Philips Magnavox Pr 1312 c121

Quick view

The Philips Magnavox Pr 1312 C121 is a vintage CRT television designed during the late 1970s and early 1980s. It utilizes a cathode ray tube display technology with an analog tuner system suitable for VHF and UHF broadcast signals. The device's chassis incorporates a combination of electronic components such as transistors, capacitors, and resistors organized to support monochrome or color display, depending on the exact model variant. Typical screen size ranges from 13 to 14 inches diagonally, providing standard definition resolution at a 4:3 aspect ratio. The unit generally features manual rotary channel selectors and volume controls, with inputs limited to antenna RF connectors. This technology reflects the transitional period before the introduction of remote control functionalities and digital signal processing in televisions.

The internal circuitry emphasizes reliability and ease of maintenance, with circuit boards designed for straightforward component replacement. Power supply modules operate with standard mains electricity, converting to required DC voltages for various electronic stages. The television operates mono audio output through a single built-in speaker, optimized for basic sound reproduction in small rooms.

The Philips Magnavox Pr 1312 C121 offers a robust and durable design typical of early 1980s consumer electronics. Its modular electronic architecture simplifies repair and maintenance tasks for technicians. The CRT technology provides natural color and contrast rendering unrivaled by early flat-panel displays. The device supported widespread broadcast frequency bands, making it versatile for various regional TV standards. Its compact footprint allows convenient placement in small living spaces. Additionally, the absence of digital processing parts reduces complexity and failure points, extending the product’s operational lifespan.

This television model lacks modern features such as remote control operation and digital tuners. It supports only analog signal reception, making it incompatible with contemporary digital broadcast standards without external converters. The screen’s cathode ray tube technology results in bulkier and heavier construction compared to modern flat-screen TVs. Energy efficiency is lower due to older power supply designs. The limited input options restrict its use to traditional broadcast sources and RF antenna connections. Audio output is basic mono sound, unsuitable for immersive audio experiences.

The content on is provided for general informational purposes only. We do not guarantee the accuracy, completeness, or reliability of any information, specifications, or visuals presented on the site.

is not responsible for any content, images, or data uploaded or shared by users. Users are solely responsible for the content they submit.

We may include links to third-party websites for convenience. We do not endorse or take responsibility for the content or policies of any external sites.

Use of the site is at your own risk. Always verify critical information independently before making decisions based on content from this website.