OROLOGIO DIGITALE CON SECONDI ROTANTI A LED
©2016 by Valter Narcisi – San Benedetto del Tronto (AP)
http://www.narcisivalter.it/progetti/rotating-LED-clock.html
OROLOGIO DIGITALE A DISPLAY CON SECONDI ROTANTI A LED
(with PIC 16F887 microcontroller)
Realizzazione di un preciso orologio digitale (formato HH:MM) con secondi rotativi a LED (utilizzando il PIC16F887)
MANUALE TECNICO E ISTRUZIONI
oct-2016
1 2 3 4 5 6 7 8 9 10 11 12
A
B
C
D
121110987654321
D
C
B
A Author:
Project:
Size: DWG no. Rev.: Scale: Sheet:
Year:
Note:
Valter Narcisi ‐ San Benedetto del Tronto (AP) ‐ [email protected]
Orologio Circolare 2016
— 1 1 1:1 1 of 1
http://www.narcisivalter.it/progetti/rotating‐LED‐clock.html ©All Right Reserved
12345678
M6LED Matrix (Columns)
+5
BZBuzzer D5
FDH999
+12v
R22
4k7
S4Mode
S3Hour
S2Min.
S1Shift
XT
32768 Hz
R19120
R5
4M7
C627pF
C76‐30pF
+5v
C50.1
C40.1
2 Hz
Q1BC337
R110k
R210k
R310k
R410k
C30.1
+M1
D11N4001
+C8
220uF/25v
+C9100uF/16v
+M2
D41N4001
R18*3k3
+5v
+5v
+5v
12345
M7ICSP
+5v
32758 Hz
9V Battery
Alim. 12V
R18* ‐ Remove the resistor if the battery isalkaline and NOT RECHARGEABLE
+12v
To pin 14 - U4
COM
IN OUTU578L05
1 2
U4A
3 4
U4B
11 10
U4E
13 12
U4F
5 6
U4C
9 8
U4D
Reset11
Q4
Q6
Q12
Q5Clock
Q8
3
15
54
14
2
7
1312
Q11
Q9
Q13Q14
10
1
Q10
8
16VCC
GND
Q1 9
Q7 6
U3CD4020
RB4 37
RB538 RB639 RB740
GN
D12
+V32
RE31
RB2 35
RA7 13
RB3 36
RB1 34
RA6 14
RC0 15
RB033 RC3 18
GN
D31
+V11
RD7 30
RD6 29
RD5 28
RD4 27
RD3 22
RD2 21
RD1 20
RD0 19
RC7 26
RC6 25
RC5 24
RC4 23
RC2 17
RC1 16
RE210
RE19
RE0 8
RA4 6
RA2 4
RA3 5
RA1 3RA0 2
RA5 7U116F887
R2033k
R2122k
Microcontroller
D3FDH999
+5vD2FDH999
12345678
M5LED Matrix (Rows)
f
dc
g
e
ba
123456789
M4Segments
R11330R17
+12v +5v
Piezoelettrico
R6 R94k7
R1056
‐
‐
123456
M3Multiplexer / Dots
+12v
+12
HHH
Dots
MMM
R351k
C10.1
R23 150R30‐
MM74C14
C0
C2
C4C5
C1
C3
C6C7
D0
D2
D4D5
D1
D3
D6D7
C20.1
12345678
12345678 D0
C0
D2
C2
D4
C4
D5
C5
D1
C1
D3
C3
D6
C6
D7
C7
DL1‐DL60
+5
f
dc
g
e
ba
123456789
123456
+12
HHH
Dots
MMM
GND
DL61
DL62
Q2BC237
Q3BC237
Q4BC237
Q5BC237
Q6BC338
Q7BC338
Q8BC338
Q9BC338
R314k7
R324k7
R334k7
R344k7
0 5 10 15 20 25 30 35 40 45 50 55
MAIN section
LED section
DISPLAY section
COM
GND8
9
I7I6I5I4I3I2I1
O7O6O5O4O3O2O1
7654321
10111213141516
U2ULN2003
a b c d e f g
7 6 4 2 1 9 10
AC3 5
AC8
dp
DS4
a b c d e f g
7 6 4 2 1 9 10
AC3 5
AC8
dp
DS3
a b c d e f g
7 6 4 2 1 9 10
AC3 5
AC8
dp
DS2
a b c d e f g
7 6 4 2 1 9 10
AC3 5
AC8
dp
DS1
DS1 ‐ DS4SA10‐21SURKWAor KW1‐1001AOA
GND
1 2 3 4
A
B
C
D
4321
D
C
B
A
Author:
Project:
Size: DWG no. Rev.: Scale: Sheet:
Year:
Note:
Valter Narcisi ‐ San Benedetto del Tronto (AP) ‐ [email protected]
Orologio Circolare (Main section) 2016
A4 1 1 1:1 1 of 3
http://www.narcisivalter.it/progetti/rotating‐LED‐clock.html ©All Right Reserved
12345678
M6
LED Matrix (Columns)
+5
BZBuzzer D5
FDH999
+12
R22
4k7
S4Mode
S3Hour
S2Min.
