New from Tung-Sol! You want more power? The Tungsol KT150 tube is quite possibly the answer. This beast is rated for 70W plate dissipation! That’s 10W more than the already impressive Tung-Sol KT120 tube. We have matched pairs and quartets available now and ready to ship.
It’s difficult not to be impressed when looking at this tube. The plate is 2-1/4″ long. That’s about 1/2″ longer than the KT120 tube, and almost 1″ longer than a typical KT88 tube. In addition, the plate has four “cooling” fins along the length of the plate which further help it meet it’s 70W plate dissipation rating. Cosmetically the bottle is one of a kind. American Football fans will be sure to love it!
Be sure to inquire with your amp’s manufacturer to confirm that the KT150 tube will work in your amp. It has higher heater current draw (~20%) than typical KT88 tubes.
From the manufacturer: “With the new KT150, Tung-Sol continues to lead in the audio power tube, power game. After the introduction of the highly successful Tung-Sol KT120, Russia’s premier vacuum tube inventor, Valery Krivtsov, in collaboration with Irusha Bitukova and a team of ExpoPUL tube designers, set to work in our laboratories to develop an even more powerful audio output tube.
With a massive plate dissipation of 70 watts, the Tung-Sol KT150 is the most powerful octal beam tetrode ever produced. A pair of KT150s can allow an amplifier with a power output approaching 300 watts to be built.
The Tung-Sol KT150 glass envelope is a special egg shaped balloon that was developed to improve thermal dissipation and maintain a superior vacuum for the best sound. The fact that the glass envelope has no flat sides means the Tung-Sol KT150 has no problems with microphonics.
The manufacturers who are developing amplifiers to use this tube have reported that the Tung-Sol KT150 sounds great in all power amplifier configurations including single-ended, triode connected and ultra-linear. The tone signature of the Tung-Sol KT150 is characterized by a strong bass signature with balance and clarity throughout the audio frequency spectrum.”