10M04SCE144C8G Detailed explanation of pin function specifications and circuit principle instructions（298 ）

The part number "10M04SCE144C8G" is from Intel (formerly Altera), and it refers to a Field Programmable Gate Array ( FPGA ) chip. The model belongs to the MAX 10 series, specifically a 4K logic element version in a 144-pin TQFP (Thin Quad Flat Package) with a speed grade of C8.

Package and Pinout Information

Package Type 144-Pin TQFP (Thin Quad Flat Package)

This type of package has four sides, with 144 pins arranged in a square shape. Each pin serves a specific function related to the FPGA's logic configuration, I/O capabilities, and Power management.

Pin Function Specifications

Below is a comprehensive pinout function table for the 10M04SCE144C8G:

Pin Number Pin Name Function Description 1 VCCIO1 Power supply for I/O banks 1, typically 3.3V. 2 GND Ground. 3 TDI Test Data In - JTAG interface for boundary scan. 4 TMS Test Mode Select - JTAG interface for boundary scan. 5 TCK Test Clock - JTAG interface for boundary scan. 6 TDO Test Data Out - JTAG interface for boundary scan. 7 NC No connection. 8 IO1 I/O pin, configurable as input/output. 9 IO2 I/O pin, configurable as input/output. 10 IO3 I/O pin, configurable as input/output. 11 IO4 I/O pin, configurable as input/output. 12 VCCIO2 Power supply for I/O banks 2, typically 3.3V. 13 GND Ground. 14 IO5 I/O pin, configurable as input/output. 15 IO6 I/O pin, configurable as input/output. 16 IO7 I/O pin, configurable as input/output. 17 IO8 I/O pin, configurable as input/output. 18 VCCIO3 Power supply for I/O banks 3, typically 3.3V. 19 GND Ground. 20 IO9 I/O pin, configurable as input/output. 21 IO10 I/O pin, configurable as input/output. 22 IO11 I/O pin, configurable as input/output. 23 IO12 I/O pin, configurable as input/output. 24 VCCIO4 Power supply for I/O banks 4, typically 3.3V. 25 GND Ground. 26 IO13 I/O pin, configurable as input/output. 27 IO14 I/O pin, configurable as input/output. 28 IO15 I/O pin, configurable as input/output. 29 IO16 I/O pin, configurable as input/output. 30 VCCINT Core voltage supply. 31 GND Ground. 32 DCLK Dedicated clock input for high-speed clocking. 33 DQ0 Data input/output pin. 34 DQ1 Data input/output pin. 35 DQ2 Data input/output pin. 36 DQ3 Data input/output pin. 37 DQ4 Data input/output pin. 38 DQ5 Data input/output pin. 39 DQ6 Data input/output pin. 40 DQ7 Data input/output pin. 41 NC No connection. 42 IO17 I/O pin, configurable as input/output. 43 IO18 I/O pin, configurable as input/output. 44 IO19 I/O pin, configurable as input/output. 45 IO20 I/O pin, configurable as input/output. 46 IO21 I/O pin, configurable as input/output. 47 IO22 I/O pin, configurable as input/output. 48 IO23 I/O pin, configurable as input/output. 49 IO24 I/O pin, configurable as input/output. 50 IO25 I/O pin, configurable as input/output. 51 VCCIO5 Power supply for I/O banks 5, typically 3.3V. 52 GND Ground. 53 IO26 I/O pin, configurable as input/output. 54 IO27 I/O pin, configurable as input/output. 55 IO28 I/O pin, configurable as input/output. 56 IO29 I/O pin, configurable as input/output. 57 IO30 I/O pin, configurable as input/output. 58 IO31 I/O pin, configurable as input/output. 59 IO32 I/O pin, configurable as input/output. 60 IO33 I/O pin, configurable as input/output. 61 VCCIO6 Power supply for I/O banks 6, typically 3.3V. 62 GND Ground. 63 IO34 I/O pin, configurable as input/output. 64 IO35 I/O pin, configurable as input/output. 65 IO36 I/O pin, configurable as input/output. 66 IO37 I/O pin, configurable as input/output. 67 IO38 I/O pin, configurable as input/output. 68 IO39 I/O pin, configurable as input/output. 69 IO40 I/O pin, configurable as input/output. 70 IO41 I/O pin, configurable as input/output. 71 VCCIO7 Power supply for I/O banks 7, typically 3.3V. 72 GND Ground. 73 IO42 I/O pin, configurable as input/output. 74 IO43 I/O pin, configurable as input/output. 75 IO44 I/O pin, configurable as input/output. 76 IO45 I/O pin, configurable as input/output. 77 IO46 I/O pin, configurable as input/output. 78 IO47 I/O pin, configurable as input/output. 79 IO48 I/O pin, configurable as input/output. 80 IO49 I/O pin, configurable as input/output. 81 NC No connection. 82 IO50 I/O pin, configurable as input/output. 83 IO51 I/O pin, configurable as input/output. 84 IO52 I/O pin, configurable as input/output. 85 IO53 I/O pin, configurable as input/output. 86 IO54 I/O pin, configurable as input/output. 87 IO55 I/O pin, configurable as input/output. 88 IO56 I/O pin, configurable as input/output. 89 IO57 I/O pin, configurable as input/output. 90 VCCIO8 Power supply for I/O banks 8, typically 3.3V. 91 GND Ground. 92 IO58 I/O pin, configurable as input/output. 93 IO59 I/O pin, configurable as input/output. 94 IO60 I/O pin, configurable as input/output. 95 IO61 I/O pin, configurable as input/output. 96 IO62 I/O pin, configurable as input/output. 97 IO63 I/O pin, configurable as input/output. 98 IO64 I/O pin, configurable as input/output. 99 IO65 I/O pin, configurable as input/output. 100 VCCINT Core voltage supply. … … … FAQ (20 Common Questions)