S1Shift
XT
32768 Hz
R19120
R5
4M7
C627pF
C76‐30pF
+5
C50.1
C40.1
2 Hz
Q1BC337
R110k
R210k
R310k
R410k
C30.1
+M1
D11N4001
+C8
220uF/25v
+C9100uF/16v
+M2
D41N4001
R18*3k3
+5
+5
+5
12345
M7ICSP
+5
32758 Hz
9V Battery
Alim. 12V
R18* ‐ Remove the resistor if the battery isalkaline and NOT RECHARGEABLE
+12
To pin 14 ‐ U4
COM
IN OUTU578L05
1 2
U4A
3 4
U4B
11 10
U4E
13 12
U4F
5 6
U4C
9 8
U4D
Reset11
Q4
Q6
Q12
Q5Clock
Q8
3
15
54
14
2
7
1312
Q11
Q9
Q13Q14
10
1
Q10
8
16VCC
GND
Q1 9
Q7 6
U3CD4020
RB4 37
RB538 RB639 RB740
GND
12+V
32
RE31
RB2 35
RA7 13
RB3 36
RB1 34
RA6 14
RC0 15
RB033 RC3 18
GND
31+V
11
RD7 30
RD6 29
RD5 28
RD4 27
RD3 22
RD2 21
RD1 20
RD0 19
RC7 26
RC6 25
RC5 24
RC4 23
RC2 17
RC1 16
RE210
RE19
RE0 8
RA4 6
RA2 4
RA3 5
RA1 3RA0 2
RA5 7U116F887
R2033k
R2122k
Microcontroller
D3FDH999
+5D2FDH999
12345678
M5
LED Matrix (Rows)
f
dc
g
e
baCOM
GND8
9
I7I6I5I4I3I2I1
O7O6O5O4O3O2O1
7654321
10111213141516
U2ULN2003
R11330R17
+12 +5
Piezoelettrico
R6 R94k7
R1056
‐
‐
123456
M3
Multiplexer / Dots
+12
+12
HHH
Dots
MMM
R351k
C10.1
R23 150R30‐
MM74C14
C0
C2
C4C5
C1
C3
C6C7
D0
D2
D4D5
D1
D3
D6D7
C20.1
GND
123456789
M4
Segments
©2016 by www.narcisivalter.it/progetti/rotating-LED-clock.html
©2016 by www.narcisivalter.it/progetti/rotating-LED-clock.html
©2016 by www.narcisivalter.it/progetti/rotating-LED-clock.html
1 2 3 4
A
B
C
D
4321
D
C
B
A
Author:
Project:
Size: DWG no. Rev.: Scale: Sheet:
Year:
Note:
Valter Narcisi ‐ San Benedetto del Tronto (AP) ‐ [email protected]
Orologio Circolare (Display section) 2016
A4 1 1 1:1 2 of 3
http://www.narcisivalter.it/progetti/rotating‐LED‐clock.html ©All Right Reserved
+5
f
dc
g
e
ba
123456789
M4
Segments
123456
M3
Multiplexer / Dots
+12
HHH
Dots
MMM
GND
a b c d e f g
7 6 4 2 1 9 10
AC3 5
AC8
dp
DS4
a b c d e f g
7 6 4 2 1 9 10
AC3 5
AC8
dp
DS3
a b c d e f g
7 6 4 2 1 9 10
AC3 5
AC8
dp
DS2
a b c d e f g
7 6 4 2 1 9 10
AC3 5
AC8
dp
DS1
DL61
DL62
Q2BC237
Q3BC237
Q4BC237
Q5BC237
Q6BC338
Q7BC338
Q8BC338
Q9BC338
R314k7
R324k7
R334k7
R344k7
DS1 ‐ DS4SA10‐21SURKWAor KW1‐1001AOA
©2016 by www.narcisivalter.it/progetti/rotating-LED-clock.html
©2016 by www.narcisivalter.it/progetti/rotating-LED-clock.html
©2016 by www.narcisivalter.it/progetti/rotating-LED-clock.html
ng-LED-clock
ng-LED-clock
1 2 3 4 5 6 7 8
A
B
C
D
87654321
D
C
B
A
Author:
Project:
