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Microchip Technology Curiosity Nano PIC24FJ64GU205, User Manual

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Microchip Technology Curiosity Nano PIC24FJ64GU205 User Manual Download Page 30

7. 

Appendix

7.1 

Schematic

Figure 7-1. PIC24FJ64GU205 Curiosity Nano Schematic

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

D

D

C

C

B

B

A

A

2 

of

 4

P

IC24F

J64

GU205

 Cu

riosi

ty

 Na

n

o

02

.1

1.

20

20

P

IC2

4F

J6

4G

U

20

5_

Cu

ri

os

ity

_N

an

o_

Ta

rg

et

_M

C

U

.S

ch

D

oc

Pr

oj

ec

t T

itl

e

PC

B

 A

ss

em

bly

 N

umber:

PC

B

A

 R

ev

ision:

File

:

PC

B 

Nu

mber:

PCB 

Revi

sion:

Design

ed w

ith

Drawn 

By:

M

L

Sh

ee

t T

itle

Ta

rg

et

 MC

U

E

ng

ineer:

A

H

A

08-3087

2

Size

A

3

A

09-3379

2

Pa

ge:

Date

:

A

lti

um

.c

om

100n

C201

10p

C205

N

.M

13pF

C206

N

.M

GND

GND

V

C

C

_T

A

RGET

100n

C200

GND

32

K

H

z 

C

ry

st

al

1k

R203

U

SE

R

L

E

D

V

C

C

_T

A

RGET

GND

U

SE

R

 BU

T

T

O

N

1k

R202

YELL

OWL

ED

SML

-D12Y1WT86

2

1

D200

GND

VCC_E

DGE

GND

GND

GND

GND

J203

J205

J201

J202

J204

J206

R

A

0_

IC

SP

D

A

T_PGD3

M

C

L

R

J209

PIC

24

FJ6

4G

U20

5

2.

