Microchip Technology TPG100008 Manual Do Utilizador
ICP
Family User’s Manual
Rev: 4.7.3 Jan-2011 Page 5 of 18
1.6
Typical Connection to “TARGET” Connector
Pin No.
Pin Name
Standard (5-pin)
Programming
PIC10/12/16/18/24
dsPIC®/PIC32
Programming
PIC10/12/16/18/24
dsPIC®/PIC32
LVP (6-pin)
Programming
PIC10/12/16/18
Programming
PIC10/12/16/18
PIC17
I2C
Keeloq®
1
T_VDD
VDD
VDD
VDD
VDD
VDD
2
GND
GND
GND
GND
GND
GND
3
T_SCK
CLOCK (PGC)
CLOCK (PGC)
CLOCK (PGC) SCL
CLOCK
4
T_MOSI
DATA (PGD)
DATA (PGD)
DATA (PGD)
SDA
DATA
5
T_MISO
-
-
-
-
-
6
T_VPP
VPP
VPP
VPP
-
-
7
T_TARG
-
-
-
-
-
8
T_VTEST
-
-
VTEST
-
-
9
T_DIO_0
-
-
FOSC
-
-
10
T_DIO_1
-
PGM
-
-
S1
2 PC-Driven and Standalone Modes
ICP family programmers can be operated in PC-driven and/or standalone mode
Programmer
Programmer
PC-Driven
Standalone
ICP2/ICP2(HC)
Yes
Yes
ICP2-GANG
Yes (single channel only)
Yes
ICP2-Portable
Yes
Yes
ICP-01
Yes
No
PC-driven mode means that all programming parameters and data are set in PC and the PC executes
required sequences (programming, verification, blank check, etc)
Standalone mode means that all programming parameters and HEX file
data (“Environment”) are saved in
programmer’s non-volatile flash memory. See paragraph 12 “Preparing Environment and Transferring
Environment to Programmer”.
Standalone programming can be activated by 2 ways:
- from PC
- by GO input on the programmer unit (NOTE: optional on ICP2-Portable)
Simultaneous multi-channel programming can be done in standalone mode only
Environment to Programmer”.
Standalone programming can be activated by 2 ways:
- from PC
- by GO input on the programmer unit (NOTE: optional on ICP2-Portable)
Simultaneous multi-channel programming can be done in standalone mode only