Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Triode
Other
anode modulation, as an [1]
70
(TN-70BT) NpegHasHa4eH LS reHepMpPOBaHUA 1 yCu- wave or pulsed operation with anode modulation, as an
anode modulation, as an [2]
1
(TN-70BT) NpegHasHa4eH LS reHepMpPOBaHUA 1 yCu- wave or pulsed operation with anode modulation, as an
grid
7
KIT - cathode and heater; /7 heater; C — grid;
temperature,°C [1]
735 C
MICE 735 Ambient temperature,°C ........ ... ... .. —6010 +100
temperature,°C [2]
-6010 C
MICE 735 Ambient temperature,°C ........ ... ... .. —6010 +100
temperature,°C [3]
100 C
MICE 735 Ambient temperature,°C ........ ... ... .. —6010 +100
voltage, V
126 V
... ... .. ... 12,6 Heater voltage, V ........
voltage
1.3 uS
KpyTu3Ha xapakTepucTukuy (Npu Hanps>xeHun Mutual conductance (at anode voltage 1.3 kV,
current [1]
13 uA
anoga 1,3 kB, uaMeHeHur HanNpPsPKeHWA Ha ceTke grid voltage change 1V, anode current 150 mA),
current [2]
1 uA
anoga 1,3 kB, uaMeHeHur HanNpPsPKeHWA Ha ceTke grid voltage change 1V, anode current 150 mA),
current [3]
150 uA
anoga 1,3 kB, uaMeHeHur HanNpPsPKeHWA Ha ceTke grid voltage change 1V, anode current 150 mA),
anode [1]
13 kV
MpoHunyaemocTb (Npy Hanpsxexun aHoaa 1,3 kB, Penetration factor (at anode voltage 1.3 kV, anode
anode [2]
1.3 kV
MpoHunyaemocTb (Npy Hanpsxexun aHoaa 1,3 kB, Penetration factor (at anode voltage 1.3 kV, anode
current [1]
200 A
V3MeHeHWn HanpsxeHus aHoga 200 B, Toke voltage change 200 V, anode current
current [2]
200 A
V3MeHeHWn HanpsxeHus aHoga 200 B, Toke voltage change 200 V, anode current
current [1]
13 mA
npuv Hanps>xeHun aHoga 1,3 kB, Toke aHoaa voltage 1.3 kV, anode current 150 mA), V .. .....
current [2]
1.3 mA
npuv Hanps>xeHun aHoga 1,3 kB, Toke aHoaa voltage 1.3 kV, anode current 150 mA), V .. .....
current [3]
150 mA
npuv Hanps>xeHun aHoga 1,3 kB, Toke aHoaa voltage 1.3 kV, anode current 150 mA), V .. .....
Interelectrode capacitance, pF [1]
150 pF
150 MA), B ... 12,5-75 Interelectrode capacitance, pF:
Interelectrode capacitance, pF [2]
125 pF
150 MA), B ... 12,5-75 Interelectrode capacitance, pF:
Interelectrode capacitance, pF [3]
-75 pF
150 MA), B ... 12,5-75 Interelectrode capacitance, pF:
input [1]
10
EmkocTb, Nd: input .. ... 10-12.5
input [2]
-12.5
EmkocTb, Nd: input .. ... 10-12.5
output [1]
10
BXOAHAR . ..ot 10-12,5 output .. .. 4.2-5
output [2]
-125
BXOAHAR . ..ot 10-12,5 output .. .. 4.2-5
output [3]
4.2
BXOAHAR . ..ot 10-12,5 output .. .. 4.2-5
output [4]
-5
BXOAHAR . ..ot 10-12,5 output .. .. 4.2-5
power
90 W
Bpems roToBHOCTU, C, HE Bonee . ............... 90 Output power:
voltage
11.6 V
MouwHoCTe BbiXOAHaSRA, BT, He MeHee: in CW operation (at heater voltage 11.6 V,
current [1]
8 mA
8 HENPepPbIBHOM PEXUME (NPU HAMPSHKEHUSIX anode voltage 1.05 kV, anode current 300 mA,
current [2]
1.05 mA
8 HENPepPbIBHOM PEXUME (NPU HAMPSHKEHUSIX anode voltage 1.05 kV, anode current 300 mA,
current [3]
300 mA
8 HENPepPbIBHOM PEXUME (NPU HAMPSHKEHUSIX anode voltage 1.05 kV, anode current 300 mA,
wavelength [1]
116 cm
‘Hakana 11,6 B, aHoga 1,05 kB, Toke aHopa wavelength 18.5cm), W, atleast ............. 40
wavelength [2]
105 cm
‘Hakana 11,6 B, aHoga 1,05 kB, Toke aHopa wavelength 18.5cm), W, atleast ............. 40
wavelength [3]
18.5 cm
‘Hakana 11,6 B, aHoga 1,05 kB, Toke aHopa wavelength 18.5cm), W, atleast ............. 40
wavelength [4]
40 cm
‘Hakana 11,6 B, aHoga 1,05 kB, Toke aHopa wavelength 18.5cm), W, atleast ............. 40
heater voitage [1]
300
300 MA, anuHe BONHbI 18,5¢m) ... ... 40 in pulsed operation (at heater voitage 12.6 V,
heater voitage [2]
185
