SM3320AGA Datasheet, PDF (4/15 Pages) Nippon Precision Circuits Inc – Dark current compensation circuit built-in for stable signal output

Electrical Characteristics
DC Characteristics
SM3320AGA
Recommended operating conditions using reference circuit, unless otherwise noted
Parameter
Symbol
Conditions
MIN
TYP
MAX
Unit
Current consumption
I_DD OE=0V, No output load
-
1.5
3.0
mA
Logic input voltage 1
V_IH1 DATA,CLK,SE,A0,A1,A2
0.8V_DD
-
-
V
V_IL1 pins
-
-
0.2V_DD
Logic input voltage 2
V_IH2
OE pin
V_IL2
0.8V_DD
-
-
V
-
-
0.2V_DD
Logic input current 1
I_IH1
DATA,CLK,SE, V_IH=V_DD
-
-
1
μA
I_IL1
A0,A1,A2,pins
V_IL=0V
-1
-
-
Logic input current 2
I_IH2
OE pin,
V_IH=V_DD
-
10
20
μA
I_IL2
V_DD=5.0V
V_IL=0V
-20
-10
-
Logic output impedance
REF output voltage
Z_DATA DATA pin, read mode
-
-
400
Ω
V_REF Load capacitance < 100pF^*1
0.08V_DD 0.10V_DD 0.12V_DD
V
OUT maximum output voltage
Output impedance
V_OUTH
Z_O
OUT pin^*2
0.65V_DD 0.70V_DD
-
V
-
400
1000
Ω
*1. If a large load capacitance is connected to REF, the REF voltage may begin to oscillate. Accordingly, the load capacitance connected to the REF output
should be 100pF or lower.
*2. The output impedance Z_O is given by the following equation, where V10 is the output voltage for 10kΩ load resistance and V0 is the output voltage with
no load.
Z_O = (V0/V10 - 1)*10 [kΩ]
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