User's Manual
Table Of Contents
- Foreword
- Important Safety Information
- Contents
- About this Document
- Related Publications
- Product Description
- Features
- Specifications
- Air Interface
- Product Functionality
- Contents
- Integration Goal and Objectives
- Customer Problem Isolation
- Wireline and Wireless Communications
- Design Tips for Serviceability
- Environmental Issues
- Regulatory Requirements
- Contents
- Power Supply
- Host Interface
- Power Management
- Antenna Systems
- Hardware Recommendations
- Battery Selection Criteria
- Contents
- Hardware Integration
- Application Software
- Final Assembly
- Installation
- Troubleshooting
- End User Problem Resolution
- Service Depot Repair
- Contents
- Accessories and Options
- Abbreviations and Acronyms
- Desense Overview
- Desense Measurement Techniques
- Preparing the Device Under Test
- Performance Goals
- Methods of Controlling Emissions
- Antenna
- Summary
- FLEX Application Protocol Licensing
- Licensing
2-8 July 23, 2002
General CreataLink2 XT Hardware Integrator’s Guide
Specifications
Power Requirements
To conserve power, the FLEX protocol for two-way paging provides low power modes
of operation. In receive mode, all logic and receive circuits are powered while waiting
to receive a message. In standby mode, all circuits are in a low power state for power
economy. In transmit mode, all logic circuits and the power amplifier are active and
consume large amounts of current for short durations.
a. Does not include current due to RS-232 communications.
b. No Valid RS-232 voltages and all 8 I/O lines configured as inputs.
Table 2-3. Power Consumption
Item NUF3902 NUF8006
Operating Mode Current Drain (approximate) Current Drain (approximate)
Standby 3 - 5 mA
b
1 - 5 mA
b
See Figure 2-3 for typical
performance
Receive 65 - 90 mA
a
25 - 90 mA
a
See Figure 2-4 for typical
performance
Transmit (2 W setting) 1250 - 1400 mA
a
350 - 1400 mA
a
See Figure 2-5 for typical
performance
RS-232 Communication 3 - 4 mA 3 - 4 mA
HVIO_0 - HVIO_5, configured as
outputs, driven to the low state, sinking
max current
25 mA each 25 mA each
HVIO_6 and HVIO_7, configured as
outputs, driven to high state, sourcing
max current.
350 mA each 350 mA each