IC-OG Datasheet, PDF (5/9 Pages) IC-Haus GmbH – 8-BIT DIFFERENTIAL SCANNING OPTO ENCODER

iC-OG
8-BIT DIFFERENTIAL SCANNING OPTO ENCODER
Rev C1, Page 5/9
ELECTRICAL CHARACTERISTICS
Operating Conditions: VCC= 5V ±10%, Tj= -40..125 °C, unless otherwise noted.
Item Symbol Parameter
Conditions
Total Device
001 VCC
002 I(VCC)
Permissible Supply Voltage
Range
Supply Current in VCC,
Outputs S0..7 hi
003 I(VCC) Supply Current in VCC,
Outputs S0..7 lo
004 fo
Cut-off Frequency,
tracks 0..7
005 tp(D-A)
006
Propagation Delay
Cut-off Frequency,
tracks 0..7
007
Propagation Delay
Photodiodes and Amplifiers, tracks 0..7
101 Aph(D) Radiant Sensitive Area
102 S(λ)max Spectral Sensitivity
103 λar
Range of Spectral Sensitivity
104 I(D)
Permissible Photocurrent
105 CM()
Common Mode DPi to DNi
Difference Comparators, tracks 0..7
201 Hys
Hysteresis referred to
[I(DPi) + I(DNi)] /2
Push-Pull Outputs S0..7
301 Vs()hi Saturation Voltage hi
302 Vs()hi Saturation Voltage hi
303 Vs()lo Saturation Voltage lo
304 Isc()hi
305 Isc()lo
306 tr()
Short-Circuit Current hi
Short-Circuit Current lo
Slew-Rate hi
307 tf()
Slew-Rate lo
308 Vc()hi Clamp Clamp Voltage hi
309 Vc()lo Clamp Clamp Voltage lo
LED control active:
R(ISET/AGND)= 140kΩ,
I(LED). 8mA, NER=hi;
I(DP0..7)= 30nA,
I(DN0..7)= 3nA,
I(S0..7)= 0;
LED control active:
R(ISET/AGND)= 14kΩ,
I(LED). 80mA, NER=hi;
I(DP0..7)= 3nA,
I(DN0..7)= 30nA,
I(S0..7)= 0;
sinusoidal waveform,
I(DP0..7)= 3..30nA
I(DN0..7)= 30..3nA
see No. 4
sinusoidal waveform,
I(DP0..7)= 6..60nA
I(DN0..7)= 60..6nA
see No. 6
λ= 850nm
S(λar)= 0.1×S(λ)max
I(DPi, DNi)= 3..90nA
Vs()hi= VCC-V(); I()= -40µA
Vs()hi= VCC-V(); I()= -400µA
I()= 1.6mA
V()= 0V..VCC-1.2V
V()= 0.4V..VCC
CL()= 30pF
CL()= 30pF
Vc()hi= V()-VCC;
S()= hi, I()= 3mA
S()= lo, I()= -3mA
Tj Fig.
EC
Min.
Typ.
Unit
Max.
4.5
5.5
V
10
mA
10
mA
100
kHz
2.5
µs
200
kHz
1.5
µs
0.2 × 0.3
0.5
500
1050
90
0.85
1
1.15
mm²
A/W
nm
nA
8
11
17
%
0.95
V
27
0.69
V
1.05
V
27
0.83
V
0.4
V
27
0.22
V
-7
-4.6 -1.4 mA
1.8
7.3
13
mA
24
130 V/µs
27
61
V/µs
40
380 V/µs
27
115
V/µs
0.4
1.5
V
-1.5
-0.4
V