Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Triode
Other
Published electrical value
130
130M) npegHasHa4yeH ANsl TeHEPUPOBaHWUSI BbICOKO- excited oscillator circuits with no external feedback,
temperature,°C [1]
735 C
MG 735 Ambient temperature,°C ...................... —60to +100
temperature,°C [2]
-60 C
MG 735 Ambient temperature,°C ...................... —60to +100
temperature,°C [3]
100 C
MG 735 Ambient temperature,°C ...................... —60to +100
voltage
400 uS
KpyTu3Ha xapak TepucTuku (Npyu HanpspkeHun Mutual conductance (at anode voltage 400 V,
current [1]
400 A
aroga 400 B, naMeHeHVn Hanps>XKeHUs CETKM grid voltage change 0.5 V, anode current
current [2]
500 mA
aroga 400 B, naMeHeHVn Hanps>XKeHUs CETKM grid voltage change 0.5 V, anode current
voltage change from [1]
8 V
MAB L 8-12 Penetration factor (at anode voltage change from
voltage change from [2]
-12 V
MAB L 8-12 Penetration factor (at anode voltage change from
current [1]
3 uA
MpoHUUAEMOCTb (MPY 3MEHEHUW HANPAXKEHURA 400-800 V, anode current 15mA), % ............ 0.7-1.5
current [2]
400 uA
MpoHUUAEMOCTb (MPY 3MEHEHUW HANPAXKEHURA 400-800 V, anode current 15mA), % ............ 0.7-1.5
current [3]
-800 uA
MpoHUUAEMOCTb (MPY 3MEHEHUW HANPAXKEHURA 400-800 V, anode current 15mA), % ............ 0.7-1.5
current [4]
15 uA
MpoHUUAEMOCTb (MPY 3MEHEHUW HANPAXKEHURA 400-800 V, anode current 15mA), % ............ 0.7-1.5
current [5]
0.7 uA
MpoHUUAEMOCTb (MPY 3MEHEHUW HANPAXKEHURA 400-800 V, anode current 15mA), % ............ 0.7-1.5
current [6]
-1.5 uA
MpoHUUAEMOCTb (MPY 3MEHEHUW HANPAXKEHURA 400-800 V, anode current 15mA), % ............ 0.7-1.5
voltage [1]
400 mA
aropaa ot 400-800 B, Toke aHoga 15MA), % . ... ... 0,7-1,5 Anode current (at anode voltage 400 V), mA .. .... 35-65
voltage [2]
-800 mA
aropaa ot 400-800 B, Toke aHoga 15MA), % . ... ... 0,7-1,5 Anode current (at anode voltage 400 V), mA .. .... 35-65
voltage [3]
15 mA
aropaa ot 400-800 B, Toke aHoga 15MA), % . ... ... 0,7-1,5 Anode current (at anode voltage 400 V), mA .. .... 35-65
voltage [4]
7 mA
aropaa ot 400-800 B, Toke aHoga 15MA), % . ... ... 0,7-1,5 Anode current (at anode voltage 400 V), mA .. .... 35-65
voltage [5]
-15 mA
aropaa ot 400-800 B, Toke aHoga 15MA), % . ... ... 0,7-1,5 Anode current (at anode voltage 400 V), mA .. .... 35-65
voltage [6]
400 mA
aropaa ot 400-800 B, Toke aHoga 15MA), % . ... ... 0,7-1,5 Anode current (at anode voltage 400 V), mA .. .... 35-65
voltage [7]
35 mA
aropaa ot 400-800 B, Toke aHoga 15MA), % . ... ... 0,7-1,5 Anode current (at anode voltage 400 V), mA .. .... 35-65
voltage [8]
-65 mA
aropaa ot 400-800 B, Toke aHoga 15MA), % . ... ... 0,7-1,5 Anode current (at anode voltage 400 V), mA .. .... 35-65
Interelectrode capacitance, pF [1]
400 pF
Tok aHoga (npu HanpsbkeHuu aHoaa 400 B), MA . . . . 35-65 Interelectrode capacitance, pF:
Interelectrode capacitance, pF [2]
35 pF
