TLE 8264-2E Infineon Technologies, TLE 8264-2E Datasheet - Page 90

• Manufacturer Part Number: TLE 8264-2E
• Manufacturer: Infineon Technologies

Specifications of TLE 8264-2E

• Packages: PG-DSO-36
• Transceiver: High Speed CAN ISO 11898 - 5 / 3 x LIN2.0 / J2602
• Voltage Regulator Output: 2 x 200 mA + 400 mA
• Watchdog: Standard and Window Watchdog
• Quiescent Current (max.): 28 ?A (typ) Sleep Mode (5V on)
• Standby Current: 58 ?A (typ) Stop Mode (5V on)

16.2
The mode is used during production of the module to flash the µC. The idea is that the µC is not supplied from the
SBC but from an external 5V power supply. The reset of the µC that is connected to the RO pin of the SBC can
be driven from an external source and the SBC does not give a reset signal. Also no interrupt at the pin INT and
no signal on the SPI SDO pin is generated by the SBC. The SPI pins can be driven externally.
The mode is reached by applying 5V to the
of about 4.5V because of the internal diode from
maximum rating of
In case the
5V to
Figure 45
Data Sheet
V
CC1µC
VBAT
supplied
V
The current
flowing to other
devices from
Vs should be
limited to not
exceed the
maximum
ratings.
Not
Hints for SBC Factory Flash Mode
Application Hint for Factor Flash Mode
s
(discharging the C)
was supplied before going to FF Mode, the voltage on pin
I
vs,max
= -500mA. The function is designed for ambient temperature.
C
supplied
Devices
Other
Not
I
VS
Vs
V
CC1µC
Internal
supply
pin and no voltage to the Vs pin. The Vs pin will show a voltage
V
CC1µC
90
RxD LIN1
RxD LIN2
RxD LIN3
RxD CAN
TxD LIN1
TxD LIN2
TxD LIN3
TxD CAN
to
V
CSN
SDO
CC1
CLK
SDI
INT
RO
V
µC
s
. The current drawn at Vs must not exceed the
5V
V
s
Reset
signal
must be set below 3 V before applying
Application_ FF_Mode _2.vsd
TxD LIN1
RxD LIN1
TxD LIN2
RxD LIN2
TxD LIN3
RxD LIN3
TxD CAN
RxD CAN
INT
Reset
CSN
CLK
SDI
SDO
Application Information
V
V
SS
DD
µC
Rev. 1.0, 2009-03-31
TLE8264-2E