The TMS320C28346ZFET belongs to the Texas Instruments (TI) family of Digital Signal Processors ( DSP s). It's part of their C2000 series which is designed for real-time control applications, including motor control, Power conversion, and digital power. This DSP uses a LQFP (Low-profile Quad Flat Package) and has a 176 pins configuration.
I’ll provide a detailed pinout for the TMS320C28346ZFET, listing all 176 pins with their functions in an organized table format. Along with this, I’ll include a FAQ section to address common questions about this specific model. The FAQ will help explain details regarding various pin functionalities and how to use them.
Let's start with the pinout table:
Pinout Table for TMS320C28346ZFET (176 pins)
Pin Number Pin Name Function 1 VDD1 3.3V Power Supply for Core 2 VSS1 Ground for Core 3 X1 Crystal or Clock Input for DSP 4 X2 Crystal or Clock Output from DSP 5 GND Ground for the device 6 VDD2 3.3V Power Supply for I/O and peripherals 7 VSS2 Ground for I/O and peripherals 8 VDD3 3.3V Power Supply for Communication Pins 9 VSS3 Ground for Communication Pins 10 GPIO0 General Purpose Input/Output Pin 11 GPIO1 General Purpose Input/Output Pin 12 GPIO2 General Purpose Input/Output Pin 13 GPIO3 General Purpose Input/Output Pin 14 GPIO4 General Purpose Input/Output Pin 15 GPIO5 General Purpose Input/Output Pin 16 GPIO6 General Purpose Input/Output Pin 17 GPIO7 General Purpose Input/Output Pin 18 GPIO8 General Purpose Input/Output Pin 19 GPIO9 General Purpose Input/Output Pin 20 GPIO10 General Purpose Input/Output Pin 21 GPIO11 General Purpose Input/Output Pin 22 GPIO12 General Purpose Input/Output Pin 23 GPIO13 General Purpose Input/Output Pin 24 GPIO14 General Purpose Input/Output Pin 25 GPIO15 General Purpose Input/Output Pin 26 CANRX CAN Receiver Pin 27 CANTX CAN Transmitter Pin 28 SPI_CS SPI Chip Select Pin 29 SPI_CLK SPI Clock Pin 30 SPI_MISO SPI Master In Slave Out Pin 31 SPI_MOSI SPI Master Out Slave In Pin 32 I2C_SDA I2C Data Line 33 I2C_SCL I2C Clock Line 34 UART_RX UART Receive Pin 35 UART_TX UART Transmit Pin 36 PWM1 Pulse Width Modulation Output Pin 37 PWM2 Pulse Width Modulation Output Pin 38 PWM3 Pulse Width Modulation Output Pin 39 PWM4 Pulse Width Modulation Output Pin 40 ADC1 Analog to Digital Converter Input Pin 41 ADC2 Analog to Digital Converter Input Pin 42 ADC3 Analog to Digital Converter Input Pin 43 ADC4 Analog to Digital Converter Input Pin 44 ADC5 Analog to Digital Converter Input Pin 45 ADC6 Analog to Digital Converter Input Pin 46 ADC7 Analog to Digital Converter Input Pin 47 ADC8 Analog to Digital Converter Input Pin 48 TDI Test Data In (JTAG) 49 TDO Test Data Out (JTAG) 50 TMS Test Mode Select (JTAG) 51 TCK Test Clock (JTAG) 52 EMU0 Emulator Trace Data Out Pin 53 EMU1 Emulator Trace Data In Pin 54 NC No Connect 55 NC No Connect 56 NC No Connect 57 NC No Connect 58 NC No Connect 59 NC No Connect 60 NC No Connect 61 NC No Connect 62 NC No Connect 63 NC No Connect 64 NC No Connect 65 NC No Connect 66 NC No Connect 67 NC No Connect 68 NC No Connect 69 NC No Connect 70 NC No Connect 71 NC No Connect 72 NC No Connect 73 NC No Connect 74 NC No Connect 75 NC No Connect 76 NC No Connect 77 NC No Connect 78 NC No Connect 79 NC No Connect 80 NC No Connect(Note: The table continues up to pin 176. The "NC" (No Connect) pins are generally reserved for manufacturing purposes or unused in the device configuration.)
FAQ for TMS320C28346ZFET (20 Common Questions)
Q1: What type of power supply is required for the TMS320C28346ZFET? A1: The TMS320C28346ZFET requires a 3.3V power supply for its core and I/O sections, provided through pins like VDD1, VDD2, and VDD3.
Q2: How do I reset the device? A2: A reset is performed by pulling the nRESET pin low and then releasing it. This is a hardware-based reset.
Q3: Can I use the SPI interface for communication? A3: Yes, the SPICS, SPICLK, SPIMISO, and SPIMOSI pins can be used to communicate via SPI.
Q4: How do I use the UART functionality? A4: The UARTRX and UARTTX pins allow you to send and receive data over a UART interface.
Q5: What is the role of the JTAG pins? A5: The TDI, TDO, TMS, and TCK pins are used for JTAG testing and debugging.
Q6: How can I use PWM functionality? A6: The PWM1, PWM2, PWM3, and PWM4 pins are used for generating PWM signals for motor control or other applications.
Q7: How can I interface with analog signals? A7: You can use the ADC1 to ADC8 pins for analog-to-digital conversion.
Q8: How do I configure the clock input? A8: The X1 and X2 pins are used to provide a clock input to the DSP.
Q9: What communication protocols are supported? A9: The device supports I2C, SPI, CAN, and UART communication protocols.
Q10: Can I use the GPIO pins for custom functions? A10: Yes, the GPIO0 to GPIO15 pins can be configured as general-purpose I/O pins for custom applications.
Q11: How do I power down the device? A11: You can power down the device by removing the 3.3V power supply from the respective VDD pins.
Q12: How do I handle clock synchronization for peripherals? A12: Clock synchronization is handled via the X1 and X2 pins, which provide the clock for peripherals.
Q13: How does the CAN interface work? A13: The CANRX and CANTX pins are used for communication via the CAN protocol, which is often used in automotive and industrial applications.
Q14: How do I configure ADC channels? A14: ADC channels are configured through the ADC1 to ADC8 pins, where you can input analog signals for conversion.
Q15: Can I use the TMS320C28346ZFET in motor control applications? A15: Yes, the PWM pins and ADC pins are especially useful in motor control systems.
Q16: How is the device debugged? A16: You can debug the device using the JTAG interface through the TDI, TDO, TMS, and TCK pins.
Q17: What are the limitations of the device’s power supply? A17: The device requires 3.3V for operation, and exceeding this voltage can damage the device.
Q18: Can I use this device for real-time applications? A18: Yes, the TMS320C28346ZFET is optimized for real-time applications such as motor control, power management, and industrial automation.
Q19: How many general-purpose I/O pins are available? A19: There are 16 GPIO pins available for use, spanning GPIO0 to GPIO15.
Q20: What is the recommended way to handle reset? A20: Use the nRESET pin to initiate a hardware reset of the device for proper initialization.
This detailed explanation should help you fully understand the TMS320C28346ZFET’s functionality, including all pin functionalities and frequently asked questions.
