User's Manual
Table Of Contents
- Application and Integration
- Developers Guide
- DECLARATION OF CONFORMITY
- DECLARATION OF CONFORMITY2Revision History5Purpose Of This Document5Distribution5Related Documentation5Module Descriptions and Specifications6iO15 Modem Product Specificationss6Electrical specifications:6Environmental Specifications6Other Specifications
- Purpose Of This Document
- Distribution
- Related Documentation
- Module Descriptions and Specifications
- iO1500R Evaluation board
- Safety Notice - ATTENTION
- iO1500R Hardware Interfacing Information
- Design Considerations For iO1500R OEM Developers
- Module Software And Interface Modes
- Managing User Image Profiles
- How To Use Hayes Compatible Packet Data mode
- iDEN data modules – Software integration.
- Additional Information For Registering and Going Offline
- Summary Of AT Commands
- Appendix A: Requirements For FCC Testing
The following tests should be performed on the iO1500R by qualified personnel
to submit for FCC type approval of the product that will contain the iO1500R:
• Conducted Emissions and Radiated Emissions Transmit Mode
The iO1500R is cabled to a spectrum analyzer, looking for spurious emissions.
Data should be taken at 3 TX frequencies: low, mid and high, with the iO1500R
set to continuous transmit. Data should be taken from the 10
th
harmonic, down to
lowest fundamental frequency in the unit. The low, mid, and high frequencies
used are: 806.0625 MHz, 813.5625 MHz, and 824.9875 MHz. Script files are
provided to automate the FCC tests using Hyperterm to set the iO1500R to the
proper transmit mode. See the following pages for directions.
• Conducted Antenna Output Jack Receive Mode – Typically used for Canada
filings. A spectrum analyzer is cabled to the iO1500R. Look on the spectrum
analyzer for spurious power out of receive band. Data should be taken at 2
frequencies, low and high, and the iO1500R set to continuous receive. Script files
are provided to automate the FCC tests using Hyperterm to set the iO1500R to the
proper receive mode. See the following pages for directions.
Receiver Spurious Radiation – The iO1500R should not be registered to a cell
tower during the test. Ensure that the iO1500R module is in continuous searching
mode, with no timeout set. A dummy load should be used to ensure that the
iO1500R does not find any carrier. Canada requires this data to be taken, the U.S.
does not. Data should be taken up to the third harmonic, at three frequencies.
Script files are provided to automate the FCC tests using Hyperterm to set the
iO1500R to the proper receive mode. See the following pages for directions.
• Occupied Bandwidth Pursuant to 47 CFR 2.989 - Tested at 3 different data
transmit modes, measured both at high and low power output.
Script files are
provided to automate the FCC tests using Hyperterm to set the iO1500R to the
proper transmit mode for occupied bandwidth. See the following pages for
directions.
• ERP- Effective Radiated Power, CW test method.
Instructions for these modes appear on the following pages. These FCC files will be
emailed on an as needed basis to developers who purchase the special FCC version of
the iO1500R with the FCC testing software installed. These FCC script files can be
downloaded directly from the iDEN Developer Program web site at
http://www.motorola.com/idendev/. The developer should load all the FCC script
files into a folder on the PC to be used with testing.
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