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FS6407 Datasheet(PDF) 26 Page - NXP Semiconductors

Part # FS6407
Description  Power system basis chip with high speed can transceiver
PDF  111 Pages
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Manufacturer  NXP [NXP Semiconductors]
Direct Link  http://www.nxp.com
Logo NXP - NXP Semiconductors

FS6407 Datasheet(HTML) 26 Page - NXP Semiconductors

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NXP Semiconductors
FS6407/FS6408
Figure 8. IO_2:3 MCU error monitoring: bi-stable protocol
• IO_4:5 are selectable as follows:
Digital input (logic level) sent to the MCU through the SPI. Wake-up input (load dump proof) on rising or falling edge or based on
previous state. Output gate driver (from VPRE) for low-side logic level MOSFET. Safety purpose: Digital input (logic level) to perform
an IC error monitoring (both IO_4 AND IO_5 are used if configured as safety inputs, see Figure 9).
Figure 9. External error signal handling
5.14
SAFE output pins (FS0B, RSTB)
FS0B is asserted low when a fault event occurs (See Faults triggering FS0B activation on page 40). The objective of this pin is to drive
an electrical safe circuitry independent from the MCU to deactivate the whole system and set the application in a protected and known
state.
After each power on reset or after each wake-up event (LPOFF), the FS0B pin is asserted low. The MCU can then decide to release the
FS0B pin, when the application is ready to start. An external pull-up circuitry is mandatory connected to VDDIO or VSUP3.
• If the pull-up is connected to VDDIO, the value recommended is 5.0 k
Ω. There is no current in LPOFF since VDDIO is OFF in the
LPOFF mode.
• If the pull-up is connected to VSUP3, the value must be above 10 k
Ω. There is a current in the pull-up resistor to consider at the
application level in LPOFF mode.
FCCU_eout[0]
FCCU_eout[1]
Reset Phase
Normal Phase
Error Phase
Config Phase
FS6407/FS6408 Internal
IO_4 signal latched
Error signal (IO_4 input)
Acknowledgment counter
Acknowledgement signal
from MCU (IO_5 input)
Filter time
Reset
counter
Restart Acknowledgment
counter
FS0b
RSTb
The error is acknowledged by the MCU
then, internal IO_4 signal is released
The error is NOT
acknowledged by the MCU
So, FS0b is activated at the
end of the counter



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