Tok aHoga (npu HanpsbkeHuu aHoaa 400 B), MA . . . . 35-65 Interelectrode capacitance, pF:
Interelectrode capacitance, pF [3]
-65 pF
Tok aHoga (npu HanpsbkeHuu aHoaa 400 B), MA . . . . 35-65 Interelectrode capacitance, pF:
output [1]
95
BXOOHAN . ..ottt 9,5-12 output . ... 0.16-0.25
output [2]
-12
BXOOHAN . ..ottt 9,5-12 output . ... 0.16-0.25
output [3]
0.16
BXOOHAN . ..ottt 9,5-12 output . ... 0.16-0.25
output [4]
-0.25
BXOOHAN . ..ottt 9,5-12 output . ... 0.16-0.25
anode [1]
6 W
Bpemsi rotoBHOCTH, C,HE 6onee . .. . ............ 60 QOutput power in pulsed operation (at peak anode
anode [2]
60 W
Bpemsi rotoBHOCTH, C,HE 6onee . .. . ............ 60 QOutput power in pulsed operation (at peak anode
wavelength [1]
1.5 cm
MOLYHOCTb BbIXOAHASA B UMMYIBCHOM pexxkume {(npu voltage 1.5 kV, wavelength 12.4 cm, puise duration
wavelength [2]
12.4 cm
MOLYHOCTb BbIXOAHASA B UMMYIBCHOM pexxkume {(npu voltage 1.5 kV, wavelength 12.4 cm, puise duration
HanpshkeHu aHoaa [1]
8
HanpshkeHu aHoaa 8 umnynece 1,5 kB, gnvHe 3-7 us, 1/duty factor 150-200), W, at
HanpshkeHu aHoaa [2]
15
HanpshkeHu aHoaa 8 umnynece 1,5 kB, gnvHe 3-7 us, 1/duty factor 150-200), W, at
HanpshkeHu aHoaa [3]
3
HanpshkeHu aHoaa 8 umnynece 1,5 kB, gnvHe 3-7 us, 1/duty factor 150-200), W, at
HanpshkeHu aHoaa [4]
-7
HanpshkeHu aHoaa 8 umnynece 1,5 kB, gnvHe 3-7 us, 1/duty factor 150-200), W, at
HanpshkeHu aHoaa [5]
1
HanpshkeHu aHoaa 8 umnynece 1,5 kB, gnvHe 3-7 us, 1/duty factor 150-200), W, at
HanpshkeHu aHoaa [6]
150
HanpshkeHu aHoaa 8 umnynece 1,5 kB, gnvHe 3-7 us, 1/duty factor 150-200), W, at
HanpshkeHu aHoaa [7]
-200
HanpshkeHu aHoaa 8 umnynece 1,5 kB, gnvHe 3-7 us, 1/duty factor 150-200), W, at
cathode, kV [1]
1
NOCTOSHHOE Npu XONOAHOM KaToae, KB . .. ... .. 1 DC with cold cathode, kV ................ 1
cathode, kV [2]
1
NOCTOSHHOE Npu XONOAHOM KaToae, KB . .. ... .. 1 DC with cold cathode, kV ................ 1
pulse
3 V
Hanpsikenue ceTku, MrHOBEHHOE 3Ha4eHune (npv Grid voltage, instantaneous value (with pulse
grid [1]
2
PaccemBaemast MOWHOCTb CeTkOR, BT .. ... ... ... 2 grid ... 2
grid [2]
2
PaccemBaemast MOWHOCTb CeTkOR, BT .. ... ... ... 2 grid ... 2
heating time, s, atleast [1]
45 s
Bpems paszorpesa katoga, C, HE MEHee . . ... ... ... 45 Cathode heating time, s, atleast . ............ 45
heating time, s, atleast [2]
45 s
Bpems paszorpesa katoga, C, HE MEHee . . ... ... ... 45 Cathode heating time, s, atleast . ............ 45
Wavelength,cm, atleast [1]
9 cm
OnvHa BOMHbI, CM, HEMEHEee . . ................. 9 Wavelength,cm, atleast ................... 9
Wavelength,cm, atleast [2]
9 cm
OnvHa BOMHbI, CM, HEMEHEee . . ................. 9 Wavelength,cm, atleast ................... 9
Anode Characteristic Curves :] [1]
0
Anode Characteristic Curves :]0 4 PA - % P = 4 :g
Anode Characteristic Curves :] [2]
4
Anode Characteristic Curves :]0 4 PA - % P = 4 :g
Anode Characteristic Curves :] [3]
4
Anode Characteristic Curves :]0 4 PA - % P = 4 :g