Beck IPC SC123 User Manual

IPC@CHIP SC123/SC143
Hardware Manual V1.06 [18.02.2010]
©2000-2008 BECK IPC GmbH Page 18
4.13 CAN Bus Interface
Ball Pin
Name
Ball
Pin
Type
Description
PIO15
(1)
CAN1RXD
(1)
G2
I/O [4mA]
IN
CAN Receiver 1 (Schmitt Input with Pull-up)
This pin can be used as CAN controller 1 Receive.
It can also be used as PIO[15].
PIO14
(1)
CAN1TXD
G1
I/O [4mA]
OUT [4mA]
CAN Transmit 1 (Schmitt Input with Pull-up)
This pin can be used as CAN controller 1 Transmit.
It can also be used as PIO[14].
CAN0RXD
(1)
F16
IN
CAN Receiver 0 (Schmitt Input with Pull-up)
This pin can be used as CAN controller 0 Receive.
CAN0TXD
(1)
E16
OUT [2mA]
CAN Transmit 0
This pin can be used as CAN controller 0 Transmit
Table 4-12: Pin Description of CAN Bus
4.14 USB Interface
Ball Pin
Name
Ball
Pin
Type
Description
USBP
N2
I/O
USB 1.1 Plus
USB Transceiver Positive Signal
USBN
N1
I/O
USB 1.1 Negative
USB Transceiver Negative Signal
Table 4-13: Pin Description of USB
4.15 JTAG Interface
Ball Pin
Name
Ball
Pin
Type
Description
TCK
(1)
P16
IN
Test Clock (Schmitt Trigger Input and Pull-up)
TDI
(1)
N17
IN
Test Data Input (Schmitt Trigger Input and Pull-up)
TDO
(1)
P17
OUT [4mA]
Test Data Output
TMS
(1)
M15
IN
Test Mode Select (Schmitt Trigger Input and Pull-up)
TRST#
(1)
R17
IN
Test Reset (Schmitt Trigger Input and Pull-up)
BSCEN
(1)
M16
IN
TEST TAP Select (Schmitt Trigger Input and Pull-up)
This pin can be pulled LOW to enable internal JTAG debugger.
Pull HIGH or left open, to enable the internal boundary scan tap
control.
TEST#
(1)
N16
IN
TEST pin (Schmitt Trigger Input and Pull-up)
When this pin is pulled LOW, internal test modes may be input using
address line 1 to 7. When HIGH, test is disabled.
Table 4-14: Pin Description of JTAG
Note 1: 5V tolerant

Beck IPC SC123 Specifications

General

Brand	Beck
Model	IPC SC123
Category	Controller
Language	English