Honeywell International Inc. IM11PRT 사용자 설명서
IM11 RFID Reader Module Integration Guide (Confidential)
15
About the Connectors
The module mounts on a PC board and connects to it using a mini-
PCI connector, P/N JAE MM60-52B1-E1 or equivalent. Intermec
recommends using the higher profile connector, because the low
profile connector does not fit flush to the PCB with the low profile
connection.
PCI connector, P/N JAE MM60-52B1-E1 or equivalent. Intermec
recommends using the higher profile connector, because the low
profile connector does not fit flush to the PCB with the low profile
connection.
The antenna receptacle is a Hirose U.FL connector (50 ohm, coaxial).
Supported Antennas
The module has been tested to work with a variety of antenna types.
Antenna systems, combination antenna and cables, are restricted to
+6 dBi linear gain in North, Central, and South America. Europe have
a maximum antenna system gain restriction of 2 Watt effective
radiated power.
Antenna systems, combination antenna and cables, are restricted to
+6 dBi linear gain in North, Central, and South America. Europe have
a maximum antenna system gain restriction of 2 Watt effective
radiated power.
Radio communications regulatory agencies in each country has
restrictions for antenna gain or transmitter power. Consult with your
Intermec OEM Sales Representative or Professional Wireless /RFID
Installer for details.
restrictions for antenna gain or transmitter power. Consult with your
Intermec OEM Sales Representative or Professional Wireless /RFID
Installer for details.
These antennas are approved to work with the IM11:
•
Antenna primary linear (0 dBi linear, omni)
•
PIFA omni yagi (5.5 dBi linear)
•
Ceramic patch antenna (2.5 dBi, circular polarized)
•
Cross polar linear (dual pole antenna)
•
High gain circular polarized panel 11 dBiC (8 dBi linear)
•
High gain linear panel (8 dBi)
•
RFID printer coupler (-30 dBi)
•
NeWave N7 (5.5 dBi, multi axis dipole)
You can use any antenna with similar construction to one of the
approved antennas, as long as it has equal or less gain. The module
integrator is responsible for final regulatory approvals.
approved antennas, as long as it has equal or less gain. The module
integrator is responsible for final regulatory approvals.
Note: To use the 8 dBi antennas, the module integrator needs to
reduce the output power to 29 dBm.
reduce the output power to 29 dBm.