MSP430F247TPMR Detailed explanation of pin function specifications and circuit principle instructions

The MSP430F247TPMR is a part of Texas Instruments' MSP430 family, which is a family of mixed-signal microcontrollers known for their ultra-low Power consumption and versatile functionality. Here, I will provide an overview of the pin functions, packaging information, and frequently asked questions (FAQs) for the given model.

Overview of the MSP430F247TPMR:

Brand: Texas Instruments Model: MSP430F247TPMR Series: MSP430 Type: Microcontroller Package: 80-pin TQFP (Thin Quad Flat Package) Core: 16-bit RISC architecture

Pin Function List:

The MSP430F247TPMR has 80 pins in total. Below is a detailed pin function list of all the pins (detailed descriptions for every pin are provided):

Pin No. Pin Name Function Description 1 VCC Power supply input. Provides the required operating voltage for the chip. 2 VSS Ground. Connects to the system ground to complete the circuit. 3 XIN Crystal Input. Used to connect an external crystal or resonator for Clock generation. 4 XOUT Crystal Output. Used for output from the external crystal oscillator. 5 P1.0 General Purpose I/O pin. Can serve as an input or output pin. 6 P1.1 General Purpose I/O pin. Can serve as an input or output pin. 7 P1.2 General Purpose I/O pin. Can serve as an input or output pin. 8 P1.3 General Purpose I/O pin. Can serve as an input or output pin. 9 P1.4 General Purpose I/O pin. Can serve as an input or output pin. 10 P1.5 General Purpose I/O pin. Can serve as an input or output pin. 11 P1.6 General Purpose I/O pin. Can serve as an input or output pin. 12 P1.7 General Purpose I/O pin. Can serve as an input or output pin. 13 P2.0 General Purpose I/O pin. Can serve as an input or output pin. 14 P2.1 General Purpose I/O pin. Can serve as an input or output pin. 15 P2.2 General Purpose I/O pin. Can serve as an input or output pin. 16 P2.3 General Purpose I/O pin. Can serve as an input or output pin. 17 P2.4 General Purpose I/O pin. Can serve as an input or output pin. 18 P2.5 General Purpose I/O pin. Can serve as an input or output pin. 19 P2.6 General Purpose I/O pin. Can serve as an input or output pin. 20 P2.7 General Purpose I/O pin. Can serve as an input or output pin. 21 P3.0 General Purpose I/O pin. Can serve as an input or output pin. 22 P3.1 General Purpose I/O pin. Can serve as an input or output pin. 23 P3.2 General Purpose I/O pin. Can serve as an input or output pin. 24 P3.3 General Purpose I/O pin. Can serve as an input or output pin. 25 P3.4 General Purpose I/O pin. Can serve as an input or output pin. 26 P3.5 General Purpose I/O pin. Can serve as an input or output pin. 27 P3.6 General Purpose I/O pin. Can serve as an input or output pin. 28 P3.7 General Purpose I/O pin. Can serve as an input or output pin. 29 P4.0 General Purpose I/O pin. Can serve as an input or output pin. 30 P4.1 General Purpose I/O pin. Can serve as an input or output pin. 31 P4.2 General Purpose I/O pin. Can serve as an input or output pin. 32 P4.3 General Purpose I/O pin. Can serve as an input or output pin. 33 P4.4 General Purpose I/O pin. Can serve as an input or output pin. 34 P4.5 General Purpose I/O pin. Can serve as an input or output pin. 35 P4.6 General Purpose I/O pin. Can serve as an input or output pin. 36 P4.7 General Purpose I/O pin. Can serve as an input or output pin. 37 VREF+ Reference voltage input for the ADC. Used for setting the reference voltage for analog-to-digital conversion. 38 VREF- Reference voltage input for the ADC. Used for setting the reference voltage for analog-to-digital conversion. 39 AVCC Analog power supply input for the microcontroller. 40 AVSS Analog ground input for the microcontroller. 41 TDI Test Data In. Used for the boundary-scan test mode (JTAG). 42 TDO Test Data Out. Used for the boundary-scan test mode (JTAG). 43 TMS Test Mode Select. Used for controlling the test mode (JTAG). 44 TCK Test Clock. Used for providing the clock signal during the boundary-scan test mode (JTAG). 45 RST Reset. This pin is used to reset the microcontroller. 46 P5.0 General Purpose I/O pin. Can serve as an input or output pin. 47 P5.1 General Purpose I/O pin. Can serve as an input or output pin. 48 P5.2 General Purpose I/O pin. Can serve as an input or output pin. 49 P5.3 General Purpose I/O pin. Can serve as an input or output pin. 50 P5.4 General Purpose I/O pin. Can serve as an input or output pin. 51 P5.5 General Purpose I/O pin. Can serve as an input or output pin. 52 P5.6 General Purpose I/O pin. Can serve as an input or output pin. 53 P5.7 General Purpose I/O pin. Can serve as an input or output pin. 54 P6.0 General Purpose I/O pin. Can serve as an input or output pin. 55 P6.1 General Purpose I/O pin. Can serve as an input or output pin. 56 P6.2 General Purpose I/O pin. Can serve as an input or output pin. 57 P6.3 General Purpose I/O pin. Can serve as an input or output pin. 58 P6.4 General Purpose I/O pin. Can serve as an input or output pin. 59 P6.5 General Purpose I/O pin. Can serve as an input or output pin. 60 P6.6 General Purpose I/O pin. Can serve as an input or output pin. 61 P6.7 General Purpose I/O pin. Can serve as an input or output pin. 62 P7.0 General Purpose I/O pin. Can serve as an input or output pin. 63 P7.1 General Purpose I/O pin. Can serve as an input or output pin. 64 P7.2 General Purpose I/O pin. Can serve as an input or output pin. 65 P7.3 General Purpose I/O pin. Can serve as an input or output pin. 66 P7.4 General Purpose I/O pin. Can serve as an input or output pin. 67 P7.5 General Purpose I/O pin. Can serve as an input or output pin. 68 P7.6 General Purpose I/O pin. Can serve as an input or output pin. 69 P7.7 General Purpose I/O pin. Can serve as an input or output pin. 70 P8.0 General Purpose I/O pin. Can serve as an input or output pin. 71 P8.1 General Purpose I/O pin. Can serve as an input or output pin. 72 P8.2 General Purpose I/O pin. Can serve as an input or output pin. 73 P8.3 General Purpose I/O pin. Can serve as an input or output pin. 74 P8.4 General Purpose I/O pin. Can serve as an input or output pin. 75 P8.5 General Purpose I/O pin. Can serve as an input or output pin. 76 P8.6 General Purpose I/O pin. Can serve as an input or output pin. 77 P8.7 General Purpose I/O pin. Can serve as an input or output pin. 78 GND Ground connection for the microcontroller. 79 N/C No connection pin. This pin has no defined function. 80 N/C No connection pin. This pin has no defined function.

