TC94A23F
2002-02-06
15
Electrical characteristics
(unless otherwise specified, Ta
25°C, VDD
MVDD
XVDD
DVDD
AVDD
5 V,
2VREF
P2VREF
4.2 V, VREF
PVREF
2.1 V)
VDD (power supply pins for CD processor block: VDD, XVDD, DVDD, AVDD)
Characteristic
Symbol
Test
Circuit
Test Condition
Min
Typ.
Max
Unit
Operating power supply
voltage range
VDD
MVDD
XVDD
VDD
DVDD
AVDD
*
4.5
~
5.5
V
IDD
(VDD, DVDD, AVDD)
operating at 16.9344 MHz
50
60
Operating power supply
current
XIDD
(XVDD) 16.9344 MHz crystal oscillator
connected
2.0
mA
Crystal oscillator standby
current
XSTBY
(XVDD) 16.9344 MHz crystal oscillator off
0.01
A
Crystal oscillator frequency
fXT
Ci
Co
15 pF
(Note 1)*
16.9344
MHz
MVDD (power supply pins for CPU block: MVDD, XVDD) (Note 2)
Characteristic
Symbol
Test
Circuit
Test Condition
Min
Typ.
Max
Unit
MVDD1
CPU and CD in operation
MVDD
XVDD
VDD
DVDD
AVDD
*
4.5
~
5.5
MVDD2
CPU in operation (CD off, 4.5 MHz
/16.9344 MHz crystal oscillator used)
*
4.5
~
5.5
Operating power supply
voltage range
MVDD3
CPU in operation
(CD off, 75 kHz crystal oscillator used)
*
3.0
~
5.5
Memory hold voltage range
MVHD
Crystal oscillator stopped
(executing CKSTP instruction)
*
2.0
~
5.5
V
MIDD1
XI
16.9344 MHz crystal
oscillator connected
3.0
5.0
MIDD2
MXI
4.5 MHz crystal
oscillator connected
1.4
2.5
MIDD3
CPU in operation
MXI
75 kHz crystal
oscillator connected
0.3
1.0
MIDD4
XI
16.9344 MHz crystal
oscillator connected
1.5
MIDD5
MXI
4.5 MHz crystal
oscillator connected
0.25
Operating power supply
current
(Note 3)
MIDD6
Standby mode
(crystal oscillator
only in operation)
MXI
75 kHz crystal
oscillator connected
0.1
mA
Memory hold current
MIHD
Crystal oscillator stopped
(executing CKSTP instruction)
0.1
1.0
A
fMXT1
4.5 MHz crystal oscillator set
(Note 1)*
4.5
MHz
Crystal oscillator frequency
fMXT2
75 kHz crystal oscillator set,
MVDD
2.7~5.5 V
(Note 1)*
75
kHz
Crystal oscillator start time
tst
Crystal oscillator fmxt
75 kHz
1.0
s
Note 1: Design and set constants according to the crystal oscillator to be connected.
Note 2: The power supply/memory hold current is the value obtained by summing the XVDD and MVDD pin currents.
Note 3: The values are those when the power supply detector function is operating. Setting the function reduces
current dissipation by 150 A (typ.). (Except in Standby mode)
An asterisk (*) indicates the values are guaranteed when VDD
MVDD
XVDD
DVDD
AVDD
4.5 to 5.5 V, and
Ta
40 to 85 C.