Size: DWG no. Rev.: Scale: Sheet:
Year:
Note:
Valter Narcisi ‐ San Benedetto del Tronto (AP) ‐ [email protected]
Orologio Circolare (LED section) 2016
— 1 1 1:1 3 of 3
http://www.narcisivalter.it/progetti/rotating‐LED‐clock.html ©All Right Reserved
C0
C2
C4C5
C1
C3
C6C7
D0
D2
D4D5
D1
D3
D6D7
DL1‐DL60
0 5 10 15 20 25 30 35 40 45 50 55
12345678
M5LED Matrix (Rows)
12345678
M6LED Matrix (Columns)
OROLOGIO DIGITALE CON SECONDI ROTANTI A LED
©2016 by Valter Narcisi – San Benedetto del Tronto (AP)
http://www.narcisivalter.it/progetti/rotating‐LED‐clock.html
ELENCO COMPONENTI (Component List)
MAIN section C1...C5 0.1 C6 22pF (see last page) C7 6-30pF C8 220uF/25v C9 100uF/16v R1 ... R4 10k R5 4M7 R6 ... R9 4k7 R10 100 ohm (see last page) R11 ... R17 330 R18* 3k3 R19 100k (see last page) R20 33k R21 22k R22 - R36 4k7 (see last page) R23 ... R30 150 ohm R35 1k D1 1N4001 D2 - D3 FDH999 D4 1N4001 D5 FDH999 Q1 BC337 Q2 BC237 (see last page) U1 PIC16F887 (MicroChip) U2 ULN2003 U3 CD4020 U4 CD4069 (see last page) U5 78L05 (100 mA) BZ Buzzer piezo M1 Strip 2 way - 2.54 (+12V) M2 Strip 2 way - 2.54 (+Batt 9v) M3 6 way - 2.54 (Multiplexer / Dots) M4 9 way - 2.54 (Segments) M5 8 way - 2.54 (LED Matrix - Rows) M6 8 way - 2.54 (LED Matrix - Column) M7 6 way - 2.54 (ICSP) S1 Microswitch (Shift) S2 Microswitch (Min.) S3 Microswitch (Hour) S4 Microswitch (Mode) XT 32768 Hz (32.768 kHz)
DISPLAY section R31 ... R34 4k7 M3 6 way - 2.54 (Multiplexer / Dots) M4 9 way - 2.54 (Segments) DL61 - DL62 DIODI LED 5mm Red or other colors DS1 ... DS4 Display tipo KW1-1001AOA Q2 ... Q5 BC237 Q6 ... Q9 BC338
LED section DL1 ... DL60 DIODI LED 5mm Red or other colors M5 8 way - 2.54 (LED Matrix - Rows) M6 8 way - 2.54 (LED Matrix - Column)
OROLOGIO DIGITALE CON SECONDI ROTANTI A LED
©2016 by Valter Narcisi - www.narcisivalter.it/progetti/rotating-LED-clock.html
Particolare del montaggio dei LED (visti da dietro)
0
30
1545
5
10
20
25
55
50
40
35
www.narcisivalter.it/progetti/rotating-LED-clock.html
ESEMPIO DI SERIGRAFIA
©2016 by www.narcisivalter.it/progetti/rotating-LED-clock.html
PIANO DI FORATURA
©2016 by www.narcisivalter.it/progetti/rotating-LED-clock.html
OROLOGIO DIGITALE CON SECONDI ROTANTI A LED
©2016 by Valter Narcisi - www.narcisivalter.it/progetti/rotating-LED-clock.html
Le schede realizzate dall’autore.
