Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Triode
Other
power of up to -\ w2
503 W
oscillations with a peak output power of up to -\ w2503 [
anode modulation, at frequencies up [
1.5
1.5 kW with anode modulation, at frequencies up [ -
heater
4
Envelope: metal-ceramic. 4 cathode and heater;
heater
2
,,g,L{, 2% - heater
temperature,®°C [1]
-60 C
Temnepatypa okpyxatouie# cpeas, °C . . . . . . . —-60—-+125 Ambient temperature,®°C . . .. ... ... ... .. —60to +125
temperature,®°C [2]
125 C
Temnepatypa okpyxatouie# cpeas, °C . . . . . . . —-60—-+125 Ambient temperature,®°C . . .. ... ... ... .. —60to +125
temperature,®°C [3]
-60 C
Temnepatypa okpyxatouie# cpeas, °C . . . . . . . —-60—-+125 Ambient temperature,®°C . . .. ... ... ... .. —60to +125
temperature,®°C [4]
125 C
Temnepatypa okpyxatouie# cpeas, °C . . . . . . . —-60—-+125 Ambient temperature,®°C . . .. ... ... ... .. —60to +125
voltage (ACorDC),V
63 V
HanpsxeHue Hakana (~ vnu =), B 6,3 Heater voltage (ACorDC),V . . . . . . .. .. ...
anode voitage
450 uS
KpyTuaHa xapakTepucTukiy (Npy Hanps>keHun Mutual conductance (at anode voitage 450 V,
current [1]
450 mA
aHopa 450 B, Toke aHopa B peak anode current 50 mA), mA/V, atleast . . . . . .
current [2]
50 mA
aHopa 450 B, Toke aHopa B peak anode current 50 mA), mA/V, atleast . . . . . .
current, uA,atmost
50 uA
umnynece 50 MA), MA/B, He meHee . . . . . . . . .. Inverse grid current, uA,atmost . . . . . .. .. ..
voltage [1]
15 W
O6paTHbIii TOK CETKMW, MKA, He Gonee . . . . . . . . 1,5 Peak power output (at peak anode voltage 2.5 A,
voltage [2]
2.5 W
O6paTHbIii TOK CETKMW, MKA, He Gonee . . . . . . . . 1,5 Peak power output (at peak anode voltage 2.5 A,
pulse duration [1]
1.5 us
MouiHocTb BbiIxogHas B uMmnysisce (Npu pulse duration 1.5 us, 1/duty factor 200,
pulse duration [2]
1 us
MouiHocTb BbiIxogHas B uMmnysisce (Npu pulse duration 1.5 us, 1/duty factor 200,
pulse duration [3]
200 us
MouiHocTb BbiIxogHas B uMmnysisce (Npu pulse duration 1.5 us, 1/duty factor 200,
wavelength [1]
8 cm
HanpsXXeHun aHoga 8 umnynece 2,5 A, wavelength 10 cm), kW, atleast . . . . . . ....
wavelength [2]
25 cm
HanpsXXeHun aHoga 8 umnynece 2,5 A, wavelength 10 cm), kW, atleast . . . . . . ....
wavelength [3]
10 cm
HanpsXXeHun aHoga 8 umnynece 2,5 A, wavelength 10 cm), kW, atleast . . . . . . ....
Interelectrode capacitance, pF
15 pF
AnuTenbHOCTU UMnynseca 1,5 Mxc, Interelectrode capacitance, pF:
input [1]
200
ckBaxkHOCTU 200, AnnHe 8oNHLI 10 cM), input . . . ...
input [2]
8
ckBaxkHOCTU 200, AnnHe 8oNHLI 10 cM), input . . . ...
input [3]
10
ckBaxkHOCTU 200, AnnHe 8oNHLI 10 cM), input . . . ...
Dissipation, W
-250 W
HauMeHbLlee -250 Dissipation, W:
current, A [1]
6 uA
Hawbonbwas MowHoOCTb BO36YXAeHUA, BT . . . . . 350 Peak anode current, A . . . . ... ...
current, A [2]
350 uA
Hawbonbwas MowHoOCTb BO36YXAeHUA, BT . . . . . 350 Peak anode current, A . . . . ... ...
temperature, °C
26 C
aHoAa B uMnynkLce 2,6 Envelope temperature, °C
CeTKMN B UMNYNbCe
125 s
CeTKMN B UMNYNbCe 1,25 Warm up time, s
frequency, MHz
200 MHz
Haunbonbiuan Temnepartypa o6onouku, °C . . . . . . 200 Operating frequency, MHz . . . . . . ... ... ..