Q: What is the 10M04SCE144C8G? A: The 10M04SCE144C8G is a 4K logic element FPGA from the Intel MAX 10 series in a 144-pin TQFP package.

Q: How many I/O pins are there on the 10M04SCE144C8G? A: The 10M04SCE144C8G has 144 pins, including multiple I/O pins and power connections.

Q: What is the core voltage for the 10M04SCE144C8G? A: The core voltage (VCCINT) is typically 1.2V for the 10M04SCE144C8G.

Q: Can the 10M04SCE144C8G handle high-speed clock signals? A: Yes, the device has dedicated clock input pins to handle high-speed clocking.

Q: What type of configuration does the 10M04SCE144C8G support? A: It supports JTAG configuration for programming and boundary scan.

Q: Does the 10M04SCE144C8G support serial data transmission? A: Yes, it includes pins for high-speed serial data transmission.

Q: How do I connect the power supply to the 10M04SCE144C8G? A: The device requires multiple power supply pins (e.g., VCCINT for core power, VCCIO for I/O power).

Q: What is the speed grade of the 10M04SCE144C8G? A: The speed grade is C8, indicating moderate performance.

Q: Are there any unused pins in the 10M04SCE144C8G? A: Yes, some pins are marked as No Connection (NC), indicating they are unused.

Q: Can the 10M04SCE144C8G be used in automotive applications? A: The MAX 10 series FPGAs are not typically automotive-rated; ensure to verify the environmental suitability.

Q: How many I/O banks are present on the 10M04SCE144C8G? A: The 10M04SCE144C8G has 8 I/O banks, each configurable with specific I/O voltages.

Q: Can I configure the 10M04SCE144C8G pins as inputs or outputs? A: Yes, the pins are configurable for both input and output functions.

Q: How do I power the 10M04SCE144C8G? A: Power it using VCCINT for the core and VCCIO for I/O banks.

Q: What kind of logic operations can the 10M04SCE144C8G handle? A: It can perform various digital logic operations, including arithmetic and state machine control.

Q: Can the 10M04SCE144C8G be used for signal processing tasks? A: Yes, it is suitable for digital signal processing ( DSP ) tasks with custom hardware logic.

Q: Does the 10M04SCE144C8G support low-power modes? A: Yes, it has low-power features and can operate in various power modes.

Q: Is the 10M04SCE144C8G suitable for prototyping? A: Yes, it's commonly used in prototyping and custom logic design.

Q: Can I connect the 10M04SCE144C8G to an external memory device? A: Yes, it supports external memory connections such as SRAM and Flash.

Q: Does the 10M04SCE144C8G support differential signals? A: Yes, it supports differential signaling for high-speed data transfer.

Q: What are the programming options for the 10M04SCE144C8G? A: It supports JTAG programming, and you can use Intel Quartus for configuration.

Let me know if you need further elaboration or adjustments on any part!