Mask Set Errata for Mask 3N45H

This report details known issues and provides workarounds for the MPC5777C microcontroller utilizing mask set 3N45H.

Product Information

This errata applies to the following product:

  • MPC5777C

Key mask-specific details:

  • Major mask revision number: 1
  • Minor mask revision number: 0
  • JTAG identifier: 0x1837_701D

Errata Summary

The following table lists the identified errata with their respective IDs and titles. Detailed descriptions and workarounds are provided in subsequent sections.

Erratum IDErratum Title
e6990CJTAG: possible incorrect TAP state machine advance during Check Packet
e10439CMU: CMU_0 OLR is set out of reset when XOSC used in 8 mhz mode, due to wrong RCDIV reset value
e7116CRC: AutoSAR 4.0 8-bit CRC8 0x2F is not supported in hardware
e8251DECFIL: timestamp may be lost in edge trigger mode
e9783DSPI: Frame transfer does not restart after DSI frame matches preprogrammed value
e9664DSPI: Frame transfer does not restart in case of DSI parity error in master mode
e9656DSPI: Frame transfer does not restart in case of SPI parity error in master mode
e7352DSPI: reserved bits in slave CTAR are writable
e10542DSPI: Transmit, Command, and Receive FIFO fill flags in status register is not cleared when DMA is improperly configured
e1147DSPI: Using DSPI in DSI mode with MTO may cause data corruption
e7001EBI: External TA and TEA do not operate properly when internal master does burst aborts to EBI
e7546EBI: Input signal valid to D_CLKOUT posedge (setup time) spec is not met
e9978eMIOS: Unexpected channel flag assertion during GPIO to MCB mode transition
e8313EQADC: TUE specification not met
e9344eSCI: Late assertion of Transmit Data Ready Interrupt Flag (TXRDY) for Local Interconnect Network (LIN) frame receive (RX) operation
e9001eSCI: Incorrect behavior while in LIN Standard Bit error detection mode
e9361eSCI: Timing of TXRDY interrupt flag assertion is incorrect for LIN TX Frame
e9797eSCI: Unable to send next frame after timeout in LIN mode
e5642ETPU2: Limitations of forced instructions executed via the debug interface
e8252eTPU: ETPU Angle Counter (EAC) Tooth Program Register (TPR) register write may fail
e9090eTPU: Incorrect eTPU angle counter function under certain conditions

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