3 - 4
Power Conditioning and Interruptions
Always apply power to the imager
after
connecting to the interface device.
A clean and stable power source is required for the imager. Momentary power interruptions or fluctuations put the imager into
Power Off mode.
AC Characteristics
The following diagrams indicate the typical timing for the Power-up and Power-off.
The following imager interface timing diagrams may be used for reference when designing a custom image engine to decoder
flex circuit for a non-bracketed system. The diagrams indicate the timing signals as they originate from the imager, and timing
relationship that is required at the decoder board connector.
Power Up From Power Off State (Low Power Mode)*
The PWRDWN signal goes low ~1.1ms after the wake up event occurs, indicating that the device is powered up and ready
to start scanning.
nTrig - Activating the trigger*
nWake - Toggling nWake*
Warning! Connecting the imager to live power (“hot plugging”) may damage the electronic components of
the imager.
!
Summary of Contents for N568X
Page 1: ...N568X N569X Decoded Image Engines Integration Manual ...
Page 6: ...iv ...
Page 10: ...viii ...
Page 18: ...1 8 ...
Page 20: ...2 2 ...
Page 30: ...4 2 N56XX Laser Aimer ER lens at 9 27 Window Size Diagram ...
Page 38: ...4 10 ...
Page 50: ...5 12 ...
Page 55: ...A 5 Antenna Polarity Vertical 1GHz 2GHz Range Level dBµV M Frequency Hz Limit ...
Page 63: ...A 13 Antenna Polarity Horizontal 200MHz 1GHz Range Level dBµV M Frequency Hz Limit ...
Page 64: ...A 14 Antenna Polarity Vertical 1GHz 2GHz Range Level dBµV M Frequency Hz Limit ...
Page 65: ...A 15 Antenna Polarity Horizontal 1GHz 2GHz Range Level dBµV M Frequency Hz Limit ...
Page 66: ...A 16 ...
Page 70: ...C 2 LED Aimer PCB Assembly GND Pin 6 V Thermocouple ...
Page 71: ......
Page 72: ... Honeywell 9680 Old Bailes Road Fort Mill SC 29707 www honeywellaidc com N56XX IM Rev G 12 16 ...