ASI4U_12 Datasheet, PDF (10/64 Pages) List of Unclassifed Manufacturers – 3.0 Compliant Universal AS-I IC

ASI4U / ASI4U-E / ASI4U-F
Spec. 3.0 Compliant Universal AS-I IC
1 General Device Specification
1.1. Absolute Maximum Ratings (Non Operating)
Table 1: Absolute Maximum Ratings
Symbol
V_0V, V_GND
V_ASIP-ASIN
V_{ASIP-ASIN_P}
V_ASIP
V_ASIN
V_UIN
V_{UIN_P}
V_inputs1
V_inputs2
I_in
H
V_HBM1
V_HBM2
V_EDM
_STG
P_tot
R_thj
Parameter
Min
Voltage reference
0
Voltage difference between ASIP and ASIN (V_ASIP - V_ASIN)
-0.3
Pulse voltage between ASIP and ASIN (V_ASIP - V_ASIN)
-0.3
Pulse voltage between ASIP and 0V (V_ASIP – V_0V)
-0.3
Voltage between ASIN and 0V (V_ASIN – V_0V)
-6.0
Power supply input voltage
-0.3
Pulse voltage at power supply input
-0.3
Voltage at pins DI3 ... DI0, DO3 ... DO0, P3 ... P0, DSR, PST, -0.3
LED1, LED2, FID, IRD, UOUT
Voltage at pins OSC1, OSC2, CAP, U5R
-0.3
Input current into any pin except supply pins
-50
Humidity non-condensing
Electrostatic discharge – Human Body Model (HBM1)
3500
Electrostatic discharge – Human Body Model (HBM2)
2000
Electrostatic discharge – Equipment Discharge Model (EDM) 400
Storage temperature
-55
Total power dissipation
Thermal resistance of SSOP 28 package
40
Thermal resistance of SOP 28 package
60
Max
0
40
50
50
6.0
Unit
V
V
V
V
V
Note
1
2
2, 3
3
40
V
50
V
2
VUOUT + 0.3 V
7
50
125
0.85
80
80
V
mA ⁴
5
V
6
V
7
V
8
°C
W
9
K/W ¹⁰
1 _{reverse polarity protection has to be performed}
externally
2 _{pulse with  50µs, repetition rate  0.5 Hz}
3
4
V_ASIP-ASIN and V_{ASIP-ASIN_P} must not be violated
Latch-up resistance, reference pin is 0V
1
P_tot = f (Ta); 1L / 2L = 1 layer / 2 layer PCB
0,9
0,8
5 _{Level 3 according to JEDEC-020D is guaranteed}
0,7
6 _{HBM1: C = 100pF charged to VHBM1 with resistor 0,6}
R = 1.5k in series, valid for ASIP-ASIN only.
7 _{HBM2: C = 100pF charged to VHBM2 with resistor}
R = 1.5k in series, valid for all pins except ASIP-
0,5
0,4
Ptot (2L)
Ptot (1L)
ASIN
0,3
8 _{EDM: C = 200pF charged to VEDM with no resistor}
in series, valid for ASIP-ASIN only
9 _{at max. operating temperature, the allowed total}
0,2
-25
0
25
50
75 _Ta 100
power dissipation depends on additional thermal
resistance from package to ambient and on the
Figure 1: Ptot = f(_a)
operation ambient temperature as shown in Figure
1.
10 _{Single layer board, Ptot = 0.5W; air velocity = 0m/s  max. value; air velocity = 2.5m/s  min. value}
Data Sheet
April 2, 2012
© 2012 Zentrum Mikroelektronik Dresden AG — Rev. 2.2
All rights reserved. The material contained herein may not be reproduced, adapted, merged, translated, stored, or used without
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