SPRADA3 july   2023 AM2631 , AM2631-Q1 , AM2632 , AM2632-Q1 , AM2634 , AM2634-Q1

 

  1.   1
  2.   Abstract
  3.   Trademarks
  4. 1 Introduction
  5. 2 Device Nomenclature
  6. 3 R5 Cores and TCM in AM263x
    1. 3.1 R5 Core Nomenclature in Am263x
  7. 4 Example Support for AM263x Family
  8. 5 IPC Example Support for Two-Core Devices (AM2632)
    1. 5.1 Option 1 Using MulticoreImageGen.js
    2. 5.2 Option Two (Migration Guide from a Four-Core System Project to a Two-Core System Project)
  9. 6 System Project Example Support for Two-Core Devices (AM2632)
  10. 7 Target Configuration in CCS
    1. 7.1 Prerequisites
    2. 7.2 Creating a Target Configuration
  11. 8 Connecting to the Target Core
  12. 9 Hardware Description for Launch Pad and Control Card
    1. 9.1 Launchpad Pinout for Standard Analog Devices
    2. 9.2 ADC and DAC Mapping in Launchpad for Standard Analog
    3. 9.3 Pinmux Mapping - Standard Analog - Launch Pad
    4. 9.4 ADC and DAC Mapping in Control Card for Standard Analog
  13. 10Summary
  14. 11References

9 Hardware Description for Launch Pad and Control Card

LaunchPads and ControlCARDs are only built with the superset device (AM2634). Then customers can scale down by purchasing select OPN devices (AM2642 or AM2631) that meet their system requirements.

Launch Pad and ControlCARD for AM2634, AM2632, and AM2631 for Enhanced Analog devices have similar hardware descriptions and pin mux. These hardware details and pin mapping are listed in the AM263x LaunchPad User Guide and Control Card User Guide. See the Features Character (9th character) in the part number in Section 2. Table 9-1 has differences between Standard Analog and Enhanced Analog devices. The only difference is the number of control peripherals integrated.

Table 9-1 Enhanced Versus Standard Analog Devices

Analog

Enhanced Analog

Standard Analog

Feature Description

J, K, L, M

C, D, E, F

Number

Instances

Number

Instances

ADC

5

ADC0

ADC1

ADC2

ADC3

ADC4

3

ADC0

ADC1

ADC2

ADC3

PWM

32

EPWM0

EPWM1

EPWM2

EPWM3

EPWM4

EPWM5

EPWM6

EPWM7

EPWM8

EPWM9

EPWM10

EPWM11

EPWM12

EPWM13

EPWM14

EPWM15

EPWM16

EPWM17

EPWM18

EPWM19

EPWM20

EPWM21

EPWM22

EPWM23

EPWM24

EPWM25

EPWM26

EPWM27

EPWM28

EPWM29

EPWM30

EPWM31

16

EPWM0

EPWM1

EPWM2

EPWM3

EPWM4

EPWM5

EPWM6

EPWM7

EPWM8

EPWM9

EPWM10

EPWM11

EPWM12

EPWM13

EPWM14

EPWM15

QEP

3

EQEP0

EQEP1

EQEP2

2

EQEP0

EQEP1

SDFM

2

SDFM0

SDFM1

1

SDFM0

CMPSS

20

CMPSSA0:inH

CMPSSA0:inL

CMPSSA1:inH

CMPSSA1:inL

CMPSSB0:inH/inL

CMPSSB1:inH/inL

CMPSSA2:inH

CMPSSA2:inL

CMPSSA3:inH

CMPSSA3:inL

CMPSSB2:inH/inL

CMPSSB3:inH/inL

CMPSSA4:inH

CMPSSA4:inL

CMPSSA5:inH

CMPSSA5:inL

CMPSSB4:inH/inL

CMPSSB5:inH/inL

CMPSSA6:inH

CMPSSA6:inL

CMPSSA7:inH

CMPSSA7:inL

CMPSSB6:inH/inL

CMPSSB7:inH/inL

CMPSSA8:inH

CMPSSA8:inL

CMPSSA9:inH

CMPSSA9:inL

CMPSSB8:inH/inL

CMPSSB9:inH/inL

12

CMPSSA0:inH

CMPSSA0:inL

CMPSSA1:inH

CMPSSA1:inL

CMPSSB0:inH/inL

CMPSSB1:inH/inL

CMPSSA2:inH

CMPSSA2:inL

CMPSSA3:inH

CMPSSA3:inL

CMPSSB2:inH/inL

CMPSSB3:inH/inL

CMPSSA4:inH

CMPSSA4:inL

CMPSSA5:inH

CMPSSA5:inL

CMPSSB4:inH/inL

CMPSSB5:inH/inL