2u

F

C207

VCC_E

DGE

GND

D

B

G

0

CDC_TX

CDC_RX

DBG2

D

B

G

1

D

B

G

3

D

B

G

2

DE

BUG

G

E

R

 C

O

NNE

C

T

IO

NS

DBG1

DBG3

DBG0

V

O

F

F

I

D

_

S

Y

S

ID_S

YS

VOFF

T

A

R

G

E

T

 BUL

K

P

R

O

G

/DE

BUG

 P

u

ll

47k

R204

47k

R205

GND

DBG0

DBG1

47k

R200

V

C

C

_T

A

RGET

M

C

L

R

 P

u

ll

V

B

U

S

GND

V

C

C

_T

A

RGET

RC2_R

P18_TX

R

A

13

_R

PI

N31_RX

R

A

1_

IC

SP

C

L

K_PGC3

R

A

12

_S

W0

RC9_R

P25_TX

R

A

11

_R

PI

N29_RX

RB

9_R

P9

_I

2C

_S

D

A

RB

8_R

P8

_I

2C

_S

C

L

RC

3_

RP

19

_S

PI

_M

O

SI

RC

4_

RP

20

_S

PI

_M

IS

O

RC

5_

RP

21

_S

PI

_S

CK

RB

7_

RP

7_

SP

I_

SS

J210

J207

J208

J2

11

P

IC

24

F

J64

G

U205

IC

SP

D

A

T

ICSPC

LK

G

PI

O0

M

CL

R

D

B

G

0

D

B

G

1

D

B

G

2

D

B

G

3

De

bu

gg

er

C

DC

 T

X

C

DC

 R

X

U

A

R

T R

X

U

A

R

T

 T

X

V

T

G

2.0

V 

- 3

.6

V

R

A1

R

A12

M

C

L

R

R

A0

R

C

9

R

A

11

N

am

e

P

in

32

.76

8k

Hz

XC200

N

.M

R

B

9

1

R

C

6

2

R

C

7

3

R

C

8

4

R

C

9

5

V

S

S

6

V

C

A

P

7

R

A

1

1

8

R

B

1

0

/

PG

D

2

/

D

+

9

R

B

1

1

/

PG

C

2

/

D

-

1

0

V

U

S

B

3

V3

1

1

R

B

1

3

1

2

RA

10

13

RA

7

14

RB

14

15

RB

15

16

AV

SS

17

AV

DD

18

MC

LR

19

RA

12

20

RA

0/

PGD

3

21

RA

1/

PGC

3

22

RB

0/

PGD

1

23

RB

1/

PGC

1

24

R

B

2

2

5

R

B

3

2

6

R

C

0

2

7

R

C

1

2

8

R

C

2

2

9

V

D

D

3

0

V

S

S

3

1

R

A

1

3

3

2

O

S

C

I

/

RA

2

3

3

O

S

C

O

/

RA

3

3

4

R

A

8

3

5

S

O

S

C

I

/R

B

4

3

6

SO

SC

O/

RA

4

37

RA

9

38

RC

3

39

RC

4

40

RC

5

41

VS

S

42

VD

D

43

RA

14

44

US

BI

D/

RB

5

45

VB

US

/RB

6

46

RB

7

47

US

BO

EN/

RB

8

48

PI

C24FJ64GU205

U200

RA12_SW0

GND

SH

IE

L

D2

V

B

U

S

1

D

-

2

D

+

3

G

N

D

5

S

H

I

E

L

D1

6

S

H

I

E

L

D2

7

I

D

4

S

H

I

E

L

D3

8

S

H

I

E

L

D4

9

MU

-M

B0

14

2A

B2-269

J212

CD

C

 RX

3

CDC

 T

X

4

D

BG

1

5

D

BG

2

6

0 

T

X

7

1 

RX

8

2 

SD

A

9

3 S

CL

1

0

4 M

OS

I

1

1

5 M

IS

O

1

2

6 

S

CK

1

3

7 

S

S

1

4

GN

D

1

5

0 

(T

X

)

1

6

1 (RX

)

