| Title |
Description |
Download |
|
[Unnamed Dataset 1]
|
|
|
|
[Unnamed Dataset 2]
|
|
|
|
Table 5.2.4-1
|
Status and communication nibble description |
|
|
Table 5.2.4.3-1
|
Undetected 3 and 4 bit errors |
|
|
Table 5.4.1-1
|
Bit Flip patterns over two nibbles not detectable using the CRC polynomial |
|
|
Table 5.4.1-2
|
Checksum missed detection rate, edge shift between two nibbles (valid frames only, recommended implementation) |
|
|
Table 5.4.1-3
|
Checksum missed detection rate, asymmetrical edge shift offset by 1 between two nibbles (valid frames only, recommended implementation) |
|
|
Table 6.2.1-1
|
Communication clock tolerance |
|
|
Table 6.3.1-1
|
Transmitter driver requirements |
|
|
Table 6.3.1-2
|
Independent 5v powered transmitter requirements |
|
|
Table 6.3.1-3
|
Independent 5v supply high power transmitter additional requirements |
|
|
Table 6.3.2-1
|
General receiver input requirements |
|
|
Table 6.3.2-2
|
Discrete receiver component values |
|
|
Table 6.3.2-3
|
Receiver power supply requirements |
|
|
Table 7.1-1
|
SENT configuration shorthand definition |
|
|
Table A.2.1-1
|
Data channels for MAF sensors |
|
|
Table A.2.3.1-1
|
Short serial message format message IDs for mass air flow sensor serial data |
|
|
Table A.2.3.1-2
|
Error codes for message ID F, short serial message format mass air flow sensor serial data |
|
|
Table A.5.1-1
|
Overview of pressure sensor frame formats and protocols |
|
|
Table A.6.2.1
|
Interpretation of n-bit temperature data |
|
|
Table A.6.3-1
|
Overview of temperature sensor frame formats and protocols |
|
|
Table A.6.3-2
|
Overview of temperature sensor frame formats and protocols using fast channel multiplexing |
|
|
Table B.1-1
|
Example 4-bit checksum calculations, legacy implementation |
|
|
Table B.1-2
|
Example 4-bit checksum calculations, recommended implementation |
|
|
Table B.2-1
|
Example checksum calculations, 6-bit CRC |
|
|
Table C.1.2.1-1
|
Number of wrong frames for error time |
|
|
Table C.2-1
|
Supply current ripple test setup circuit parameters |
|
|
Table D.1-1
|
Serial message channel 8-bit message IDs |
|
|
Table D.2-1
|
Serial message channel 4-bit message IDs |
|
|
Table D.3-1
|
SENT revision codes |
|
|
Table D.4.1-1
|
SENT sensor types |
|
|
Table D.4.2-1
|
SENT sensor classes |
|
|
Table D.5-1
|
Definition of error and status messages, transmitted over the serial channel |
|
|
Table D.6-1
|
Example: Sub-set of message IDs that are used by a sensor within one serial message cycle |
|
|
Table D.8-1
|
Manufacturers codes |
|
|
Table D.9-1
|
Transmission of ASCII characters over $90 to $97: Encoding example |
|
|
[Unnamed Dataset 37]
|
|
|
|
Table E.1.2-1
|
Examples: Measurement data and signaling data regions of fast and supplementary channel data |
|
|
Table E.1.3-1
|
Error indicators / specific messages / initialization message |
|
|
Table E.2.1.2-1
|
Partitioning of the signal data space with default Y and Y |
|
|
Table E.2.1.4-1
|
Default Y and Y values |
|
|
Table E.2.1.5-1
|
Transmission of generic linear transfer characteristic node values X with 12-bit X |
|
|
Table E.2.2-1
|
Overview of temperature transfer characteristic functions |
|
|
Table E.2.2.1-1
|
Transfer function parameters for default linear temperature data channels |
|
|
TABLE E.2.2.2-1
|
TRANSFER FUNCTION PARAMETERS FOR DEFAULT LINEAR HIGH TEMPERATURE DATA CHANNELS |
|
|
Table E.2.2.3-1
|
Transfer function parameters for special linear temperature data channels |
|
|
Table E.2.4-1
|
Transfer function parameters for pressure data channels |
|
|
Table E.2.4-2
|
Illustration of possible values for X and X for pressure data channels |
|
|
Table E.2.4-3
|
Transmission of pressure transfer characteristic node values X with 12-bit X |
|
|
Table E.2.5-1
|
Transfer function parameters for position data channels |
|
|
Table E.2.5-2
|
Illustration of possible values for X and X for linear position data channels |
|
|
Table E.2.5-3
|
Illustration of possible values for X and X for angle data channels |
|
|
Table E.2.5-4
|
Illustration of possible values for X and X for relative position and relative angle data channels |
|
|
Table E.2.6-1
|
Transfer function parameters for linear MAF data channel |
|
|
Table E.3.2-1
|
Setting of error messages and signals |
|
|
[Unnamed Dataset 56]
|
|
|
|
Table F.2-1
|
Fast channel multiplexing data frame formats examples with six data nibbles |
|
|
Table F.2-2
|
Examples for mapping of sensor data into fast channel multiplexing data frame format |
|
|
Table F.4-1
|
Allocation of the bits of the status and communication nibble |
|
|
Table F.5-1
|
Example of failure cases with single sensor data channel |
|
|
Table F.6.3-1
|
Data frames with two sensor data channels |
|
|
Table G.1.1.1-1
|
SENT connector termination assignment |
|
|
Table H-1
|
Basic SENT frame formats, data channels and nibble orders |
|
|
Table H-2
|
Allocation of the bits of the status and communication nibble |
|
|
Table H.1-1
|
Nibble and bit orders for sensors with two 12-bit fast channels |
|
|
Table H.3.1-1
|
Nibble and bit orders for high-speed 12-bit sensors |
|
|
Table H.5-1
|
Nibble and bit orders for single sensors with one 12-bit fast channel |
|
|
Table H.6-1
|
Nibble and bit orders for sensors with 14-bit fast channel 1 and 10-bit fast channel 2 |
|
|
Table H.7-1
|
Nibble and bit orders for sensors with 16-bit fast channel 1 and 8-bit fast channel 2 |
|
|
Table I.1-1
|
Allowed pulse shape deviation between reference receiver and alternative circuit |
|
