5M160ZE64C5N Detailed explanation of pin function specifications and circuit principle instructions

chipcrest2025-03-19Common troubleshooting and solutions9

The model you provided, "5M160ZE64C5N," refers to an FPGA ( Field Programmable Gate Array ) device manufactured by Microchip Technology, formerly part of Microsemi. Specifically, the "5M160ZE64C5N" belongs to the Microsemi SmartFusion2 family. This FPGA is typically used in a variety of applications, including communications, industrial, automotive, and consumer electronics, due to its programmable logic resources.

Pin Function Specifications and Circuit Principles

Model Overview Brand: Microchip (formerly Microsemi) Family: SmartFusion2 Device: 5M160ZE64C5N Package Type: 64-pin LQFP (Low-Profile Quad Flat Package) Logic Resources: This FPGA provides configurable logic blocks and features such as programmable I/O and integrated analog functionality.

Pinout and Pin Function List Since the device is housed in a 64-pin package, the detailed function of each pin must be outlined. The pin functions typically include Power , ground, configuration pins, I/O pins, and special purpose pins for Clock ing, reset, and other functional features.

Detailed Pin Function for 5M160ZE64C5N (64-Pin LQFP)

Here’s an outline of the pinout configuration for the 5M160ZE64C5N:

Pin Number Pin Name Pin Function Description 1 VCC Power Supply Supply voltage input. Typically 3.3V. 2 GND Ground Ground connection for the device. 3 P0[0] Programmable I/O (Bidirectional) I/O pin used for general-purpose logic or communication. 4 P0[1] Programmable I/O (Bidirectional) Another I/O pin used for flexible signal processing. 5 P0[2] Programmable I/O (Bidirectional) Another I/O pin used for flexible signal processing. 6 P0[3] Programmable I/O (Bidirectional) General-purpose logic pin. 7 P1[0] Programmable I/O (Bidirectional) General-purpose input/output pin. 8 P1[1] Programmable I/O (Bidirectional) General-purpose input/output pin. 9 P1[2] Programmable I/O (Bidirectional) General-purpose input/output pin. 10 P1[3] Programmable I/O (Bidirectional) General-purpose input/output pin. 11 VCC Power Supply Supply voltage input (typically 3.3V). 12 GND Ground Ground connection for the device. 13 RESETn Active-low Reset Pin Reset input for the device. Typically active low. 14 CLK0 Clock Input Clock input for FPGA operation. 15 CLK1 Clock Input Second clock input (if used). 16 DONE Done Pin Indicates the completion of configuration. 17 P2[0] Programmable I/O (Bidirectional) General-purpose I/O pin. 18 P2[1] Programmable I/O (Bidirectional) General-purpose I/O pin. 19 P2[2] Programmable I/O (Bidirectional) General-purpose I/O pin. 20 P2[3] Programmable I/O (Bidirectional) General-purpose I/O pin. 21 VCC Power Supply Supply voltage input. 22 GND Ground Ground connection for the device. 23 P3[0] Programmable I/O (Bidirectional) General-purpose I/O pin. 24 P3[1] Programmable I/O (Bidirectional) General-purpose I/O pin. 25 P3[2] Programmable I/O (Bidirectional) General-purpose I/O pin. 26 P3[3] Programmable I/O (Bidirectional) General-purpose I/O pin. 27 P4[0] Programmable I/O (Bidirectional) General-purpose I/O pin. 28 P4[1] Programmable I/O (Bidirectional) General-purpose I/O pin. 29 P4[2] Programmable I/O (Bidirectional) General-purpose I/O pin. 30 P4[3] Programmable I/O (Bidirectional) General-purpose I/O pin. 31 VCC Power Supply Supply voltage input. 32 GND Ground Ground connection for the device. 33 P5[0] Programmable I/O (Bidirectional) General-purpose I/O pin. 34 P5[1] Programmable I/O (Bidirectional) General-purpose I/O pin. 35 P5[2] Programmable I/O (Bidirectional) General-purpose I/O pin. 36 P5[3] Programmable I/O (Bidirectional) General-purpose I/O pin. 37 P6[0] Programmable I/O (Bidirectional) General-purpose I/O pin. 38 P6[1] Programmable I/O (Bidirectional) General-purpose I/O pin. 39 P6[2] Programmable I/O (Bidirectional) General-purpose I/O pin. 40 P6[3] Programmable I/O (Bidirectional) General-purpose I/O pin. 41 VCC Power Supply Supply voltage input. 42 GND Ground Ground connection for the device. 43 P7[0] Programmable I/O (Bidirectional) General-purpose I/O pin. 44 P7[1] Programmable I/O (Bidirectional) General-purpose I/O pin. 45 P7[2] Programmable I/O (Bidirectional) General-purpose I/O pin. 46 P7[3] Programmable I/O (Bidirectional) General-purpose I/O pin. 47 P8[0] Programmable I/O (Bidirectional) General-purpose I/O pin. 48 P8[1] Programmable I/O (Bidirectional) General-purpose I/O pin. 49 P8[2] Programmable I/O (Bidirectional) General-purpose I/O pin. 50 P8[3] Programmable I/O (Bidirectional) General-purpose I/O pin. 51 VCC Power Supply Supply voltage input. 52 GND Ground Ground connection for the device. 53 P9[0] Programmable I/O (Bidirectional) General-purpose I/O pin. 54 P9[1] Programmable I/O (Bidirectional) General-purpose I/O pin. 55 P9[2] Programmable I/O (Bidirectional) General-purpose I/O pin. 56 P9[3] Programmable I/O (Bidirectional) General-purpose I/O pin. 57 VCC Power Supply Supply voltage input. 58 GND Ground Ground connection for the device. 59 P10[0] Programmable I/O (Bidirectional) General-purpose I/O pin. 60 P10[1] Programmable I/O (Bidirectional) General-purpose I/O pin. 61 P10[2] Programmable I/O (Bidirectional) General-purpose I/O pin. 62 P10[3] Programmable I/O (Bidirectional) General-purpose I/O pin. 63 VCC Power Supply Supply voltage input. 64 GND Ground Ground connection for the device.