1 2 3 4
A
B
C
D
4321
D
C
B
A
Author:
Project:
Size: DWG no. Rev.: Scale: Sheet:
Year:
Note:
Valter Narcisi ‐ San Benedetto del Tronto (AP) ‐ [email protected]
Orologio Circolare (Main section) 2016
A4 1 2 1:1 1 of 3
http://www.narcisivalter.it/progetti/rotating‐LED‐clock.html ©All Right Reserved
12345678
M6
LED Matrix (Columns)
+5
BZBuzzer D5
FDH999
+12
R22
4k7
S4Mode
S3Hour
S2Min.
S1Shift
XT
32768 Hz
R19100k
R5
4M7
C622pF
C76‐30pF
+5
C50.1
C40.1
2 Hz
Q1BC337
R110k
R210k
R310k
R410k
C30.1
+M1
D11N4001
+C8
220uF/25v
+C9100uF/16v
+M2
D41N4001
R18*3k3
+5
+5
+5
12345
M7ICSP
+5
32768 Hz
9V Battery
Alim. 12V
R18* ‐ Remove the resistor if the battery isalkaline and NOT RECHARGEABLE
+12
To pin 14 ‐ U4
COM
IN OUTU578L05
1 2U4A 3 4U4B
11 10U4E
13 12U4F
5 6U4C
9 8U4D
Reset11
Q4
Q6
Q12
Q5Clock
Q8
3
15
54
14
2
7
1312
Q11
Q9
Q13Q14
10
1
Q10
8
16VCC
GND
Q1 9
Q7 6
U3CD4020
RB4 37
RB538 RB639 RB740
GND
12+V
32
RE31
RB2 35
RA7 13
RB3 36
RB1 34
RA6 14
RC0 15
RB033 RC3 18
GND
31+V
11
RD7 30
RD6 29
RD5 28
RD4 27
RD3 22
RD2 21
RD1 20
RD0 19
RC7 26
RC6 25
RC5 24
RC4 23
RC2 17
RC1 16
RE210
RE19
RE0 8
RA4 6
RA2 4
RA3 5
RA1 3RA0 2
RA5 7U116F887
R2033k
R2122k
Microcontroller
D3FDH999
+5D2FDH999
12345678
M5
LED Matrix (Rows)
f
dc
g
e
baCOM
GND8
9
I7I6I5I4I3I2I1
O7O6O5O4O3O2O1
7654321
10111213141516
U2ULN2003
R11330R17
+12 +5
Piezoelettrico
R6 R94k7
R10100 ohm
‐
‐
123456
M3
Multiplexer / Dots
+12
+12
HHH
Dots
MMM
R351k
C10.1
R23 150R30‐
CD4069
C0
C2
C4C5
C1
C3
C6C7
D0
D2
D4D5
D1
D3
D6D7
C20.1
GND
123456789
M4
Segments
Q2BC237
R36
4k7
New values for C6, R10, U4 and R19Add. Q2 and R36
ERRATA CORRIGE & UPDATE
