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CXD5091GG
- 25 -
3. Electrical Characteristics Under Recommended Operating Temperature Range
Table 7. Electrical Characteristics
Item
Symbol
Conditions
Min.
Typ.
Max.
Unit
Digital High input
current
DI
IH
Neither pull-up nor pull-down enabled
*1
,
DVDIOx = 3.63V
–5
—
5
μ
A
Pull-up enabled
*1
, DVDIOx = 3.63V
–5
—
5
Pull-down enabled
*1
, DVDIOx = 3.63V
18
—
80
Digital Low input
current
DI
IL
Neither pull-up nor pull-down enabled
*1
,
DVDIOx = 3.63V
–5
—
5
μ
A
Pull-up enabled
*1
, DVDIOx = 3.63V
–80
—
–18
Pull-down enabled
*1
, DVDIOx = 3.63V
–5
—
5
Digital High output
current 1
*2
DI
OH1
DV
OL
= 0.4V, DVDIOx = 1.8V
–0.9
—
—
mA
Digital Low output
current 1
*2
DI
OL1
DV
OH
= 1.35V, DVDIOx = 1.8V
1.0
—
—
mA
Digital High output
current 2
*3
DI
OH2
DV
OL
= 0.4V, DVDIOx = 1.8V
–1.9
—
—
mA
Digital Low output
current 2
*3
DI
OL2
DV
OH
= 1.35V, DVDIOx = 1.8V
2.0
—
—
mA
Digital High input
current in high
impedance
DI
ZH
Neither pull-up nor pull-down enabled
*1
,
DVDIOx = 3.63V
–5
—
5
μ
A
Pull-up enabled
*1
, DVDIOx = 3.63V
–5
—
5
Pull-down enabled
*1
, DVDIOx = 3.63V
18
—
80
Digital Low input
current in high
impedance
DI
ZL
Neither pull-up nor pull-down enabled
*1
,
DVDIOx = 3.63V
–5
—
5
μ
A
Pull-up enabled
*1
, DVDIOx = 3.63V
–80
—
–18
Pull-down enabled
*1
, DVDIOx = 3.63V
–5
—
5
Digital I/O pull-up
resistance
DR
PU
45
75
205
k
Ω
Digital I/O pull-down
resistance
DR
PD
45
75
205
k
Ω
3.3V USB current
I
USB
HS OUT transfer, T
C
= 25
°
C, DVDKx = 1.50V
—
35
—
mA
Suspend mode, T
C
= 25
°
C, DVDKx = 1.50V
—
55
—
μ
A
LPF current
I
LPF
AVDLPF = 2.2V
—
880
1500
μ
A
Power down mode
—
—
100
Oscillator, PLL
current
I
OSC
AVDOSC1 = AVDOSC2 = AVDPLL = 1.32V
Both OSC45 and OSC12 are in ceramic
mode
*4
, PLL is running at 40MHz
*6
—
—
3.0
mA
AVDOSC1 = AVDOSC2 = AVDPLL = 1.32V
Both OSC45 and OSC12 are in crystal
mode
*5
, PLL is running at 40MHz
*6
—
—
2.5
mA
AVDOSC1 = AVDOSC2 = AVDPLL = 1.32V
OSC45, OSC12 and PLL are in power down
mode
*7
—
—
90
μ
A
ADC current
I
ADC
AVDADC = 1.32V, active
*8
—
—
1.25
mA
AVDADC = 1.32V, power down mode
*9
—
—
80
μ
A