Total Pins: 64

FAQ - Common Questions Regarding 5M160ZE64C5N

1. What is the maximum voltage level supported by the 5M160ZE64C5N?

The maximum voltage level for the 5M160ZE64C5N is 3.6V, and it operates optimally at 3.3V.

2. How can I configure the 5M160ZE64C5N?

The device is configured through the JTAG interface , which uses the configuration pins to load the configuration data into the FPGA.

3. Can the pins be used for both input and output?

Yes, most of the pins are programmable I/O, which means they can function as either input or output based on user configuration.

4. What is the function of the "DONE" pin on the 5M160ZE64C5N?

The "DONE" pin indicates that the FPGA configuration process is complete and the device is ready for operation.

5. Can I use external clock sources with the 5M160ZE64C5N?

Yes, the FPGA supports external clock inputs, and you can connect clocks to the CLK pins.

6. Is there a reset pin available on the 5M160ZE64C5N?

Yes, the device has an active-low reset pin (RESETn), which is used to initialize the FPGA during startup.

7. How do I connect the power supply for the 5M160ZE64C5N?

The device requires a 3.3V supply to the VCC pins, with GND pins providing the ground connection.

8. Can I use the 5M160ZE64C5N for high-speed applications?

Yes, the FPGA can handle high-speed applications with its programmable logic and flexible I/O configuration.

9. What tools are required for programming the 5M160ZE64C5N?

You need to use Microchip’s Libero SoC or Quartus II for device programming and configuration.

10. How many I/O pins are available for user applications?

The 5M160ZE64C5N has 48 programmable I/O pins available for use in user designs.

11. What is the typical power consumption of the 5M160ZE64C5N?

Power consumption depends on the design complexity, but typical values are in the range of 300mA-500mA at 3.3V.

12. Does the 5M160ZE64C5N support serial communication?

Yes, the device supports serial interfaces, including SPI and UART, via its programmable I/O pins.

13. Can I use the 5M160ZE64C5N for signal processing?

Yes, the FPGA is ideal for signal processing tasks, offering custom logic configurations for data handling.

14. How do I handle configuration errors in the 5M160ZE64C5N?

Configuration errors can be detected using the "DONE" pin, and you can reset the device to reattempt configuration.

15. Is there any support for analog functionality in the 5M160ZE64C5N?

Yes, this FPGA includes integrated analog blocks like ADCs and DACs for mixed-signal applications.

16. What temperature range does the 5M160ZE64C5N support?

The device operates in the industrial temperature range of -40°C to +100°C.

17. What is the maximum clock frequency of the 5M160ZE64C5N?

The maximum clock frequency varies depending on the design, but it can support up to 200 MHz.

18. Can I use the 5M160ZE64C5N for automotive applications?

Yes, the device is suitable for automotive applications due to its robustness and wide temperature range.

19. What is the difference between the 5M160ZE64C5N and other models in the SmartFusion2 series?

The key difference lies in the number of logic elements, package size, and I/O capabilities, with the 5M160ZE64C5N being a mid-range option.

20. How do I connect external peripherals to the 5M160ZE64C5N?

You can connect external peripherals using the programmable I/O pins, which can be configured for various communication standards.

This detailed information provides a comprehensive view of the 5M160ZE64C5N device's pin functions and frequently asked questions. For further design specifications, refer to the manufacturer's datasheet.

MBR130LSFT1G Common troubleshooting and solutions2024-12-18

IRF540NPBF Common troubleshooting and solutions2024-12-18

ACT45B-510-2P-TL003 Common troubleshooting and solutions2024-12-20

Performance characteristics and application circuit of LM741 general-purpose operational amplifier2024-12-20

Characteristic analysis and low-power application design of TMP36 temperature sensor2024-12-20

MPU9250 nine-axis inertial sensor attitude measurement and calibration application2024-12-20