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L9662 Datasheet(PDF) 62 Page - STMicroelectronics

Part # L9662
Description  Octal squib driver and quad Manchester/PSI5 encoded sensor
PDF  80 Pages
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Manufacturer  STMICROELECTRONICS [STMicroelectronics]
Direct Link  http://www.st.com
Logo STMICROELECTRONICS - STMicroelectronics

L9662 Datasheet(HTML) 62 Page - STMicroelectronics

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Functional description
L9662
62/80
DocID028325 Rev 1
The ASIC shall supports a Satellite Protocol-B, which is based on Bosch sensors
PAS3/PAS4 protocols. The default for the device is to perform parity decoding on all
messages. The device has the option not to perform the CRC decoding and pass the
satellite message, excluding the 2 start bits, over the MISO. Parity decoding can be
disabled/enabled by writing to the appropriate bit in the CCR register.
For the parity mode the error detection code used for processing the message is even. If the
device is in CRC mode it will process all incoming messages and report an error via SPI2 in
case of a parity mismatch. The parity check is performed after a complete message is
received and, in case of an error, the device sets a fault code in the SR word.
The message data sent over SPI2 is MSB first.
Protocol C: PSI5 mode - parity protocol
The data received from satellite receiver block has to be decoded in the digital block. The
data received from the satellite is LSB first followed by the Parity bit. The protocol format is
defined below for the 4 different message lengths.
Figure 18. PSI5 – parity satellite protocol
When the PSI5 parity protocol is selected, the ASIC performs a parity check then passes the
satellite message, excluding the 2 start bits and parity bit over the MISO on SPI2. For parity
protocol, the error detection code used for processing the message is even. The parity
check is performed and in case of an error, the device sets a fault code in the SR word.
When commanded, the message data excluding the start bits and parity bit is sent
over SPI2 MSB first.



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