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Test Points

TP1:A

Emulator 5.0 V input:

 This power domain is isolated from the other 5.0V domain.

TP2:A

Emulator 3.3 V input:

 This power domain is isolated from the other 3.3 V domains.

TP3:A

Emulator ground

TP1

HSEC 5.0 V input:

 5.0 V input provided to the 3.3 V voltage regulator to create the unfiltered 3.3 V 

power.

TP2

Unfiltered 3.3 V:

 Provides power to the F280025C device.

TP3

MCU 1.2 V:

 VDD 'core supply' to the F280025C device. Note that this controlCARD has been 

designed to use the internal voltage regulator.

TP4

Device Ground

TP5

XRSn of F280025C device:

 Connected to the undervoltage output from the 3.3 V voltage 

supervisor.

TP6

Overvoltage output:

 Connected to the overvoltage output from the 3.3 V voltage supervisor.

Note

On the front of the controlCARD test points are indicated by their TPx number.

On the back of the controlCARD test points are indicated by their signal.

Table 6-2. S4, Bootmode Selection Table

Mode

Switch Position 1(left switch, 

GPIO-24)

Switch Position 2 (right switch, 

GPIO-32)

Boot From

00

0 (down)

0 (down)

Parallel I/O

01

1 (up)

0 (down)

SCI/Wait Boot

02

0 (down)

1 (up)

CAN

03

1 (up)

1 (up)

Flash/USB

7 Revision History

NOTE: Page numbers for previous revisions may differ from page numbers in the current version.

Changes from Revision A (March 2020) to Revision B (June 2022)

Page

• Changed document title from 

F280025 controlCARD Information Guide

 to 

TMS320F280025C controlCARD 

Information Guide

...............................................................................................................................................

1

Global:

 Changed "F280025 controlCARD" to "F280025C controlCARD"..........................................................

1

Global:

 Changed "F280025 MCU" and "F28002x MCU" to "F280025C MCU". Changed "F280025 

microcontroller" to "F280025C microcontroller"..................................................................................................

1

Section 1

 (Introduction): Updated section...........................................................................................................

2

Section 2

 (Hardware Quick Setup Guide): Added WARNING about using controlCARD in a high-voltage 

setup. Updated section.......................................................................................................................................

3

Section 3.1

 (Warnings, Notes, and Errata): Changed "F280025 Experimenter’s Kit" to "F280025C 

Experimenter’s Kit".............................................................................................................................................

4

Section 4.3

 (Using the controlCARD): Added WARNING about using controlCARD in a high-voltage setup. 

Updated section..................................................................................................................................................

5

Section 4.4

 (Experimentation Software): Updated section.................................................................................

6

Section 5.3

 (Evaluation of the Analog-to-Digital Converters (ADCs)): Updated section.....................................

7

Section 6

 (Hardware References): Added WARNING about using controlCARD in a high-voltage setup.........

9

Revision History

www.ti.com

12

TMS320F280025C controlCARD Information Guide

SPRUIR3B – SEPTEMBER 2019 – REVISED JUNE 2022

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Copyright © 2022 Texas Instruments Incorporated

Summary of Contents for F280025C

Page 1: ...4 1 F280025C controlCARD Features 5 4 2 Assumed Operating Conditions 5 4 3 Using the controlCARD 5 4 4 Experimentation Software 6 5 Special Notes 7 5 1 XDS100v2 Emulator and SCI UART Connectivity 7 5...

Page 2: ...e following location install_directory c2000 C2000Ware_x_xx_xx_xx boards controlCARDs TMDSCNCD280025C Revx Note This kit is designed to explore the functionality of F28002x microcontrollers The contro...

Page 3: ...isolation barrier of the controlCARD 1 Connect and power embedded emulator a Connect USB B mini connector to J1 A 2 Provide power to the isolated F280025C device a Insert the TMDSCNCD280025C controlC...

Page 4: ...circuitry has been added to the docking station In such cases it is recommended to use an external 5 V power supply 2 5 mm inner diameter x 5 5 mm outer diameter and plug it into J1 A compatible supp...

Page 5: ...nector via an accompanying baseboard For example if using a TMDSHSECDOCK docking station baseboard 5 V DC should be input into the docking station s J1 or J17 Then S1 needs to be toggled to the approp...

Page 6: ...rated Development Environment IDE is recommended for developing and debugging software for the C2000 series of MCUs CCS is free to download and use with the controlCARD Introductory videos for CCS are...

Page 7: ...ADC input has its own RC network made up of the internal sample and hold capacitor switch resistance and parasitic capacitance By changing the inline resistance and parallel capacitor we can optimize...

Page 8: ...recommended to place an additional female SMA connector Figure 5 1 on the controlCARD docking station to receive the signal via SMA for best noise immunity For the local RC network 30 resistors and 30...

Page 9: ...Key Components on the controlCARD Front www ti com Hardware References SPRUIR3B SEPTEMBER 2019 REVISED JUNE 2022 Submit Document Feedback TMS320F280025C controlCARD Information Guide 9 Copyright 2022...

Page 10: ...on UART connector USB mini A connector used to provide XDS100v2 emulation and USB to UART SCI communication through FTDI logic S1 A determines which connections are enabled to the MCU J1 FSI Header Up...

Page 11: ...6 of the 180 pin controlCARD connector will be directly connected to GPIO 28 S1 QEP and SPIB selection switch This switch allows GPIO24 and GPIO25 to be routed to one of two locations on the HSEC conn...

Page 12: ...p 1 up Flash USB 7 Revision History NOTE Page numbers for previous revisions may differ from page numbers in the current version Changes from Revision A March 2020 to Revision B June 2022 Page Changed...

Page 13: ...ther than TI b the nonconformity resulted from User s design specifications or instructions for such EVMs or improper system design or c User has not paid on time Testing and other quality control tec...

Page 14: ...These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequency energy and if not in...

Page 15: ...instructions set forth by Radio Law of Japan which includes but is not limited to the instructions below with respect to EVMs which for the avoidance of doubt are stated strictly for convenience and s...

Page 16: ...any interfaces electronic and or mechanical between the EVM and any human body are designed with suitable isolation and means to safely limit accessible leakage currents to minimize the risk of electr...

Page 17: ...R DAMAGES ARE CLAIMED THE EXISTENCE OF MORE THAN ONE CLAIM SHALL NOT ENLARGE OR EXTEND THIS LIMIT 9 Return Policy Except as otherwise provided TI does not offer any refunds returns or exchanges Furthe...

Page 18: ...change without notice TI grants you permission to use these resources only for development of an application that uses the TI products described in the resource Other reproduction and display of thes...

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