Glossary

See rotation function.

Trapezoid distortion

See Geometrical distortion.

TTL signal

A TTL (Transistor-transistor-logic) signal is a digital signal level for controlling the screen colors. With TTL driving, the red, green and blue signals can only be switched on or off or provided with an intensity signal. A TTL-driven monitor can thus display a maximum of 64 colors. Video standards such as MDA, CGA and EGA are based on TTL level.

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U

USB or Universal Serial Bus

A smart plug for PC peripherals. USB automatically determines resources (like driver software and bus bandwidth) required by peripherals. USB makes necessary resources available without user intervention.

USB eliminates "case angst" -- the fear of removing the computer case to install add-on peripherals. And USB also eliminates adjustment of complicated IRQ settings when installing new peripherals.

USB does away with "port gridlock." Without USB, PCs are normally limited to one printer, two Com port devices (usually a mouse and modem), one Enhanced Parallel Port add-on (scanner or video camera, for example) and a joystick. More and more peripherals for multimedia computers arrive on the market every day. With USB, up to 127 devices can run simultaneously on a computer.

USB permits "hot plug-in." There's no need to shut down, plug in, reboot and run set-up to install peripherals. And no need to go through the reverse process to unplug a device.

In short, USB transforms today's "Plug-and-Pray" into true Plug-and-Play!

Hub

A Universal Serial Bus device that provides additional connections to the Universal Serial Bus.

Hubs are a key element in the plug-and-play architecture of USB. The Figure shows a typical hub. Hubs serve to simplify USB connectivity from the user's perspective and provide robustness at low cost and complexity.

Hubs are wiring concentrators and enable the multiple attachment characteristics of USB. Attachment points are referred to as ports. Each hub converts a single attachment point into multiple attachment points. The architecture supports concatenation of multiple hubs.

The upstream port of a hub connects the hub towards the host. Each of the other downstream ports of a hub allows connection to another hub or function. Hubs can detect, attach and detach at each downstream port and enable the distribution of power to downstream devices. Each downstream port can be individually enabled and configured at either full or low speed. The hub isolates low speed ports from full speed

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Philips 107B3x, 107X2x, 109S2x, 107T2x, 109B2x, 107S2x, 107P2x Trapezoid distortion, TTL signal, USB or Universal Serial Bus

107S2x, 109S2x, 107B2x, 107B3x, 107T2x specifications

Philips has long been a prominent player in the display technology market, and their series of monitors, including the Philips 109B2x, 107X2x, 107P2x, 107T2x, and 107B3x, showcase the brand's commitment to delivering high-quality visual experiences. These monitors are designed to meet a variety of needs, from casual home use to professional settings requiring precise color accuracy and reliability.

The Philips 109B2x is distinguished by its sharp image quality and energy-efficient design. It features a 19-inch display with a crisp resolution that enhances productivity and provides a comfortable viewing experience. One of its standout technologies is the SmartContrast feature, which automatically adjusts the contrast based on the content being displayed, ensuring optimal clarity and depth of color.

In contrast, the Philips 107X2x is tailored for multimedia applications, offering vibrant colors and wide viewing angles. This model comes equipped with advanced color enhancement technologies, allowing users to enjoy films and games with breathtaking visuals. The monitor supports multiple connectivity options, making it easy to connect to a variety of devices, from laptops to gaming consoles.

The Philips 107P2x introduces touch capabilities, elevating the interactive experience. This model is ideal for professional environments where collaboration and engagement are paramount. The touch screen responds accurately to gestures, making it suitable for presentations and interactive applications.

Similarly, the Philips 107T2x is designed for touch functionality but with an added emphasis on ruggedness and durability. This model is perfect for educational institutions and public venues where frequent use is expected. Its sturdy build and scratch-resistant surface ensure longevity while maintaining high-quality performance.

Lastly, the Philips 107B3x combines superior ergonomic features with excellent display technology. This monitor is equipped with height adjustment and tilt capabilities, allowing users to customize their viewing experience for maximum comfort. With its low blue light technology, it minimizes eye strain during extended use, making it an excellent choice for office environments.

In summary, the Philips 109B2x, 107X2x, 107P2x, 107T2x, and 107B3x exemplify different strengths tailored for diverse user needs. With innovations in display technology, energy efficiency, and user comfort, Philips continues to set the standard for quality in the monitor market, ensuring that users across multiple sectors can find a suitable model that meets their requirements.