Pegasus STO9-B image

Pegasus STO9-B

Quick information
Brand Pegasus 1998
Model ST09-B
Released Year 1998
Type TV
Screen Size Approximately 20 inches
Resolution 480i standard definition
Display Technology CRT (Cathode Ray Tube)
Status Discontinued
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Overview

The Pegasus STO9-B is a CRT (Cathode Ray Tube) television designed primarily for standard definition broadcast reception. It features a traditional 4:3 aspect ratio with a display size typically around 20 inches. The television supports analog composite and RF inputs, allowing connectivity with VCRs and antenna sources. Built with a cathode ray tube, this model provides a resolution standard of 480i interlaced scanning. Controls are manual or via a basic IR remote, mostly including channel tuning and volume adjustment. The device operates on conventional AC power, featuring a robust design for durability.

Specifications

MPN ST09-B
UPC 0049696582582
Model STO9-B
Display Technology CRT (Cathode Ray Tube)
Built-In Tuner ATSC
TV Type Portable
Definition Sdtv
Exterior Color Black
Screen Size Approximately 20 inches
Aspect Ratio 4:3
Resolution 480i standard definition
Inputs Composite video, RF antenna
Power Supply AC 110-240V, 50/60 Hz
Remote Control Basic IR remote included
Color System PAL/SECAM/NTSC (depending on region)
Speaker Output Mono or stereo built-in speakers
Dimensions (W×H×D) Approx. 48 x 42 x 45 cm
Weight Approximately 15 kg

Key Advantages

The Pegasus STO9-B excelled in delivering clear and consistent picture quality for its time. With a simple interface and straightforward operation, it was user-friendly for a wide audience. Its CRT technology provided deep blacks and vibrant colors compared to early flat panels. The TV's durable build ensured longevity under typical household use. It accommodated multiple input sources making it versatile for various media devices. Additionally, the power consumption was moderate, reflecting typical energy usage of 1990s CRT TVs.

Limitations

Being an older CRT-based model, the STO9-B limited users to standard definition signals without support for modern high-definition formats. Its bulky form factor made it less space-efficient compared to contemporary flat-panel TVs. The screen resolution and refresh rate caused noticeable flicker and lower sharpness by today’s standards. There was no support for digital inputs like HDMI or USB, restricting compatibility with modern devices. The manual controls and lack of advanced settings limited customization and convenience. Finally, CRT technology posed challenges such as weight and potential for screen burn-in over time.

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