The Reproducing Classic Power Amplifier EL34PH of the top vacuum tube brand PSVANE perfectly reproduces PHILIPS iron pedestal EL34of 50s.
As the one of the most beautiful sound in pentode amps, EL34 was introduces to the market at the very beginning by MULLARD (PHILIPS’ sub company) in 1953. In the history of tube-producing industry, EL34 was designed very well and given infinite dynamism and strength on its pressure-resistant performance. Just like we always think of Western Electric’s WE300B when refer to 300B, as to the top representative products of EL34, it undoubtedly is the iron pedestal EL34 of PHILIPS produced in 50s.
That product of PHILIPS has perfect Frequency response performance, proper sound density and wonderful music analytic ability. It definitely is the king of EL34!
PSVANE always takes classic amp-reproducing as its own task. We have already successfully reproduced Western Electric 300B, 275A, 212 and other good tubes in recent two years and won the high reputation in market. Now, PSVANE, as well as the research team in Europe, successfully developed the PSVANE EL34PH, which is completely reproduced from the iron pedestal EL34 from Dutch PHILIPS. The price of our products is only 15% but show you a full top HIFI sound effect as its model (A new pair PHILIPS iron pedestal EL34 which contains 4pcs sells 15,000 RMB in the market). Besides, PSVANE give EL34PH its unique music feeling which is absolutely worth your listening.
Heater
UH……………………………6.3 V
IH……………………………1.5 A
Maximum Rating
Ua……………………… 800 V
Ug2…………………... 500 V
Ug1………………….. -100 V
Pa…………………......25 W
Pg2…………….......... 8 W
Ik………………………150 mA
Rg1
with cathode bias………………………0.7 MΩ
with fixed bias……………………........0.5 MΩ
Uh-k……………….............................±100 V
Tbulb…………………….................…250 ℃
Direct Interelectrode Capacitances
Input…………………..............… 15.2 PF
output…………………............… 8.4 PF
Grid to plate ……………….…… 1.1 PF
Grid to filament ………..............1.0 PF
Cathode to filament………….… 10 PF
Static Parameter
Ua……………………………. 250 V
Ug2……………………………250 V
Ug3…………………………… 0 V
-Ug1…………………………12.2 V
Ia…………………………… 100 mA
Gm…………………………..11 mA/V
ri…………………………… .15 kΩ
μg1-g2……………………….11
