Beijing Jenerator Electronic Co., Ltd.

home products triode tube Electron Tube BW1184J2

Electron Tube BW1184J2

Electron Tube BW1184J2

Product Details:

Place of Origin China
Model Number BW1184J2

Payment & Shipping Terms:

Packaging Details: The tubes exported are shipped in specially designed cartons depend on their size.
Payment Terms: T/T

Detailed Product Description


Electron tube BW1184J2 is a ceramic-metal triode of coaxial structure, hyper vapor cooling anode metal-ceramic triode. Mainly used as vibration for the industry high frequency
heating equipment. The anode dissipation power is 120kW, max frequency is 30MHz

ElectricalFilament: thoriated tungstenFilament voltage: 12.2VFilament current: 255A(Va=10KV, la=8. 0A): 50mA/VAmplification factor(Va=10KV, la=8. 0A): 30Inter-electrode capacitancesGrid to filament: 170pFAnode to filament: 2.7pFGrid to anode: 55pFMechanicalOverall length: 425Overall diameter: 190.5Net weight: 11.5Kg4CX150F 4CX250B/FG 4CX300A 4CX350A/F 4CX1000A 4CX1500A/B 4CX3000A 4CX5000A 4CX10000D 4CX15000A 4CPX150K 6T51 7T62R E3062 7T69RB 7T84RB 7T85RB 8T25RA 8T85RB 8T87RB 3CX800A7 3CX1500A7 3CX2500A3/F3/H3 3CX3000A1/A7/F1/F7 3CX4500F3(YU-108) 3CX6000A7(YU-148) 3CX10000A3/A7/H3 3CX15000A3/A7/H3 3CX20000H3 3CW30000H3 3CW40000H3 3CW45000H3 6T51 7T62R(E3062C) 8T25RA8T85RB 8T87RB 7T69RB 7T84RB 7T85RB 3CX800A7 3CX1500A7 3CX2500A3/F3/H33CX3000A3/F7/A7 3CX4500/F3 YU-108 3CX6000A7(YU-148) 3CX10000A3/F3/H3 3CX15000A3/F3/H3 3CX20000H3 3CW30000H3 33CW40000H3 3CX45000H3 BW1184J2 BW1185J2 BW1608F RS3060CJ RS3500C TH382 TH347 TH5-6 ITL5-1 TH6-3A Microwave CW Magnetrons: 2450MHz 850W 950W 1000W 5KW 10KW, 915MHZ 5KW 30Kw,

图片

Electron Tube BW1184J2

Send your message to this supplier
« Prev Product 1 2 3 4 5 6 7 ... Next Product »

Other Products from this Supplier

Company Info

Beijing Jenerator Electronic Co., Ltd.
[China]
[Verified Member]

Business Type:Manufacturer, Distributor/Wholesaler, Other

City: Beijing
Province/State: Beijing
Country/Region : China

View Contact Details

Email this page Bookmark this page Print this Page