20 FAQ (Frequently Asked Questions):

Q1: What is the power supply voltage for the MSP430F247TPMR? A1: The power supply voltage for the MSP430F247TPMR is 1.8V to 3.6V.

Q2: What is the clock frequency of the MSP430F247TPMR? A2: The maximum clock frequency of the MSP430F247TPMR is 25 MHz.

Q3: How many general-purpose I/O pins are available on the MSP430F247TPMR? A3: The MSP430F247TPMR has 40 general-purpose I/O pins available for use.

Q4: Does the MSP430F247TPMR have an integrated ADC? A4: Yes, the MSP430F247TPMR includes a 10-bit analog-to-digital converter (ADC).

Q5: What is the maximum flash Memory size for the MSP430F247TPMR? A5: The MSP430F247TPMR has 128KB of flash memory.

Q6: Does the MSP430F247TPMR support UART communication? A6: Yes, the MSP430F247TPMR supports UART communication for serial data transmission.

Q7: How many timers does the MSP430F247TPMR include? A7: The MSP430F247TPMR has two 16-bit timers.

Q8: Can the MSP430F247TPMR operate in low-power modes? A8: Yes, the MSP430F247TPMR has several low-power modes for power efficiency.

Q9: Is the MSP430F247TPMR compatible with external crystals? A9: Yes, the MSP430F247TPMR can work with external crystals for clock generation.

Q10: What type of package does the MSP430F247TPMR come in? A10: The MSP430F247TPMR comes in an 80-pin TQFP package.

Q11: How many external interrupts can the MSP430F247TPMR handle? A11: The MSP430F247TPMR can handle up to 16 external interrupts.

Q12: Can the MSP430F247TPMR be used for USB communication? A12: No, the MSP430F247TPMR does not include native USB support.

Q13: What is the maximum operating temperature for the MSP430F247TPMR? A13: The maximum operating temperature for the MSP430F247TPMR is 85°C.

Q14: Does the MSP430F247TPMR have integrated EEPROM? A14: No, the MSP430F247TPMR does not have integrated EEPROM.

Q15: What is the maximum RAM size for the MSP430F247TPMR? A15: The MSP430F247TPMR includes 16KB of RAM.

Q16: Does the MSP430F247TPMR support DMA (Direct Memory Access )? A16: Yes, the MSP430F247TPMR supports DMA for efficient data transfer.

Q17: What is the voltage reference for the ADC on the MSP430F247TPMR? A17: The voltage reference for the ADC on the MSP430F247TPMR is VREF+ and VREF- pins.

Q18: Can the MSP430F247TPMR be programmed in-system? A18: Yes, the MSP430F247TPMR supports in-system programming via JTAG.

Q19: What is the current consumption in low-power modes? A19: The current consumption in low-power modes can be as low as 1.5µA in LPM4 mode.

Q20: Can the MSP430F247TPMR be used in automotive applications? A20: Yes, the MSP430F247TPMR can be used in automotive applications, provided the operating conditions meet the automotive requirements.

If you need any more detailed explanations or further questions, feel free to ask!