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Panasonic MN101C77C User Manual

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Chapter 18    Flash EEPROM
XVIII - 8
Electrical Characteristics
*1
- Measured under conditions of no load, or power down on analog blocks. (Pull-up resistance
  should be unconnected.)
- The supply current during operation, I
DD1
 (I
DD2
) 
are
 measured under the following condi-
  tions :
  After all I/O pins are set to input mode and the oscillation is set to <NORMAL mode>,
  the MMOD pin is at V
SS 
level, the input pins are at V
DD 
level, and a 20 MHz(8.39 MHz)
  square wave of  V
DD
 and V
SS 
amplitudes is input to the OSC1 pin.
- The supply current during operation, I
DD3
, is measured under the following conditions :
  After all I/O pins are set to input mode and the oscillation is set to <SLOW mode>, the
  MMOD pin is at V
SS 
level, the input pins are at V
DD 
level, and a 32 kHz square wave of
  V
DD
 and V
SS 
amplitudes is input to the XI pin.
- The supply current during HALT mode, I
DD4
, are measured under the following conditions :
  After all I/O pins are set to input mode and the oscillation is set to <HALT mode>, the
  MMOD pin is at V
SS 
level, the input pins are at V
DD 
level, and an 32 kHz square wave of
  V
DD
 and V
SS 
amplitudes is input to the XI pin.
- The supply current during STOP mode, I
DD5
 (I
DD6
) 
are
 measured under the following condi-
  tions :
  After the oscillation is set to <STOP mode>, the MMOD pin is at V
SS 
level, the input pins are
  at V
DD 
level, and the OSC1 and XI pins are unconnected.
18-3-3
DC Characteristics
                                    
Ta =
 −
 40 
o
C   to 
+
 85 
o
C        V
D D
 = 3.3 V    V
SS 
= 0 V
MIN
TYP
MAX
1
I
D D 1
fos c=20.0 MH z, fs =focs /2
V
PP
=V
D D
=3.3 V
-
11
24
2
I
D D 2
fos c=8.39 MH z,  fs =focs /2
V
PP
=V
D D
=3.3 V
-
5.5
11
3
I
D D 3
fx=32  kH z,  fs =fx/2
V
PP
=V
D D
=3.3 V
-
100
160
4
Supplu current during
H ALT1 m ode
I
D D 4
fx=32  kH z,  V
PP
=V
D D
=3.3 V
-
80
160
5
I
D D 5
V
PP
=V
D D
=3.3 V  Ta= 
+
25 
o
C
-
0
2
6
I
D D 6
V
PP
=V
D D
=3.3V
Ta= -40 
o
C  to +25 
o
C
-
-
40
Supply current during
STOP m ode
m A
µ
A
R ating
Param eter
Sym bol
C onditions
Pow er s upply  current
Pow er s upply current  (no load at output pin)  *1
U nit