CYT4DNJBJS datasheet(178/209 Pages) INFINEON

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Datasheet

178

002-24601 Rev. *I

2023-02-14

TRAVEO™ T2G 32-bit Automotive MCU

Based on Arm® Cortex®-M7 dual

Electrical specifications

SID1610B

tCS

CS# High time (Program /

Erase)

–

15-pF output loads

Guaranteed by

design

SID1611

tDIS

CS# inactive to output disable

–

15-pF output loads

Standard SPI DDR

Recommended I/O configuration:

HSIO_ENH/1.8V: CFG_OUT2/DS_TRIM<2:0 = 0b110, CFG_SLEW_EXT/SLEW<0:0> = 0b0

DLL Tap settings for SMIF0/1:

SMIF_CORE_CTL2:MDL_TAP_SEL = 6, DLP mode has to be used

All timings aligned with respect to VT = (50% × VDDIO_SMIF).

SID1700[87] tCK

Interface clock period

–

12.5

15-pF output loads

160MHz≤fDLL≤200MHz

SMIF0_COREx-

_CTL2.CLKOUT_DIV =

0b00 (divide by 2)

SID1701

tCKPW

Clock pulse width

0.45 ×

tCK

–

0.55 ×

tCK

15-pF output loads

SID1702_HS tCSS

CS# active setup to CK

(fCK > 50 MHz)

–

15-pF output loads,

fCK > 50 MHz

Guaranteed by

design

SID1702_LS tCSS

CS# active setup to CK

(fCK ≤ 50 MHz)

–

15-pF output loads,

fCK ≤ 50 MHz

Guaranteed by

design

SID1703

tCSH0

CS# active hold to CK

(mode 0)

–

15-pF output loads

Guaranteed by

design

SID1705

tOSU

Outputsetup timeof DQ[7:0] to

CK edge

2.1

–

15-pF output loads

SID1706[90] tOH

Output hold time of DQ[7:0] to

CK edge (fCK = 100 MHz)

1.3

–

15-pF output loads

SID1706B

tOH

Output hold time of DQ[7:0] to

CK edge (fCK = 80 MHz)

1.6

–

15-pF output loads

SID1707

tIN_V

CK edge to DQ[7:0] input valid

time

–

6.7

SID1709

tRDV

Input data valid time of DQ[7:0] 2.9

–

SID1710

tCS

CS# High time (Read)

–

15-pF output loads

Guaranteed by

design

SID1710A

tCS

CS# High time (Read when

Reset feature and Quad mode

are both enabled and aborted

transaction)

–

15-pF output loads

Guaranteed by

design

SID1710B

tCS

CS# High time (Program/Erase)

–

15-pF output loads

Guaranteed by

design

SID1711

tDIS

CS# inactive to output disable

–

15-pF output loads

Table 26-38

SMIF specifications (continued)

Spec ID

Parameter

Description

Min

Typ

Max

Units

Details/

conditions

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