
( Brand: Burroughs ), ( Manufacturer Part Number: 6701 ), ( Model: BURROUGHS 6701 )
Burroughs 6701 Beam Switching Tubes Magnet, a vintage electronic component from the 1960s, is a testament to the engineering prowess of the past era. This device, manufactured by Burroughs Corporation, was a significant component in various electronic systems due to its unique beam switching capabilities.
The Burroughs 6701 Beam Switching Tube Magnet is a gas-filled tube that uses an electric current to control a beam of electrons. The magnet part of this tube plays a crucial role in deflecting the electron beam, thereby directing it to different points on the cathode-ray tube (CRT) screen. This feature was instrumental in early computers, oscilloscopes, and other electronic devices that required the ability to switch signals between multiple outputs.
The tube itself is encased in a heavy-duty glass envelope, designed to withstand the high voltages and intense heat generated during operation. The exterior is adorned with a series of metal pins and sockets, which allow for the connection of external wires and components. The overall design is compact and efficient, reflecting the space constraints and power requirements of the time.
The Burroughs 6701 Beam Switching Tube Magnet is a fascinating piece of technological history. Its unique function and vintage charm make it an appealing addition for collectors, hobbyists, and enthusiasts of retro electronics. Whether used for its intended purpose in a restored vintage computer or simply as a conversation piece, this tube is a testament to the ingenuity and innovation of the 1960s.
Pros of buying Burroughs 6701 Beam Switching Tubes from the 1960s:1. Historical value: These tubes are a piece of history, as they were widely used in early computer systems and data processing equipment. Collectors and enthusiasts of vintage technology may find them attractive.
2. Unique design: The Burroughs 6701 tubes have a unique and distinctive design, which can add an aesthetic appeal to any vintage electronic setup.
3. Potential for restoration and use: If the tubes are in good working condition, they can be restored and used in modern projects or as replacements for vintage equipment.
4. Rare and collectible: Due to their age and limited availability, Burroughs 6701 tubes may become more valuable over time, making them a good investment for collectors.
Cons of buying Burroughs 6701 Beam Switching Tubes from the 1960s:1. Limited availability: These tubes are no longer in production, and finding them in good condition may be challenging.
2. Expensive: Due to their rarity and collectible status, Burroughs 6701 tubes can be expensive, which may not be justifiable for some buyers.
3. Power consumption: Beam switching tubes consume more power than modern electronic components, which may increase the overall energy consumption of the equipment they are used in.
4. Fragility: Vintage tubes can be fragile and susceptible to damage from handling or use, which may require careful handling and maintenance.
Conclusion:Buying Burroughs 6701 Beam Switching Tubes from the 1960s can be a rewarding experience for collectors and vintage technology enthusiasts. However, it is important to consider the pros and cons before making a purchase. The historical value, unique design, and potential for restoration and use make these tubes appealing, but their limited availability, expense, power consumption, and fragility should also be taken into account. If you are interested in vintage technology and have the resources to invest in these tubes, they can be a great addition to your collection. However, if you are looking for a practical solution for modern electronic projects, modern components may be a better choice.
Low voltage variant of original Haydn/Burroughs 6700; 12 to 25V supply version - used with Dixie Tubes. 2 Burroughs 6701 Beam Switching Tubes - 1960's, The is an early tube with large external magnet. See Photos - both with the shields one missing top cover. Untested - no data for my Cone 224 tester if not happy you can return the tubes.