Setting the World Clock

Using the Daily Alarm

After you have set the Home Clock, you can set the World Clock by selecting a time zone or one of dozens locations around the world.

1.Hold and press C until the

World Clock appears.

A world icon indicates the World Clock.

2.Press EDIT (blue).

3.Highlight Set World Time Zone and then press ENTER to select it.

4.Select Location Name or Time Zone.

5.Start typing a location name until it is highlighted or highlight a time zone.

6.Press ENTER to set the World Clock to that time.

The Home Clock has an alarm that you can set for waking up and other once- a-day uses. This single, daily alarm makes a series of quick beeps that stops after about 10 seconds.

The daily alarm works even when your BOOKMAN Sidekick is turned off. When the daily alarm sounds, your BOOKMAN Sidekick is automatically turned on and the daily alarm time is displayed.

To Set or Change the Daily Alarm

1.Hold and press C until the

Home Clock appears.

2.Press EDIT (blue).

3.Highlight Set Alarm Time and then press ENTER to select it.

4.Select Set Alarm Time again.

5.Type an hour, minutes, and an a or p (for a.m. or p.m.).

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Franklin SDK-765, SDK-763 manual Setting the World Clock Using the Daily Alarm, Hold and press C until World Clock appears

SDK-763, SDK-765 specifications

Franklin SDK-765 and SDK-763 are advanced embedded computing solutions designed to cater to a variety of applications across industries. These robust development kits provide a comprehensive platform for developers to create, prototype, and deploy innovative applications.

At the heart of both SDK-765 and SDK-763 are powerful processors that ensure optimal performance. The SDK-765 is equipped with a high-speed quad-core processor, delivering exceptional computing power for demanding tasks. In contrast, the SDK-763 is built around a dual-core processor, striking a balance between performance and energy efficiency. Both models support multitasking, allowing developers to run multiple applications simultaneously without compromise on speed or responsiveness.

One of the standout features of these kits is their extensive connectivity options. Both SDKs support various communication protocols, including Wi-Fi, Bluetooth, and Ethernet. The integration of these technologies ensures seamless data transfer and device communication, essential for modern IoT applications. Additionally, the kits come with multiple USB ports, enabling easy connection to peripherals and external storage devices.

The versatility of Franklin SDK-765 and SDK-763 is further enhanced by their robust software support. Each kit includes a comprehensive software development environment (IDE) that is user-friendly and packed with tools for efficient coding, debugging, and deployment. Developers can leverage a wide array of pre-built libraries and APIs, which significantly accelerates the development process. Furthermore, both kits support popular programming languages, including C, C++, and Python, catering to a broad range of developer preferences.

Security is also a top priority with these SDKs. Franklin has implemented advanced security features, such as secure boot, encryption support, and hardware security modules, ensuring that applications built on these platforms can withstand potential cyber threats.

The SDK-765 and SDK-763 also boast a compact form factor, making them suitable for integration into space-constrained environments. Their low power consumption is another critical aspect, allowing for extended operation in battery-powered applications without compromising performance.

In summary, Franklin SDK-765 and SDK-763 are versatile and powerful development kits that provide the necessary tools for building innovative embedded applications. With their robust hardware, extensive connectivity options, comprehensive software support, and strong security features, they are poised to meet the demands of today's rapidly evolving technology landscape. Whether for rapid prototyping or full-scale deployment, these SDKs are excellent choices for developers looking to push the boundaries of embedded computing.