MAX14850 Datasheet, PDF (4/16 Pages) Maxim Integrated Products – Six-Channel Digital Isolator

MAX14850
Six-Channel Digital Isolator
ELECTRICAL CHARACTERISTICS (continued)
(V_CCA – V_GNDA = 3.0V to 5.5V, V_CCB – V_GNDB = 3.0V to 5.5V, TA = -40°C to +125°C, unless otherwise noted. Typical values are at
VCCA – VGNDA = 3.3V, VCCB – VGNDB = 3.3V, and TA = +25°C.) (Note 2)
PARAMETER
Maximum Data Rate
(Note 3)
Minimum Pulse Width
Propagation Delay
(Note 3)
Pulse-Width Distortion
|t_DPLH – t_DPHL|
(Notes 3, 8)
SYMBOL
DR_MAX
PW_MIN
t_DPLH
t_DPHL
PWD
CONDITIONS
INA1 to OUTB1, INA2 to OUTB2, INB1 to
OUTA1, INB2 to OUTA2
I/OA1 to I/OB1, I/OA2 to I/OB2, I/OB1 to I/OA1,
I/OB2 to I/OA2
INA1 to OUTB1, INA2 to OUTB2, INB1 to
OUTA1, INB2 to OUTA2 (Note 3)
INA1 to OUTB1, INA2 to
OUTB2, INB1 to OUTA1,
INB2 to OUTA2, R_L =
1MI, C_L = 15pF, Figure 1
V_CCA = V_CCB =
+3.3V
V_CCA = V_CCB =
+5V
I/OA1 to I/OB1, I/OA2 to
I/OB2, R₁ = 1.6kI, R₂
= 180I, C_L1 = C_L2 =
15pF, Figure 2
V_CCA = V_CCB =
+3.3V
V_CCA = V_CCB =
+5V
I/OB1 to I/OA1, I/OB2
to I/OA2, R₁ = 1kI, R₂
= 120I, C_L1 = C_L2 =
15pF, Figure 2
V_CCA = V_CCB =
+3.3V
V_CCA = V_CCB =
+5V
INA1 TO OUTB1, INA2
TO OUTB2, INB1
TO OUTA1, INB2 TO
OUTA2, R_L = 1MI,
C_L = 15pF, Figure 1
I/OA1 to I/OB1, I/OA2 to
I/OB2, R₁ = 1.6kI, R₂
= 180I, C_L1 = C_L2 =
15pF, Figure 2
I/OB1 to I/OA1, I/OB2
to I/OA2, R₁ = 1kI, R₂
= 120I, C_L1 = C_L2 =
15pF, Figure 2
V_CCA = V_CCB =
+3.3V
V_CCA = V_CCB =
+5V
V_CCA = V_CCB =
+3.3V
V_CCA = V_CCB =
+5V
V_CCA = V_CCB =
+3.3V
V_CCA = V_CCB =
+5V
MIN TYP
50
2
MAX
UNIT
Mbps
20
ns
20
30
18
26
30
100
ns
30
100
60
100
60
100
7
7
12
ns
12
60
50
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