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SE4750 Integration Guide
Supply Currents VCC = VCC_ILLUM = VDD_IO_HOST = 3.3V @ 23C
Parallel and MIPI Host Interface with Laser Aim (Engine Only without PL3307 Decoder)
Table 3-7
Parallel and MIPI Host Interface with Laser Aim; Current (mA) Flowing into Power Domains @ 23
o
C
Mode
Total Current
VCC+VCC_ILLUM
(@3.3V)+
VDD_IO_HOST
VCC
=3.3V
VCC_ILLUM
VDD_IO_HOST
=3.3V
Notes
3.3V
5V
Low power
RMS
0.36
0.36
0
0
0
Hibernate
RMS
0.015
0.015
0
0
0
Standby
Idle
PEAK
30
(1)
30
350
(1)
360
(1)
0
(3)
Not in low power
mode but not
triggered
RMS
20
(1)
20
0
0
0
(3)
Image
Acquisition
PEAK
260
260
350
(1)
360
(1)
50
(3)
Illumination off,
aim on
(2)
RMS
190
190
0
0
30
(3)
Image
Acquisition with
Illumination
PEAK
580
260
350
360
50
(3)
Normal acquisition
mode, aim on
(2)
RMS
440
190
240
170
30
(3)
Bus Pwr USB
(<500mA)
PEAK
400
260
N/A
200
50
(3)
VCC_ILLUM should
be USB 5V
RMS
340
180
N/A
160
30
(3)
All currents measured in mA.
Note 1: ~1 ms pulse of ~350 mA every 4 to 5 seconds to keep illumination capacitor charged.
Note 2: The laser aim draws approximately 40 mA when on.
Note 3: Parallel version only, MIPI load < 5 mA.
Summary of Contents for SE4750
Page 1: ...SE4750 INTEGRATION GUIDE ...
Page 2: ......
Page 3: ...SE4750 INTEGRATION GUIDE 72E 171726 01 Revision A November 2013 ...
Page 6: ...iv SE4750 Integration Guide ...
Page 10: ...viii SE4750 Integration Guide ...
Page 14: ...xii SE4750 Integration Guide ...
Page 18: ...1 4 SE4750 Integration Guide ...
Page 29: ...Installation 2 11 Aiming Pattern Figure 2 6 SE4750 SR LSR AIM Optical Path Aiming Pattern ...
Page 36: ...2 18 SE4750 Integration Guide ...
Page 53: ...Electrical Interface 4 5 Figure 4 3 Parallel Host Flex p n 15 171522 xx ...
Page 66: ...5 12 SE4750 Integration Guide ...
Page 78: ...A 2 SE4750 Integration Guide ...
Page 82: ...Index 4 SE4750 Integration Guide ...
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