Motorola 9601 manual Electromagnetic Compatability, Important Safety Guidelines for Users

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About This Book

Electromagnetic Compatability

Warning

Important Safety Guidelines for Users

For safe and efficient operation of your DEFINITY Wireless Business System (DWBS) Pocket Phone (wireless telephone), observe these guidelines.

Your wireless telephone is a radio transmitter and receiver. When the battery is installed, the phone is on and it receives and also sends out radio frequency (RF) energy. The phone operates in the frequency range of 1920-1930 MHz. Your handheld wireless telephone uses the digital TDMA mode; the power is transmitted in bursts at a 100 Hz pulsed repetition rate. The peak envelope transmit power is 100 mW or less.

Exposure to Radio Frequency Energy

The design of your wireless telephone complies with the latest Institute of Electrical and Electronic Engineers (IEEE) and the American Standards Institute (ANSI) safety levels with respect to human exposure to RF energy. Of course, if you would like to limit RF exposure even further, you may choose to control the duration of your calls.

Cardiac Pacemakers

The Health Industry Manufacturers Association recommends that a minimum separation distance of six inches be maintained between a hand-held wireless telephone and a pacemaker to avoid potential interference with a pacemaker. These recommendations are consistent with the independent research by and recommendations of Wireless Technology Research.

■Always keep the pocket phone more than six inches from the pacemaker whenever the battery is in the pocket phone.

■Do not carry the pocket phone in a breast pocket.

■Use the ear opposite the pacemaker to minimize the potential for interference.

If you have any reason to suspect that interference is taking place, take the battery out of your phone immediately.

xiiIssue 3 October 1997

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Contents Definity Wireless Business System Comments Contents Features and Operations Safety Instructions Audience About This BookCardiac Pacemakers Important Safety Guidelines for UsersElectromagnetic Compatability Exposure to Radio Frequency EnergyHearing Aid Compatibility OrganizationTypographic Conventions Related InformationOverview Definity Wireless Business System OverviewPocket Phone Overview Pocket Phone Pocket Phone Features Benefit Pocket Phone FeaturesBattery Charger Overview Charging the 9601 Pocket Phone for First Time General CareCharging the Phone with a Battery Low Battery IndicatorUsing the Phone LED Indicators Charge Status Charger Status IndicatorPhone LED Indicator Using the 9601 Pocket Phone Battery ChargerBattery LED Indicator Removing the 9601 Pocket Phone from Charger Inserting a Spare Battery Pack into the ChargerRemoving a Spare Battery Pack from the Charger Inserting the 9601 Pocket Phone into the ChargerInserting a Spare Battery Pack into the Charger Inserting the Spare Battery Pack into the Charger Definity 9601 Pocket Phone Features Features and OperationsFeatures and Operations Soft Key Interface Features of the 9601 Pocket PhoneHard Key Interface Hard Keys for Call Management Volume Control ButtonsBattery Charging Contacts Hard Keys for Menu ControlLow Battery Indicator Low Power ModeDial Pad Pocket Phone Quick Reference Adjusting Ringer and Warning/Notification Tones Adjusting the Receiver VolumeOperating the 9601 Pocket Phone Answering Calls Making CallsTransferring Calls Holding Calls Conferencing CallsDropping Calls Ending CallsAudible Information Tones Error BeepIncoming Call Ring Patterns No Channel Available No Access RightsService Denied Out-of-RangeUsing the Product Safety InstructionsSafety Instructions Maintaining the Pocket Phone 4Issue 3 October System Capacity and Coverage SpecificationsBase Stations Operating Temperatures GlossaryGL Fixed part Frequency Division Multiple Access FdmaEmerging Technologies Band EstimatorLocal tones Initialization and Administration SystemInternational Portable Equipment Identity International Portable User IdentityRadio Propagation Measurement Tool Rpmt Time Division Multiple Access TdmaPredictor Radio Controller RCWireless Fixed Base WFB Index IN-2Issue 3 October

9601 specifications

The Motorola 9601 is a highly regarded digital signal processor (DSP) that has found its applications across various fields, including telecommunications, automotive systems, and consumer electronics. Introduced in the early 1990s, the 9601 was a part of Motorola's advanced chipset family designed to meet the growing demands of digital processing.

One of the main features of the Motorola 9601 is its efficient architecture, which enables it to execute complex algorithms with remarkable speed. The DSP is built on a modified Harvard architecture, allowing for simultaneous access to program instructions and data memories. This characteristic significantly enhances performance, enabling the processor to handle multiple tasks concurrently.

The Motorola 9601 is equipped with a 16-bit fixed-point arithmetic unit, which provides a balance between precision and processing speed. Its ability to perform high-speed mathematical calculations makes it ideal for real-time applications, such as audio processing and multimedia encoding. The processor supports multiple data formats, ensuring compatibility with a wide range of applications and systems.

The device operates at clock speeds of up to 40 MHz, allowing for rapid data processing. With a comprehensive instruction set, including support for multiply-accumulate operations, the 9601 can efficiently perform a variety of signal processing tasks. The DSP also features dedicated hardware for specific operations, which further accelerates processing times and reduces power consumption.

Another important characteristic of the Motorola 9601 is its extensive input/output (I/O) capabilities. It supports various communication protocols, making integration into different systems seamless. This flexibility is a key advantage, as it allows developers to design highly customized solutions tailored to specific processing needs.

The Motorola 9601 has also been designed with power efficiency in mind. With its low power consumption characteristics, it is suitable for battery-operated devices where energy conservation is critical. This feature was particularly advantageous during the evolution of portable electronics.

In summary, the Motorola 9601 remains a noteworthy DSP due to its high performance, flexible architecture, and energy-efficient design. With its combination of advanced features and versatile applications, it continues to be a valuable component for engineers and developers working in various digital signal processing domains.
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