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CCS/BOOSTXL-DRV8320S: Software to work with MSP430FR2355

Iain Milnes
Prodigy 100 points
Part Number: BOOSTXL-DRV8320S
Other Parts Discussed in Thread: MSP-EXP430FR2355, MSP-EXP430F5529LP, BOOSTXL-DRV8323RS, BOOSTXL-DRV8323RH, BOOSTXL-DRV8320H, BOOSTXL-DRV8304H, MSP430F5529, MSP430FR2355, DRV8304

Tool/software: Code Composer Studio

I refer to page 2 of this document:

SLAA967 – October 2020

In the footnote to the table, and at the last paragraph of that page, TI indicate there is software for the combination of:

BOOSTXL-DRV8320S
+
MSP-EXP430FR2355

I bought those modules but cannot find the software,

Where can I find that software and does it work?

  • 0
    TI__Genius 17960 points

    Hello ,

    Apologizes for the confusion, the text should have said: MSP-EXP430F5529LP or MSP-EXP430FR2355 as each of the EVMs (e BOOSTXL-DRV8304H, BOOSTXLDRV8320S, BOOSTXL-DRV8320H, BOOSTXL-DRV8323RS, and BOOSTXL-DRV8323RH) are paired with only one of the launchpads.

    As result, the BOOSTXL-DRV8320S works with MSP-EXP430F5529LP and not the MSP-EXP430FR2355. Apologize for the inconvenience, I've passed the feedback internally to see if we can get that changed.. 

    Best,

    -Cole

  • 0 in reply to Cole Macias
    Prodigy 100 points

    I understand that the DRV8320 is not supported currently by the '2355 EVM. But your response indicates that some combination is currently supported.

    Can you please let me know which DRV83xx is supported by the '2355 EVM?


    The note earlier on that page states:

    MSP430FR2355 MCU Launchpad solution to be released October 2020 as replacement for MSP430F5529 Launchpad.

    So I would not like to know when the documentation will change but instead I would like to know when the software will be ready ('8320 + '2355). Can you please provide an idea of that date?

  • 0 in reply to Iain Milnes
    TI__Genius 17960 points

    Hello ,

    Thanks for the clarification, I understand the question. Give me some time to consult with the team, every reference (and software) in the product page still mentions the 5529. Let me see if we're still lagging on updating the text and rest is in place. 

    Best,

    -Cole

  • 0 in reply to Iain Milnes
    TI__Genius 17960 points

    Hello ,

    Talking with the team the software release and documentation for conversion that were meant for October 2020 was moved the a general date of Q1 for 2021.

    I can provide a "bootleg" MSP-EXP430FR2355 Driving BOOSTXL-DRV832XEVM instead of MSP-EXP430F5529LP table 

    Pin Number

    BOOSTXL-DRV8320x function

    MSP430F5529 function

    MSP430FR2355 function

    Description

    J1

    1

    3.3 V

    3.3 V

    3.3V

    3.3-V supply for Hall sensor

    J1

    2

    No function

    5 V

    5V

    5-V supply

    J1

    3

    VSENVM

    P6.5, ADC channel – A5

    A5,P1.5

    Sensing VCC supply voltage

    J1

    4

    GND

    GND

    GND

    ADC - GND connections

    J1

    5

    No function

    P3.4, I/O PIN

    P1.6

    Software debug pins(optional)

    J1

    6

    VSENA

    P6.0, ADC channel – 0

    A4,P1.4

    Sensing A phase voltage

    J1

    7

    No function

    P3.3, I/O PIN

    P1.7

    Software debug pins(optional)

    J1

    8

    VSENB

    P6.1, ADC channel – 1

    A11, P5.3

    Sensing B phase voltage

    J1

    9

    ENABLE

    P1.6, I/O pin with interrupt

    P3.6

    Logic low to enter a low-power sleep mode

    J1

    10

    VSENC

    P6.2, ADC channel – 2

    A9, P5.1

    Sensing C phase voltage

    J1

    11

    POT

    P6.6, ADC channel – A6

    A10, P5.2

    Optional POT to vary the voltage 0 to 3.3 V on pin

    J1

    12

    No function

    P6.3, ADC channel – 3

    A8,P5.0

    Sensing C phase current (only DRV8323Rx devices)

    J1

    13

    SCLK

    P3.2,UCBOCLK – SPI CLK

    SCLK,P4.5

    Secondary function for pin SPI CLK

    J1

    14

    No function

    P6.4, ADC channel – 4

    P5.4 (no ADC function)

    Sensing B phase current (only DRV8323x and DRV8304 devices), Limitation: FR2355 doesn't support 3 phase shunt current sensing