1

7

2

1

8

3

1

9

0

2

0

GN

D

2

4

D

BG

3

4

6

D

BG

0

4

5

GN

D

4

4

V

C

C

4

3

P

W

M

 3

3

8

A

D

C

 2

3

7

A

D

C

 1

3

6

A

D

C

 0

3

5

GN

D

3

4

4

3

0

4

2

6

GN

D

2

5

A

D

C

 7

4

2

A

D

C

 6

4

1

A

D

C

 5

4

0

P

W

M

 4

3

9

DEBUGG

ER

TA

RGET

ID

2

VOFF

4

7

1

2

1

2

2

2

3

2

3

5

2

7

6

2

8

7

2

9

5

3

1

6

3

2

7

3

3

R

E

SE

R

V

E

D

1

V

B

U

S

4

8

C

N

A

NO48

-pin

 edge conne

ctor

J200

RB

4_

RP

4_

SO

SC

I

R

A

4_

SO

SCO

R

A

11

_R

PI

N29_RX

RC9_R

P25_TX

RC7_R

P23

R

A

8

R

A

10_RP28

R

A

7

RB

13

_R

P1

3_

AN7

RB

14

_R

P1

4_

AN6

RB

15

_R

P1

5_

AN9

RB

0_R

P0

_A

N2

RB

1_R

P1

_A

N3

RB

2_R

P2

_A

N4

RB

3_R

P3

_A

N5

RC

0_

RP

16

_A

N10

RB5_R

P5_TX

R

A

14

_R

PI

N32_RX

RC8_R

P24

RC6_R

P22

RC

1_

RP

17

_L

ED0

R

A

9

R

A

2_

O

SC

I

R

A

3_

O

SCO

RB

9_R

P9

_I

2C

_S

D

A

RC6_R

P22

RC7_R

P23

RC8_R

P24

RC9_R

P25_TX

R

A

11

_R

PI

N29_RX

RB

13

_R

P1

3_

AN7

RB

4_

RP

4_

SO

SC

I

R

A

8

R

A

3_

O

SCO

R

A

2_

O

SC

I

R

A

13

_R

PI

N31_RX

RC2_R

P18_TX

RC

1_

RP

17

_L

ED0

RC

0_

RP

16

_A

N10

RB

3_R

P3

_A

N5

RB

2_R

P2

_A

N4

RA10_RP28

RA7

RB14_RP14_AN6

RB15_RP15_AN9

MCLR

RA12_SW0

RA1_ICS

PCLK_PGC3

RA0_ICS

PDA T_PGD3

RB0_RP0_AN2

RB1_RP1_AN3

RA4_SOS

CO

RA9

RC3_RP1

9_SPI

_MOSI

RC4_RP20_S

PI_MI

SO

RC5_RP21_S

PI_S

CK

RA14_RPIN32_RX

RB5_RP5_TX

RB7_RP7_S

PI_S

S

RB8_RP8_I

2C_SCL

GND

100n

C202

GND

V

C

C

_T

A

RGET

10uF

C204

100n

C203

GND

V

C

C

_T

A

RGET

RB4_RP4_S

OSCI

RA4_SOS

CO

R

A

4

RB4

1

2

4

3

5

KMR221G

SW200

RC1_RP17_L

ED0

PI

C

U

SB_N

PI

C

U

SB_P

6

2

1

7

PMDPB55XP

Q

20

0A

3

5

4

8

PMDPB55XP

Q200B

6

2

1

7

PMDPB55XP

Q

20

1A

3

5

4

8

PMDPB55XP

Q201B

VCC_MUX

_P5V0

V

CC

_VB

US

V

C

C

_P

IC

V

B

U

S

V

C

C

_P

IC

V

B

U

S

1M

R207

GND

GND

GND

5V0 

P

O

W

E

R

 M

U

X

47k

R210

47k

R211

V

C

C

_T

A

RGET

V

B

U

S

MC36213

F100

47k

R208

47k

R209

C

D

C

_

T

X

C

D

C

_

R

X

CDC_R

X

CDC_T

X

DBG2

DBG1

DBG3

DBG0

VOFF

ID

_S

Y

S

B

L

M1

5B

B

22

1S

N1

L

200

A VDD

NOTE on UAR

T/C

DC:

RX/TX 

on

 the

 h

eade

r 

deno

tes 

the 

input/output dire

ction

of the sign

al

 

re

sp

ec

tive to i

t's

 s

ou

rce.

CDC T

X is output

 from the

 DEB

UGGE

R.

CDC 

RX i

s 

inpu

t to

 the

 DE

BUGG

ER.

TX is out

pu

t from 

th

e 

T

A

R

G

E

T

 d

ev

ice.

RX

 is 

in

put

 to

 th

e T

A

R

G

E

T

 d

ev

ice.

NOTE on I2C

:

No

 p

ull-

up

s 

on

 b

oard

. Pu

ll-u

ps

 s

ho

uld 

be 

m

ounted close to I2

C client(s

).

PI

C24FJ64GU205

SU

PP

L

Y

 V

O

L

TA

GE

R

A

NG

E 

IS

 2

.0

-3

.6

V

V

CC

_VB

US

 c

omes

fr

om

 DEBUGGER

U

SB connector

V

C

C

_P

IC

V

B

U

S

co

m

es 

fro

m

PI

C2

4 

US

B

connec

tor

VCC_MUX

_5V0

is p

ow

er in

to DEBUGGER

R

E

G

U

L

A

T

OR and

TA

R

G

E

T

 r

eg

ulator

PTC R

eset

table

 fu

se:

Hold curre

nt: 500mA

T

rip current

: 1000mA

 

Appendix

©

 2021 Microchip Technology Inc.

 User Guide

50003124A-page 30

Summary of Contents for Curiosity Nano PIC24FJ64GU205

Page 1: ...egrate the device into a custom design The Curiosity Nano series of evaluation boards include an on board debugger No external tools are necessary to program and debug the PIC24FJ64GU205 MPLAB X IDE S...

Page 2: ...ce Implementation 11 3 1 3 2 Configuration Words 11 3 1 3 3 Special Commands 11 3 1 4 Data Gateway Interface DGI 12 3 1 4 1 Debug GPIO 12 3 1 4 2 Timestamping 13 3 2 Curiosity Nano Standard Pinout 13...

Page 3: ...5 1 Identifying Product ID and Revision 28 6 Document Revision History 29 7 Appendix 30 7 1 Schematic 30 7 2 Assembly Drawing 32 7 3 Curiosity Nano Base for Click boards 33 7 4 Disconnecting the On B...

