Innovative Electronics DT-PROTO User manual

18 Pin
18 Pin18 Pin
18 Pin PIC®
PIC®PIC®
PIC®
DT
DTDT
DT-
--
-PROTO 18 Pin PIC
PROTO 18 Pin PICPROTO 18 Pin PIC
PROTO 18 Pin PIC
®
®®
®
is a single chip module with
PIC16F84 microcontroller and In-Circuit Serial Programming™
(ICSP™). This Module is equipped with pad arrays which can be
used as a place for additional circuit. This Module is suitable for
users who want to experiment, to make prototype or create a
simple application. Examples applications are as LED display
controller, motor driver controller, robot movement controller, and
digital sensor reader.
Hardware specif
Hardware specifHardware specif
Hardware specifications
icationsications
ications
1. PIC16F84 microcontroller with 1K byte Program memory, 64
bytes Data EEPROM, 68 bytes Data R M, 8 bit Timer.
2. Support PIC
®
18 pins variants: PIC16C558, PIC16F627 , and
PIC16F628 .
3. Up to 13 pins input/output line capability to drive current
(sink/source) 25m each.
4. 708 pad arrays are available, non through-hole.
5. Ceramic Resonator 4 Mhz is available.
6. ICSP
TM
's programming port is available.
7. U RT RS-232 serial communication line is available with RJ11
connector.
8. Input voltage 9 – 12 VDC at VIN and has output voltage +5V
(VCC).
Layout and Jumper setting
Layout and Jumper settingLayout and Jumper setting
Layout and Jumper setting
Pad for VIN, GND, +5V, and I/O pin has a label on the left or on
the right side.
Two rows of pad arrays on top and one rows bottom of pad arrays
on bottom are connected by line and can be used as a line for VIN,
GND, +5V, or other line.
Please refer to J10 and J11 jumper setting below to choose system
clock frequency source.
Jumper J10 & J11
Jumper J10 & J11Jumper J10 & J11
Jumper J10 & J11 Setting
Setting Setting
Setting
PIN 16/OSC1
PIN 16/OSC1 PIN 16/OSC1
PIN 16/OSC1 PIN 15/OSC2
PIN 15/OSC2PIN 15/OSC2
PIN 15/OSC2
PIN 16/OSC1
PIN 16/OSC1 PIN 16/OSC1
PIN 16/OSC1 PIN15/OSC2
PIN15/OSC2PIN15/OSC2
PIN15/OSC2
Please refer to TXD and RXD pad to connect the DT-PROTO 18 Pin
PIC
®
with computer through U RT RS-232.
The Computer is connected to DT-PROTO 18 Pin PIC
®
with a
a a
a
“Sraight”,
“Sraight”, “Sraight”,
“Sraight”, here
herehere
here is the configuration:
is the configuration: is the configuration:
is the configuration:
Computer’s
Computer’s Computer’s
Computer’s
COM port DB9
COM port DB9COM port DB9
COM port DB9
DT
DTDT
DT-
--
-PROTO 18 Pin PIC
PROTO 18 Pin PICPROTO 18 Pin PIC
PROTO 18 Pin PIC
®
®®
®
J5
J5J5
J5
RX (pin 2) RX (pin 5)
TX (pin 3) TX (pin 4)
GND (pin 5) GND (pin 3)
CD contents
CD contentsCD contents
CD contents
1. MPL B IDE

.
2. I/O Testing software in ssembly language.
3. microcontroller Datasheet.
4. DT-PROTO 18 Pin PIC
®
manual.
5. Innovative Electronics Website.
Testing
Testing Testing
Testing software
softwaresoftware
software
The software which has been written to PIC16F84 (tes16f84.asm)
can be used as preliminary testing program. This software will
produce square wave to all I/O pins.
Testing steps:
- Connect a short between TXD and RXD.
- Plug in serial cable to computer's Com port and RJ11 DT-
PROTO 18 Pin PIC
®
.
- Plug in 9 VDC voltage source to VIN.
- Run SERTEST1.EXE. Select which COM port you are using and
press tes serial
tes serial tes serial
tes serial and follow the instruction on the screen.
- Square wave can be seen through oscilloscope, or connect it
to LED circuit or to DT
DTDT
DT-
--
-I/O LED Logic Tester
I/O LED Logic TesterI/O LED Logic Tester
I/O LED Logic Tester to see the LED
blinking.
Label
or
Label
Pin 16/OSC1 and Pin
Pin 16/OSC1 and Pin Pin 16/OSC1 and Pin
Pin 16/OSC1 and Pin
15/OSC2
15/OSC2 15/OSC2
15/OSC2 are connected
are connectedare connected
are connected to
to to
to
External Ceramic Resonator
External Ceramic Resonator External Ceramic Resonator
External Ceramic Resonator
4 MHz
4 MHz4 MHz
4 MHz
Pin 16/OSC1 and Pin
Pin 16/OSC1 and Pin Pin 16/OSC1 and Pin
Pin 16/OSC1 and Pin
15/OSC2
15/OSC2 15/OSC2
15/OSC2 are
areare
are n
nn
no
oo
ot
t t
t
connected to External
connected to External connected to External
connected to External
Ceramic Resonator 4
Ceramic Resonator 4Ceramic Resonator 4
Ceramic Resonator 4
Plug in RXD with the pin to receive serial data
Plug in TXD with the pin to send serial data
There was an error
There was an error There was an error
There was an error
on the PCB
on the PCBon the PCB
on the PCB
in which
in which in which
in which
ZTT20.0MX/ZTT20.0CV
ZTT20.0MX/ZTT20.0CVZTT20.0MX/ZTT20.0CV
ZTT20.0MX/ZTT20.0CV label
label label
label should
shouldshould
should be
be be
be written
written written
written ZTT4.00MG
ZTT4.00MG ZTT4.00MG
ZTT4.00MG
and RB
and RB and RB
and RB label
label label
label should be written
should be written should be written
should be written RB5.
RB5.RB5.
RB5.
DT
-
PROTO
VPP
VPPVPP
VPP
+5V
+5V+5V
+5V
GND
GNDGND
GND
PGD
PGDPGD
PGD
PGC
PGCPGC
PGC
Pin J9 allo
Pin J9 alloPin J9 allo
Pin J9 allo
cation
cationcation
cation
HE DER ICSP
HE DER ICSPHE DER ICSP
HE DER ICSP
RXD
TXD
GND
+5V
RX
RXRX
RX
TX
TX TX
TX
5 4 3 2
J1
J1 J1
J1
Front View
Front ViewFront View
Front View
GND
GNDGND
GND

Trademark & Copyright
Trademark & CopyrightTrademark & Copyright
Trademark & Copyright
-MPL B IDE is copyright by Microchip Technology Incorporated.
-MPL B, Microchip, and PIC are registered trademarks of Microchip
Technology Incorporated.
-ICSP and In-Circuit Serial Programming are trademarks of Microchip
Technology Incorporated.
♦Thank you for your trust in our products, if you found any
difficulties, questions, or suggestions about this product,
please contact our technical support at:
[e-mail]
Copyright © 2006 Innovative Electronics