HD6413003RF Datasheet, PDF (544/715 Pages) Renesas Technology Corp – Microcontroller (MCU)

Table 18-2 DC Characteristics (cont)
Conditions: V_CC = 3.0 V to 5.5 V, AV_CC = 3.0 V to 5.5 V, V_REF = 3.0 V to AV_CC,
V_SS = AV_SS = 0 V^*1, T_a = –20°C to +75°C (normalspecification product),
T_a = –40°C to +85°C (extended temperature range specification product)
Item
Three-state
leakage
current
(off state)
Ports 4, 5, 6,
8 to C, A₁₉ to
A₀, D₁₅ to D₈
RESO
Input pull Ports 4 and 5
-up current
Symbol Min
|I_TS1|
—
—
–I_P
10
Input
NMI
C_IN
—
capacitance _{All input pins}
—
except NMI
Current
Normal
dissipation^{*2 operation}
I_CC^*4
—
—
Sleep
—
—
Standby^*3-[
—
—
Analog
During A/D
AI_CC
—
power
conversion
—
supply
A/D conversion
—
standby
Typ Max
— 1.0
— 10.0
— 300
— 50
— 15
38 45
(5.0 V) (5.5 V)
27 34
(5.0 V) (5.5 V)
0.01 5.0
— 20.0
1.0 2.0
1.2 —
0.01 5.0
Unit Test Conditions
µA V_IN = 0.5 to
V_CC – 0.5 V
µA
µA V_CC = 3.0 V to
5.5 V,
V_IN = 0 V
pF V_IN = 0 V
pF f = 1MHz
T_a = 25°C
mA f = 10 MHz
mA f = 10 MHz
µA T_a ≤ 50°C
50°C < T_a
mA AV_CC = 3.0 V
AV_CC = 5.0 V
µA
Reference _{During A/D}
AI_CC
—
power
conversion
—
supply
current
A/D conversion
—
standby
0.2 0.4
0.3 —
0.01 5.0
mA V_REF = 3.0 V
V_REF = 5.0 V
µA
RAM standby voltage
V_RAM
2.0
——
V
Notes: 1. When the A/D converter is not used, do not leave the AV_CC, V_REF, and AV_SS pins open.
Connect the AV_CC and V_REF pins to V_CC, and the AV_SS pin to V_SS.
2. The current dissipation value is the value when all output pins are unloaded and the on-
chip pull-up MOS is off under the following conditions: V_IH min = V_CC to 0.5 V, V_IL
max = 0.5 V.
3. When V_RAM ≤ V_CC < 3.0 V, the value is for the case where V_IHmin = V_CC × 0.9, and
V_ILmax = 0.3 V.
4. I_CC is dependent upon V_CC and f in accordance with the following formulas.
I_CCmax = 1.0 (mA) + 0.8 (mA/MHz · V) × V_CC × f [normal mode]
I_CCmax = 1.0 (mA) + 0.6 (mA/MHz · V) × V_CC × f [sleep mode]
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