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Using your headset : making and receiving calls

Your headset supports both Hands-free and Headset Profiles. Accessing call functions depends upon which profile your phone supports. See your phone’s user’s guide for more information.

Note: some features are phone/network dependent.

Function

Action

Answer a call

Open the boom or tap the call button (if

 

boom is ready open), hear a low-to-high

 

tone

End a call

Tap the Call button, and hear a high-to-low

 

tone

Reject a call

Press and hold either Volume button until

 

you hear a tone

Redial last call

Press and hold the Call button until you

 

hear a tone

Make a voice dial call

Tap the Call button and speak the name

(Primary phone)

after the tone

Make a voice dial call

Tap the Call button and either Volume

(Secondary phone)

button and speak the name after the tone

Answer a second incoming call

Press and hold the Call button (places first

 

call on hold), and hear a tone

Reject second incoming call

Press and hold either Volume button until

 

you hear a tone

Transfer a call from

Press both Volume buttons and Call button,

the headset to the phone

and hear a descending tone

Mute or unmute a call

Tap both Volume buttons until you hear a

 

mute tone

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Motorola 6803578F33 manual Using your headset making and receiving calls, Function Action
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6803578F33 specifications

The Motorola 68035 is a highly advanced microcontroller that serves as a successor to the iconic 68000 series. The 68035 retains the core architectural principles of its predecessors while introducing several enhancements that elevate its performance and capabilities, making it a preferred choice in various applications, particularly in embedded systems, telecommunications, and consumer electronics.

One of the main features of the 68035 microcontroller is its robust architecture, which consists of a 32-bit data bus and a 32-bit address bus. This design enables the processor to access a significantly larger memory space than its predecessors, accommodating complex applications that require substantial computational resources. The 68035 operates at a clock speed, typically ranging from 16 MHz to 40 MHz, allowing it to perform operations rapidly and efficiently.

The technology embedded within the Motorola 68035 facilitates effective multitasking through its support for virtual memory. This enables multiple processes to run simultaneously without impacting system performance, thus optimizing resource utilization in complex applications. Additionally, the microcontroller is equipped with an advanced instruction set that enhances programmability and flexibility, making it conducive for developers looking to create sophisticated systems.

Another notable characteristic of the Motorola 68035 is its built-in support for various instruction formats, allowing for efficient data handling and manipulation. It incorporates features such as direct memory access (DMA), which streamlines data transfer between peripherals and memory, enhancing the overall throughput of systems utilizing this microcontroller.

Furthermore, the 68035 is designed with integrated peripherals, including timers, communication interfaces, and interrupt controllers that streamline system development and reduce the need for external components. This integration not only saves space on printed circuit boards but also improves reliability by minimizing the points of failure in a system.

In summary, the Motorola 68035 microcontroller stands out for its enhanced performance, advanced multitasking capabilities, flexible instruction set, and integrated peripherals. These features, combined with its 32-bit architecture, make it an excellent choice for a wide range of applications, underscoring its significance within the microcontroller landscape. As technology continues to evolve, the Motorola 68035 remains a testament to the enduring legacy of the 68000 series, bridging the gap between classic architecture and modern demands.
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