Page 4: ...table Target Voltage MIC5353 LDO regulator controlled by the on board debugger 1 8 3 6V output voltage limited by USB input voltage 500 mA maximum output current limited by ambient temperature and out...

Page 5: ...rnal programmer or debugger tool is required Tip If closed the Kit Window in MPLAB X IDE can be reopened through the menu bar Window Kit Window 2 1 3 MPLAB X IDE Device Family Packs Microchip MPLAB X...

Page 6: ...essing and visualizing data The Data Visualizer can receive data from various sources such as serial ports and on board debugger s Data Gateway Interface as found on Curiosity Nano and Xplained Pro bo...

Page 7: ...ith the target application through terminal software A Data Gateway Interface DGI for code instrumentation with logic analyzer channels debug GPIO to visualize program flow The on board debugger contr...

Page 8: ...ve Target Send Terminal Receive Terminal Send Info As shown in Figure 3 1 the debugger s CDC TX pin is connected to a UART RX pin on the target for receiving characters from the host computer Similarl...

Page 9: ...r earlier has the following behavior Debugger UART receiver is disabled and no further data will be transferred to the host computer Debugger UART transmitter will continue to send data that is queued...

Page 10: ...pported with explicit baud rates CMD SEND_9600 CMD SEND_115200 CMD SEND_460800 USB Level Framing Considerations Sending data from the host to the CDC can be done byte wise or in blocks which will be c...

Page 11: ...that has previously been programmed To erase the target device copy a text file starting with CMD ERASE onto the disk By default the CURIOSITY drive contains several read only files for generating ic...

Page 12: ...If external power is provided this has no effect Debugger firmware v1 16 or newer Info The content sent to the mass storage emulated disk triggers the commands listed here and provides no feedback in...

Page 13: ...The timestamp counter implemented in the Curiosity Nano debugger increments at 2 MHz frequency providing a timestamp resolution of a half microsecond 3 2 Curiosity Nano Standard Pinout The 12 edge con...

Page 14: ...the target PIC24FJ64GU205 microcontroller and its peripherals The voltage from a USB connector can vary between 4 4V to 5 25V according to the USB specification and will limit the maximum voltage to...

Page 15: ...new voltage setting is applied to the board when the debugger is accessed in any way like pushing the Refresh Debug Tool Status button in the project dashboard tab or programming reading program memo...

Page 16: ...level shifters and the standard operating condition of the PIC24FJ64GU205 is 2 0 3 6V Applying a higher voltage may cause permanent damage to the board Info If an external voltage is applied without p...

Page 17: ...tage or use an external voltage supply on the VTG pin Target Voltage is Different From Setting This can be caused by an externally applied voltage to the VTG pin without setting the VOFF pin low If th...

Page 18: ...t consumption on the VBUS pin to fix this issue 3 4 Low Power Measurement Power to the PIC24FJ64GU205 is connected from the on board power supply and VTG pin through a 100 mil pin header marked with P...

Page 19: ...microcontrollers on external hardware 3 5 1 Supported Devices All external AVR microcontrollers with the UPDI interface can be programmed and debugged with the on board debugger with Microchip Studio...

Page 20: ...supported by the on board debugger 3 5 3 Hardware Modifications The on board debugger is connected to the PIC24FJ64GU205 by default Remove these connections before any external microcontroller can be...

Page 21: ...er and level shifters actively drive data and clock signals used for programming and debugging DBG0 DBG1 and DBG2 Usually the external resistor on these signals can be ignored Pull down resistors are...

Page 22: ...3 6 Connecting External Debuggers Even though there is an on board debugger external debuggers can be connected directly to the PIC24FJ64GU205 Curiosity Nano to program debug the PIC24FJ64GU205 The on...

Page 23: ...er Programmer is capable of delivering high voltage on the MCLR pin High voltage can permanently damage R110 If R110 is broken the on board debugger can not enter Programming mode of the PIC24FJ64GU20...

