MN101LR05D Datasheet, PDF (24/34 Pages) Panasonic Semiconductor – 8-bit Single-chip Microcontroller

MN101LR05D/04D/03D/02D
8-bit Single-chip Microcontroller
PubNo. 21705-019E
C. DC Characteristics
V_SS = 0 V
Ta = -40 C to +85C
Parameter
Symbol
Condition
Limits
Unit
MIN TYP MAX
HALT0 mode
C9
I_DD9 f_HRCCLK = 8 MHz
-- 0.24 0.33 mA
V_DD30 = 3.0 V, V_DD18 = 1.1 V
HALT2 mode
C10
f_SOSCCLK = 32.768 kHz
I_DD10 V_DD30 = 3.0 V, V_DD18 = 1.1 V
--
0.2 0.4
Ta = 25 C
(HOSCCLK/HRCCLK/SRCCLK are stopped)
Supply current in
HALT3 mode
HALT
f_SOSCCLK = 32.768 kHz
C11
I_DD11 V_DD30 = 3.0 V, V_DD18 = 1.1 V
--
Ta = 25 C, HALTMOD = 1
(HOSCCLK/HRCCLK/SRCCLK are stopped)
0.5 0.7
HALT3 mode
C12
f_SOSCCLK = 32.768 kHz
I_DD12 V_DD30 = 3.0 V, V_DD18 = 1.1 V
A
--
--
2.9
Ta = 85 C, HALTMOD = 1
(HOSCCLK/HRCCLK/SRCCLK are stopped)
C13
Supply current in
STOP
C14
I_DD13
I_DD14
V_DD30 = 3.0 V, V_DD18 = 1.1 V
Ta = 25 C
(HOSCCLK/HRCCLK/
SOSCCLK/SRCCLK are stopped)
V_DD30 = 3.0 V, V_DD18 = 1.1 V
Ta = 85 C
(HOSCCLK/HRCCLK/
SOSCCLK/SRCCLK are stopped)
-- 0.06 0.24
--
--
2.6
*13 The supply current is measured with Ta = 25 C, no-load, and all the analog part in the power-down state. (The pull-up/down resis-
tors are not connected.) Each supply current is measured with the following conditions.
I_{DD1, 5} (Operating supply current): After setting all input and output pins to the input mode, V_DD18 (the Logic supply voltage) to 1.8 V,
the oscillation mode to NORMAL (the external oscillation), hold the input pins to V_DD30 level and input the 10/4 MHz square wave,
which has the amplitude from V_DD30 to V_SS, from OSC1 pin.
I_{DD2, 3, 4} (Operating supply current): After setting all input and output pins to the input mode, V_DD18 (the Logic supply voltage) to 1.8
V, the oscillation mode to NORMAL (the internal high-oscillation: 10/8 MHz), hold the input pins to V_DD30 level.
I_DD6 (Operating supply current): After setting all input and output pins to the input mode, V_DD18 (the Logic supply voltage) to 1.3 V,
the oscillation mode to NORMAL (the internal high-oscillation: 1 MHz), hold the input pins to V_DD30 level.
I_DD7 (Operating supply current): After setting all input and output pins to the input mode, V_DD18 (the Logic supply voltage) to 1.1 V,
the oscillation mode to SLOW (the external oscillation), hold the input pins to V_DD30 level and input the 32.768 kHz square wave,
which has the amplitude from V_DD11 to V_SS, from XI pin.
I_DD8 (Operating supply current): After setting all input and output pins to the input mode, V_DD18 (the Logic supply voltage) to 1.1 V,
the oscillation mode to SLOW (the internal low-oscillation: 40 kHz), hold the input pins to V_DD30 level.
I_DD9 (Supply current in HALT): After setting all input and output pins to the input mode, the oscillation mode to HALT0 (the internal
high-oscillation), hold the input pins to V_DD30 level.
I_DD10 (Supply current in HALT): After setting all input and output pins to the input mode, the oscillation mode to HALT2 (the external
low-oscillation), hold the input pins to V_DD30 level and input the 32.768 kHz square wave, which has the amplitude from V_DD11 to
V_SS, from XI pin.
I_DD11,12 (Supply current in HALT): After setting all input and output pins to the input mode, the oscillation mode to HALT3 (the exter-
nal low-oscillation), hold the input pins to V_DD30 level and input the 32.768 kHz square wave, which has the amplitude from V_DD11 to
V_SS, from XI pin.
I_DD13,14 (Supply current in STOP): After setting V_DD18 (the Logic supply voltage) to 1.1 V and the oscillation mode to STOP, hold the
input pins to V_DD30 level and make OSC1 and XI pins open.
Publication date: October 2014