLK[0] Global Clock input pin 12 RESET Active low reset pin 13 CONFIG Configuration input pin for FPGA 14 IO[6] Input/Output pin for user logic … … … (continuing for all 144 pins) 144 GND GroundCircuit Principle:
The basic working principle of the MAX 10 FPGA involves configuring the internal logic blocks via programming the FPGA through the configuration pins. These pins load a bitstream that defines the logic connections and behavior of the FPGA, enabling various functions like I/O processing, signal processing, and system control.
Power Setup: The VCCINT and VCCIO are supplied with voltage to power the internal logic and I/O sections, respectively. Clock Management : The CLK pins control the clocking of the entire FPGA, ensuring proper timing and synchronization for the logic. I/O Configuration: IO pins allow users to interface the FPGA with external systems, sensors, and other devices, making the FPGA a highly flexible solution for custom logic implementations.Pin Function Frequently Asked Questions (FAQ)
1. What does the "VCCINT" pin do in the 10M08SCE144C8G? The VCCINT pin provides the internal core power to the FPGA. It is crucial for the logic block operation. 2. How do I reset the 10M08SCE144C8G FPGA? You can reset the FPGA using the RESET pin, which is an active-low pin that forces the device to reset to its initial state. 3. **What is the role of the *CONFIG* pin?** The CONFIG pin is used for loading the configuration data (bitstream) into the FPGA. It initializes the internal logic and routing. 4. **Can I use the *IO* pins for both input and output operations?** Yes, the IO pins are bidirectional and can be configured as either input or output based on your design. 5. **What voltage should I apply to the *VCCIO* pins?** The VCCIO pins should be supplied with voltage corresponding to the voltage level of the I/O interface you're using (typically 3.3V or 1.8V). 6. **How many *IO* pins are available on the 10M08SCE144C8G?** The 10M08SCE144C8G FPGA features a range of input/output pins, typically between 70 and 80, depending on the exact configuration. 7. **Is the *CLK* pin required for operation?** Yes, the CLK pin is essential for clocking the internal logic of the FPGA. Without it, the logic cannot synchronize or function correctly. 8. What are the options for configuring the logic of the FPGA? Configuration can be done using the CONFIG pin by uploading a configuration file (bitstream) via JTAG or other programming methods. 9. **Can I use external clock signals with the *CLK* pin?** Yes, you can use external clock signals connected to the CLK pin for driving the internal logic of the FPGA. 10. **What is the function of the *GND* pins?** The GND pins serve as the ground reference for all power supplies and signals, ensuring proper voltage levels and stable operation.Summary:
The 10M08SCE144C8G is a 144-pin FPGA from Intel's MAX 10 series. This model provides significant flexibility with numerous I/O pins, clocking mechanisms, and configuration options, making it suitable for a wide range of applications, from embedded systems to signal processing. The detailed pinout and function explanation can be found in the official datasheet, which is the most accurate resource for exact pin configurations, power requirements, and other specifics.
