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Motorola 6866542D03 manual Getting Started, Battery Information, Battery Care and Tips

Models: 6866542D03

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GETTING STARTED

BATTERY INFORMATION

Battery Care and Tips

This product is powered by a nickel-metal- hydride (NiMH) or lithium-ion rechargeable battery.

The following battery tips will help you obtain the highest performance and longest cycle life from your Motorola rechargeable battery.

•Charge your new battery overnight (14-16 hrs) before using it to obtain maximum battery capacity and performance.

•Charging in non-Motorola equipment may lead to battery damage and void the battery warranty.

•When charging a battery that is attached to the radio, turn the radio off to ensure a full charge.

•The battery should be at about 25°C (room temperature) whenever possible. Charging a cold battery (below 10°C) may result in leakage of electrolyte and ultimately, in failure of the battery.

•Charging a hot battery (above 35°C) results in reduced discharge capacity, affecting the performance of the radio. Motorola rapid-rate battery chargers contain a temperature-sensing circuit to ensure that the battery is charged within these temperature limits.

•New batteries can be stored up to two years without significant cycle loss. Store new/unused batteries in a cool dry area.

•Batteries which have been in storage should be charged overnight.

•Do not return fully charged batteries to the charger for an “extra boost”. This action will significantly reduce cycle life.

•Do not leave your radio and battery in the charger when not charging. Continuous charging will shorten battery life. (Do not use your charger as a radio stand.)

•For optimum battery life and operation use only Motorola brand chargers. They were designed to operate as an integrated energy system.

GETTING STARTED

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Motorola 6866542D03 manual Getting Started, Battery Information, Battery Care and Tips
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6866542D03 specifications

The Motorola 6866542D03 is a highly regarded component in the world of electronics, particularly known for its performance in mobile communication devices. Bringing together a combination of cutting-edge technologies and features, this part enhances both functionality and reliability in various applications.

One of the standout characteristics of the Motorola 6866542D03 is its advanced integration capability. This component is designed to work seamlessly with several other Motorola products, ensuring optimal performance and efficiency. Utilizing state-of-the-art semiconductor technology, it provides significant improvement in processing speed, making it suitable for high-demand environments.

The Motorola 6866542D03 is particularly recognized for its energy efficiency. In a world increasingly concerned with sustainability, energy efficiency is a crucial trait. The component is engineered to minimize power consumption without compromising on performance. This is especially beneficial in battery-operated devices where optimizing power usage translates to longer usage times and reduced frequency of recharge cycles.

Additionally, the Motorola 6866542D03 features robust signal processing capabilities. This makes it ideal for applications requiring excellent voice clarity and data transmission reliability. Superior noise reduction technologies are integrated into the design, allowing for clearer communication even in rough conditions, thereby enhancing user experience.

In terms of connectivity, the Motorola 6866542D03 is equipped with advanced protocols that support a variety of transmission media, including both wired and wireless. This versatility makes it an ideal choice for various applications, spanning from consumer electronics to industrial equipment.

Durability is another key aspect of the Motorola 6866542D03. Built to withstand environmental stresses, it is resistant to temperature fluctuations, moisture, and other potential hazards, making it suitable for outdoor and harsher conditions. This robust construction ensures longevity, thereby reducing maintenance costs.

In conclusion, the Motorola 6866542D03 exemplifies modern engineering, blending efficiency, connectivity, and durability. Its ability to perform reliably in diverse conditions makes it a preferred choice among engineers and developers, paving the way for innovative solutions in mobile communication and beyond. Whether in personal devices or industrial applications, this component continues to set high standards in the electronics industry.