Lvd/Lvr Electrical Characteristics; A/D Converter Electrical Characteristics - Holtek BS86DH12C Manual

LVD/LVR Electrical Characteristics

Symbol Parameter
V Low Voltage Reset Voltage
LVR
V Low Voltage Detection Voltage
LVD
t LVDO Stable Time
LVDS
t Minimum Low Voltage Width to Reset
LVR
t Minimum Low Voltage Width to Interrupt
LVD

A/D Converter Electrical Characteristics

Symbol Parameter
V A/D Converter Operating Voltage
DD
V A/D Converter Input Voltage
ADI
V A/D Converter Reference Voltage
REF
DNL A/D Converter Differential Non-linearity
INL A/D Converter Integral Non-linearity
Additional Current Consumption for A/D
I
ADC
Converter Enable
t A/D Converter Clock Period
ADCK
t A/D Converter On-to-Start Time
ON2ST
t A/D Converter Sampling Time
ADS
A/D Conversion Time
t
ADC
(Including A/D Sampling and Hold Time)
Rev. 1.00
High Voltage Touch A/D Flash MCU with HVIO
Test Conditions
V Conditions
DD
— LVR enable, voltage select 2.1V
— LVR enable, voltage select 2.55V
— LVR enable, voltage select 3.15V
— LVR enable, voltage select 3.8V
— LVD enable, voltage select 2.0V
— LVD enable, voltage select 2.2V
— LVD enable, voltage select 2.4V
— LVD enable, voltage select 2.7V
— LVD enable, voltage select 3.0V
— LVD enable, voltage select 3.3V
— LVD enable, voltage select 3.6V
— LVD enable, voltage select 4.0V
For LVR enable, VBGEN=0,
—
LVD off → on
— —
— —
Test Conditions
V Conditions
DD
— —
— —
— —
V =V , t
REF DD ADCK
5V
V =V , t
REF DD ADCK
V =V , t
REF DD ADCK
5V
V =V , t
REF DD ADCK
5V No load, t
ADCK
— —
— —
— —
— —
20
BS86DH12C
Min. Typ. Max. Unit
2.1
2.55
-5% +5%
3.15
3.8
2.0
2.2
2.4
2.7
-5% +5%
3.0
3.3
3.6
4.0
— — 15
120 240 480
60 120 240
Ta=-40°C~85°C
Min. Typ. Max.
4.5 — 5.5
0 — V
REF
2 — V
DD
=0.5μs
-3 — +3
=10μs
=0.5μs
-4 — +4
=10μs
=0.5μs — 1.5 3.0
0.5 — 10
4 — —
— 4 —
— 16 —
October 26, 2018
Ta=25°C
V
V
μs
μs
μs
Unit
V
V
V
LSB
LSB
mA
μs
μs
t
ADCK
t
ADCK