E
Example Applications
Basic, 77
Figure 9, 75
USB, 75, 78
Extended Addresses, CAN, 57
F
Features, 1
Figure 9, 75
Flow Control Messages, Altering, 56
FMS Standard, 54
H
Headers, setting them, 35-36
Hexadecimal conversion chart, 27
Higher RS232 Baud Rates, 45-46
I
ID bits, setting, 35-36
Inputs, unused, 6
Interface, Microprocessor, 73
Interpreting Trouble Codes, 30
J
J1939,
FMS Standard, 54
Messages, 48-49
NMEA 2000, 54
Number of responses, 51
Using, 50-53
K
KeepAlive (Wakeup) Messages, 55
L
Low Power Operation,
Description, 61-63
Modifications, 70
LP ALERT, 62, 79
LV RESET, 80
Index
A
Absolute Maximum Ratings, 6
ACT ALERT, 79
Active LED, 4, 60, 67
Altering Flow Control Messages, 56
Applications, Example, 74-78
AT Commands, 10
AT Command
Descriptions, 12-25
Summary, 10-11
B
Battery Voltage, 26
Baud Rates, Using Higher RS232, 45-46
Block Diagram, 1
Brownout Reset, 7, 80
BUFFER FULL, 79
Bus FMS Standard, 54
C
CAN ERROR, 79
CAN Extended Addresses, Using, 57
CAN Message Formats, 33-34
CAN Messages and Filtering, 40-41
CAN Monitor, 60, 62, 70
Codes, Trouble,
Interpreting, 30
Resetting, 31
Commands, AT
Descriptions,12-25
Summary, 10-11
Commands, OBD, 27
Communicating with the the ELM329, 8-9
Control Output, 13, 60, 62
D
DATA ERROR, 79
Description and Features, 1
Diagrams, Outline, 81
E
Electrical Characteristics, 7
ERRxx, 79
Error Messages, 79-80
82 of 83
ELM329DSC Elm Electronics – Circuits for the Hobbyist
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