Haunbonbuwas paboyas yactota, My [1]
3000
Haunbonbuwas paboyas yactota, My . . . . . . .. 3000 Minimum 1/duty factor
Haunbonbuwas paboyas yactota, My [2]
1
Haunbonbuwas paboyas yactota, My . . . . . . .. 3000 Minimum 1/duty factor
HanpsbkeHve Hakana, B [1]
63
HanpsbkeHve Hakana, B 6,3 6,3 oscillator
HanpsbkeHve Hakana, B [2]
63
HanpsbkeHve Hakana, B 6,3 6,3 oscillator
voltage, V [1]
6.3 V
HanpsixxeHue aHoaa B Heater voltage, V . . . . . . .. 6.3 6.3
voltage, V [2]
6.3 V
HanpsixxeHue aHoaa B Heater voltage, V . . . . . . .. 6.3 6.3
voltage, kV [1]
28 kV
umnynece, kB . . . ..o 2,8 2,8 Peak anode voltage, kV . . . . . 2.8 2.8
voltage, kV [2]
28 kV
umnynece, kB . . . ..o 2,8 2,8 Peak anode voltage, kV . . . . . 2.8 2.8
voltage, kV [3]
2.8 kV
umnynece, kB . . . ..o 2,8 2,8 Peak anode voltage, kV . . . . . 2.8 2.8
voltage, kV [4]
2.8 kV
umnynece, kB . . . ..o 2,8 2,8 Peak anode voltage, kV . . . . . 2.8 2.8
current, A [1]
25 A
Tok aHoaa B uMnynece, A 25 2,5 Peak anode current, A . . . . . 2.5 25
current, A [2]
25 A
Tok aHoaa B uMnynece, A 25 2,5 Peak anode current, A . . . . . 2.5 25
current, A [3]
2.5 A
Tok aHoaa B uMnynece, A 25 2,5 Peak anode current, A . . . . . 2.5 25
current, A [4]
25 A
Tok aHoaa B uMnynece, A 25 2,5 Peak anode current, A . . . . . 2.5 25
Pulse duration, us [1]
1.5 us
[OnutenbHOCTL UMNYNbCA, Pulse duration, us . . . . . . .. 1.5 1.5
Pulse duration, us [2]
1.5 us
[OnutenbHOCTL UMNYNbCA, Pulse duration, us . . . . . . .. 1.5 1.5
power, W [1]
200 W
CKB@KHOCTE . . . . . . . ... 200 200 Peak output power, W . . . . . 1,500 1,500
power, W [2]
200 W
CKB@KHOCTE . . . . . . . ... 200 200 Peak output power, W . . . . . 1,500 1,500
power, W [3]
1500 W
CKB@KHOCTE . . . . . . . ... 200 200 Peak output power, W . . . . . 1,500 1,500
power, W [4]
1500 W
CKB@KHOCTE . . . . . . . ... 200 200 Peak output power, W . . . . . 1,500 1,500
power, W
350 W
MouwHocTb, BT: Peak drive power, W . . . . . . - 350
Frequency, MHz [1]
1500 MHz
BbIXOAHAA B MMNyfbce . . . 1500 1500 Frequency, MHz . . . .. . .. 3,000 3,000
Frequency, MHz [2]
1500 MHz
BbIXOAHAA B MMNyfbce . . . 1500 1500 Frequency, MHz . . . .. . .. 3,000 3,000
Frequency, MHz [3]
3000 MHz
BbIXOAHAA B MMNyfbce . . . 1500 1500 Frequency, MHz . . . .. . .. 3,000 3,000
Frequency, MHz [4]
3000 MHz
BbIXOAHAA B MMNyfbce . . . 1500 1500 Frequency, MHz . . . .. . .. 3,000 3,000
frequency [1]
0 Hz
pdpvd U 0 Ui=6.3V; r:‘;dues_; pulse frequency 1,000 Hz;
frequency [2]
6.3 Hz
pdpvd U 0 Ui=6.3V; r:‘;dues_; pulse frequency 1,000 Hz;
frequency [3]
1000 Hz
pdpvd U 0 Ui=6.3V; r:‘;dues_; pulse frequency 1,000 Hz;
grid
5
5 / LA L r A _ anod&,grid
frequency [1]
63 Hz
I A UB=63V;1 =‘1)dus; p_:lse frequency 1,000 Hz;
frequency [2]
1 Hz
I A UB=63V;1 =‘1)dus; p_:lse frequency 1,000 Hz;
frequency [3]
1 Hz
I A UB=63V;1 =‘1)dus; p_:lse frequency 1,000 Hz;
frequency [4]
1000 Hz
I A UB=63V;1 =‘1)dus; p_:lse frequency 1,000 Hz;
Output [1]
11
Y 11/ L :, <d '; ged Characteristic Curves Showing Oscillator Output 4
Output [2]
4
Y 11/ L :, <d '; ged Characteristic Curves Showing Oscillator Output 4
Gain cooficient (). ™ [1]
200
R AN - Gain cooficient (). ™ 00200 00 40Pinim. W
Gain cooficient (). ™ [2]
0
R AN - Gain cooficient (). ™ 00200 00 40Pinim. W
Gain cooficient (). ™ [3]
40
R AN - Gain cooficient (). ™ 00200 00 40Pinim. W
Amplification Mode
4
J0 Averaged Characteristic Curves in Amplification Mode: 4
power Py, "
3 W
peak oscillator power Py, "3%