300 MA, anuHe BONHbI 18,5¢m) ... ... 40 in pulsed operation (at heater voitage 12.6 V,
heater voitage [3]
40
300 MA, anuHe BONHbI 18,5¢m) ... ... 40 in pulsed operation (at heater voitage 12.6 V,
heater voitage [4]
12.6
300 MA, anuHe BONHbI 18,5¢m) ... ... 40 in pulsed operation (at heater voitage 12.6 V,
current [1]
9 A
B UMMYNBECHOM PEXWUME (NMPU HANPSIXKEHWAX peak anode voltage 9 kV, peak anode current 7.5 A,
current [2]
7.5 A
B UMMYNBECHOM PEXWUME (NMPU HANPSIXKEHWAX peak anode voltage 9 kV, peak anode current 7.5 A,
wavelength [1]
126 cm
Hakana 12,6 B, aHoga B umnynbce 9 kB, wavelength 10 cm), kW, atleast .............. 12
wavelength [2]
9 cm
Hakana 12,6 B, aHoga B umnynbce 9 kB, wavelength 10 cm), kW, atleast .............. 12
wavelength [3]
10 cm
Hakana 12,6 B, aHoga B umnynbce 9 kB, wavelength 10 cm), kW, atleast .............. 12
wavelength [4]
12 cm
Hakana 12,6 B, aHoga B umnynbce 9 kB, wavelength 10 cm), kW, atleast .............. 12
heater [1]
12 W
.. .. 1,2-10* Output power over 650 h of service (at heater
heater [2]
-10 W
.. .. 1,2-10* Output power over 650 h of service (at heater
heater [3]
650 W
.. .. 1,2-10* Output power over 650 h of service (at heater
anode [1]
650 kV
MOLWHOCTE BbiIXOA4HAs B TeHeHne 650 u voltage 11.6 V, anode voltage 1.05kV, anode
anode [2]
11.6 kV
MOLWHOCTE BbiIXOA4HAs B TeHeHne 650 u voltage 11.6 V, anode voltage 1.05kV, anode
anode [3]
1.05 kV
MOLWHOCTE BbiIXOA4HAs B TeHeHne 650 u voltage 11.6 V, anode voltage 1.05kV, anode
wavelength [1]
116 cm
SKcnnyaTaywi (Npu Hanps>xeHun Hakana 11,6 B, current 300 mA, wavelength 18.5cm),
wavelength [2]
300 cm
SKcnnyaTaywi (Npu Hanps>xeHun Hakana 11,6 B, current 300 mA, wavelength 18.5cm),
wavelength [3]
18.5 cm
SKcnnyaTaywi (Npu Hanps>xeHun Hakana 11,6 B, current 300 mA, wavelength 18.5cm),
voltage in continuous operation [1]
5 V
PEXUME . . .. 5 DC voltage in continuous operation ........... 25
voltage in continuous operation [2]
25 V
PEXUME . . .. 5 DC voltage in continuous operation ........... 25
cathode [1]
25 V
NOCTOAHHOE B HEMPEPbLIBHOM PEXUME . . . . . .... 2,5 DC voltage with cold cathode .. .............. 3
cathode [2]
3 V
NOCTOAHHOE B HEMPEPbLIBHOM PEXUME . . . . . .... 2,5 DC voltage with cold cathode .. .............. 3
voltage, V
3 V
NOCTOSHHOE NPU XONOAHOM KaToae . ... ... ... 3 Grid voltage, V:
current, A
3 A
MIHOBEHHOE 3Ha4YEeHNe B HENPEPbIBHOM Cathode current, A:
pulsed
3 A
MFHOBEHHOE 3HaqeHune B pexxume knacca B Anode current (DC component in pulsed
anode
350
NOCTOSIHHASA COCTaBMAOWANA B UMNYNECHOM anode . ....... . 350
heatingtime,s [1]
350 s
AHOMOM .. .. . 350 Cathode heatingtime,s ....................... 90
heatingtime,s [2]
90 s
AHOMOM .. .. . 350 Cathode heatingtime,s ....................... 90
Temperature, °C
9 C
AmvHa BORHBL, CM .. ... 9 Temperature, °C:
grid circuit, kQ
100 kohm
BbIBOAA KATOAA . ......................... 100 Resistance in grid circuit, kQ . ............
Voltage in Continuous [1]
70 W
=70 -60 -50 -440 J0 20 -0 Jij Output Power versus Anode Voltage in Continuous-
Voltage in Continuous [2]
-60 W
=70 -60 -50 -440 J0 20 -0 Jij Output Power versus Anode Voltage in Continuous-
Voltage in Continuous [3]
-50 W
=70 -60 -50 -440 J0 20 -0 Jij Output Power versus Anode Voltage in Continuous-
Voltage in Continuous [4]
-440 W
=70 -60 -50 -440 J0 20 -0 Jij Output Power versus Anode Voltage in Continuous-
Voltage in Continuous [5]
20 W
=70 -60 -50 -440 J0 20 -0 Jij Output Power versus Anode Voltage in Continuous-
Voltage in Continuous [6]
0 W
=70 -60 -50 -440 J0 20 -0 Jij Output Power versus Anode Voltage in Continuous-