Psvane WE211, Western Electronics 242-C Replicated Version

    • Since the WE300B came in 2011, Psvane R&D team has been never stopping on WE845 and WE211. By the end of 2012, WE845 sample compromising the merits of WE284A and RCA845 came into the world, a Japanese commentator for audio magazines made the following comments on it after listened it: “I am so lucky that I live to listen to the sound competitive enough to the original RCA845, I hope that PSVANE team can make more progress to improve this sound to the level of WE284.” PSVANE R&D team has never stopped the efforts on it, even determined to postphone the time of its launch so as to further improve its performance, after several months for tests and a long-expected the WE845 and WE211 finally come. If you are 845 or 211 fans, they are absolutely your best choice.
Psvane WE211

Psvane WE211, Western Electronics 242-C Replicated Version

Psvane WE211, Western Electronics 242-C Replicated Version

Psvane WE211, Western Electronics 242-C Replicated Version

WE211 is direct-heated type thorium tungsten cathode triode, can be used as class A, B and C.
Heater
Uf————————————–10 V
If—————————————3.25 A

Direct Interelectrode Capacitances
input———————————-6 PF
output———————————-5.5 PF
grid to plate———————————-14.5 PF
Static parameter
Ua————————————–1250 V
—Ug————————————70 V
Ia————————————–100 mA
Gm————————————-3.8 mA/V
u(当Ia=75mA时)—————————12
RL————————————–7 KΩ
Pout————————————10 W
Recommended Operating Conditions ( reference value)
class A(A-F) for two tubes:
typical working condition limited parameter
Ua——–750 1000 1250 1250 V
Pa—————————-75 W
—Ug——-46 61 80 V
Ug(pk)—–41 56 75 V
Ia(0)——-34 53 60 mA
ri———4.4 3.8 3.6 KΩ
RL——–8.8 7.6 9.2 KΩ
Pout——-5.6 12 19.7 W

Push-pull. class B(A-F)
typical working condition limited parameter
Ua—————— 1000 1250 1250 V
Ia (mAx.sig per tube)——————-175 mA
Pa (in) (mAx.sig per tube)————— 220 W
Pa (per tube)————————- 100 W
—Ug——————72 95 V
Ug(pk)—————–380 410 V
Ia (0)——————20 20 mA
Ia(mAx.sig)———–320 320 mA
Pd(mAx.sig)————7.5 8 W
RL(a—a)—————6.9 9 KΩ
Pout——————200 260 W

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