Page 24: ...B0 RB0 RP0 AN2 RB15 RB15 RP15 AN9 RB14 RB14 RP14 AN6 RB13 RB13 RP13 AN7 GND GND RA7 RA7 RA9 RA9 RA8 RA8 RC7 RC7 RP23 RC9 RC9 RP25 TX CDC_RX RA11 RA11 RPIN29 RX CDC_TX RA4 RA4 SOSCO RB4 RB4 RP4 SOSCI G...

Page 25: ...portant Once the pin headers are in place they are hard to remove by hand Use a set of pliers and carefully remove the pin headers to avoid damage to the pin headers and PCB 4 2 Peripherals 4 2 1 Targ...

Page 26: ...he edge connector To use the crystal some hardware modifications are required The crystal XC200 Abracon ABS07 32 768kHz 7 T and the capacitors C205 10 pF AVX 04025A100JAT2A and C206 13 pF Murata GRM15...

Page 27: ...ebugger section All connections between the target and the debugger are tri stated as long as the debugger is not actively using the interface Hence since there are little contaminations of the signal...

Page 28: ...The first six digits of the serial number listed under kit information contain the product identifier and revision Tip If closed the Kit Window can be opened in MPLAB X IDE through the menu bar Window...

Page 29: ...6 Document Revision History Rev A Document 2 2021 Initial release of this document Document Revision History 2021 Microchip Technology Inc User Guide 50003124A page 29...

Page 30: ...14 GND 15 0 TX 16 1 RX 17 2 18 3 19 0 20 GND 24 DBG3 46 DBG0 45 GND 44 VCC 43 PWM 3 38 ADC 2 37 ADC 1 36 ADC 0 35 GND 34 4 30 4 26 GND 25 ADC 7 42 ADC 6 41 ADC 5 40 PWM 4 39 DEBUGGER TARGET ID 2 VOFF...

Page 31: ...ano_Debugger SchDoc A11 0406 FE AB 26 E0 FF FF FF FF 9F 0C 4D 00 F3 57 E8 96 F4 64 98 02 35 07 92 86 62 87 5F 0E FW1 A12 1314 TESTDOC1 S3 PIC24FJ64GU205_Curiosity_Nano_Revision_History SchDoc PIC24FJ6...

Page 32: ...wing Figure 7 2 PIC24FJ64GU205 Curiosity Nano Assembly Drawing Top PIC MCU b Figure 7 3 PIC24FJ64GU205 Curiosity Nano Assembly Drawing Bottom t c 4 Appendix 2021 Microchip Technology Inc User Guide 50...

Page 33: ...B15 RB15 RP15 AN9 RB14 RB14 RP14 AN6 RB13 RB13 RP13 AN7 GND GND RA7 RA7 RA10 RA10 RP28 RA8 RA8 RC7 RC7 RP23 RC9 RC9 RP25 TX CDC_RX RA11 RA11 RPIN29 RX CDC_TX RA4 RA4 SOSCO RB4 RB4 RP4 SOSCI GND GND DE...

Page 34: ...ng Cutting the power supply strap will disconnect the on board power supply Tip Reconnect any cut connection by using solder Alternatively mount a 0 0402 resistor Tip When the debugger is disconnected...

Page 35: ...Figure 7 6 On Board Debugger Connection Cut Straps GPIO straps bottom side Power Supply strap top side Appendix 2021 Microchip Technology Inc User Guide 50003124A page 35...

Page 36: ...elp customers A listing of sales offices and locations is included in this document Technical support is available through the website at www microchip com support Microchip Devices Code Protection Fe...

Page 37: ...arFire Prochip Designer QTouch SAM BA SenGenuity SpyNIC SST SST Logo SuperFlash Symmetricom SyncServer Tachyon TimeSource tinyAVR UNI O Vectron and XMEGA are registered trademarks of Microchip Technol...

Page 38: ...Quality Management System For information regarding Microchip s Quality Management Systems please visit www microchip com quality 2021 Microchip Technology Inc User Guide 50003124A page 38...

Page 39: ...2 China Xiamen Tel 86 592 2388138 China Zhuhai Tel 86 756 3210040 India Bangalore Tel 91 80 3090 4444 India New Delhi Tel 91 11 4160 8631 India Pune Tel 91 20 4121 0141 Japan Osaka Tel 81 6 6152 7160...

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