    J1

    15

    NFAULT

    P2.7, I/O pin with interrupt

    P3.4

    Pulled logic low during a fault condition

    J1

    16

    ISEN

    P7.0, ADC channel – 12

    A1,P1.1

    Sensing total current

    J1

    17

    No function

    P4.2, I/O pin

    P1.3

    Software debug pins(optional)

    J1

    18

    IDRIVE

    P3.6, I/O pin

    P3.5

    Sets gate drive peak current, 7-level input pin (DRV8320H devices only)

    J1

    19

    No function

    P4.1, I/O pin

    P1.2

    Software debug pins(optional)

    J1

    20

    VDS

    P3.5, I/O pin

    P3.1

    Sets VDS monitor threshold voltage, 7-level input pin (DRV8320H devices only)

    J2

    1

    INHA

    P2.5, TA2.2

    TB1.2, P2.1

    Secondary function, Timer 2 comparator output to generate PWM for A phase high-side switches

    J2

    2

    GND

    GND

    GND

    ADC - GND connections

    J2

    3

    INLA

    P2.4, TA2.1

    TB3.1,P6.0

    Secondary function, Timer 2 comparator output to generate PWM for A phase low-side switches

    J2

    4

    HALLA

    P2.0, SPI enable

    P2.0

    Hall sensor A from motor

    J2

    5

    INHB

    P1.5, TA0.4

    TB3.2, P6.1

    Secondary function, Timer 1 comparator output to generate PWM for B phase high-side switches

    J2

    6

    HALLB

    P2.2, I/O PIN with interrupt

    P2.2

    Hall sensor B from motor

    J2

    7

    INLB

    P1.4, TA0.3

    TB3.3, P6.2

    Secondary function, Timer 1 comparator output to generate PWM for B phase low-side switches

    J2

    8

    No function

    P7.4, I/O pin

    P4.0

    No function

    J2

    9

    INHC

    P1.3, TA0.2

    TB3.4, P6.3

    Secondary function, Timer 1 comparator output to generate PWM for C phase high-side switches

    J2

    10

    No function

    RST

    RST

    No Function

    J2

    11

    INLC

    P1.2, TA0.1

    TB3.5, P6.4

    Secondary function, Timer 1 comparator output to generate PWM for C phase low-side switches

    J2

    12

    SDI

    P3.0,UCBOSIMO

    SDI,P4.6

    Secondary function for data input to DRV832xx

    J2

    13

    MODE

    P4.3, I/O pin

    P3.7

    Sets the input control mode, 4-level input pin (DRV8320H devices only)

    J2

    14

    SDO

    P3.1,UCBOSOMI

    SDO,P4.7

    Secondary function for data output from DRV832xx

    J2

    15

    LED

    P4.0, I/O pin

    P2.4

    Visual feedback for faults

    J2

    16

    HALLC

    P2.6, I/O pin with interrupt

    P4.4

    Hall sensor C from motor enable the gate driver and current shunt amplifiers

    J2

    17

    EVM ID

    P3.7, I/O pin

    P3.3

    Pulled low for DRV8320x, high for DRV8323x devices

    J2

    18

    nSCS/GAIN

    P2.2, I/O PIN with interrupt

    P2.5

    Active low enables serial interface communication Sets the gain of the shunt amplifiers, 4-level input pin (DRV8323RH devices only)

    J2

    19

    EVM ID

    P8.2, I/O pin

    P3.2

    Pulled low for DRV832xH, high for DRV832xS devices

    J2

    20

    No function

    P8.1, I/O pin

    P3.0

    Pull logic high to internally short all amplifier inputs together (DRV8323Rx devices only)

     And a "bootleg" MSP430F5529 and MSP430FR2355 Resource Usage table from that document that might help you with the conversion.

    Resource

    MSP430F5529

    MSP430FR2355

    Notes

    Clock tree

    25MHz

    24MHz

     

    WDT

    1 second

    1 second

     

    Code memory

    ~19KB

    ~20KB

     

    Timer

    TA0; TA2

    TB3; TB1

     

    ADC

    8 channels

    8 channels

     

    GPIO

    8

    8

     

    USCI

    SPI

    SPI

    Communication with DRV83xxS

    UART

    0

    1

    Communication with GUI

    USB

     CDC

    N/A

     

    Interrupt

    TA2.1; TA2.0; TA0.1; TA0.2; TA0.3; TA0.4

    TB3.1-5; TB1.1

     

    Best,

    -Cole

  • 0 in reply to Cole Macias
    Prodigy 100 points

    Thank you Cole; this is a great help.

    I think we will have this combination working before TI!