Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Tetrode
Other
Cathode: indirectly heated, oxide-coated [1]
358106
Cathode: indirectly heated, oxide-coated. 358106 2ull
Cathode: indirectly heated, oxide-coated [2]
2
Cathode: indirectly heated, oxide-coated. 358106 2ull
anode [1]
1
1, 2 - heater; K — cathode; C7 — grid 1; C2 —grid 2; A— anode
anode [2]
2
1, 2 - heater; K — cathode; C7 — grid 1; C2 —grid 2; A— anode
anode [3]
1
1, 2 - heater; K — cathode; C7 — grid 1; C2 —grid 2; A— anode
anode [4]
2
1, 2 - heater; K — cathode; C7 — grid 1; C2 —grid 2; A— anode
temperature, °C
-60 C
JIMHEMHDBIE . . . .. et Lowest permissible ambient temperature, °C .. .. ... -60
voltage (ACorDC),V [1]
27 V
Hanpsxxenvne Hakana (~vwim =),B .............. 27 Heater voltage (ACorDC),V . .................. 27
voltage (ACorDC),V [2]
27 V
Hanpsxxenvne Hakana (~vwim =),B .............. 27 Heater voltage (ACorDC),V . .................. 27
voltage, kV ......... .. ... .. L
1.7 kV
Hanpsi>xenue, B: Anode voltage, kV ......... .. ... .. L 1.7
voltage, V [1]
250 V
CETKUBTOPOM ... ..ttt i 250 Negative grid 1 bias voltage, V .. ................ 1840
voltage, V [2]
1 V
CETKUBTOPOM ... ..ttt i 250 Negative grid 1 bias voltage, V .. ................ 1840
voltage, V [3]
1840 V
CETKUBTOPOM ... ..ttt i 250 Negative grid 1 bias voltage, V .. ................ 1840
voltage, V,atmost [1]
18 V
CMELLIeHUA CEeTKU MEPBOA .. ... .............. MuHyc 18—40 Negative cutoff voltage, V,atmost ............... 120
voltage, V,atmost [2]
-40 V
CMELLIeHUA CEeTKU MEPBOA .. ... .............. MuHyc 18—40 Negative cutoff voltage, V,atmost ............... 120
voltage, V,atmost [3]
120 V
CMELLIeHUA CEeTKU MEPBOA .. ... .............. MuHyc 18—40 Negative cutoff voltage, V,atmost ............... 120
Mutual conductance, mA/V, atleast [1]
15 mA/V
AHOAA ... oot 1,5-10% Mutual conductance, mA/V, atleast .............. 65
Mutual conductance, mA/V, atleast [2]
-10 mA/V
AHOAA ... oot 1,5-10% Mutual conductance, mA/V, atleast .............. 65
Mutual conductance, mA/V, atleast [3]
65 mA/V
AHOAA ... oot 1,5-10% Mutual conductance, mA/V, atleast .............. 65
grid2) [1]
130
CETKUBTOPOM ...« .iv it MuRyc 130 Gain coefficient (grid 1 grid2) . .................. 37
grid2) [2]
1
CETKUBTOPOM ...« .iv it MuRyc 130 Gain coefficient (grid 1 grid2) . .................. 37
grid2) [3]
37
CETKUBTOPOM ...« .iv it MuRyc 130 Gain coefficient (grid 1 grid2) . .................. 37
Voltage level of combination frequencies of third
65 V
KpyTuana xapaktepuctuku, MA/B, He meHee . .. ... 65 Voltage level of combination frequencies of third
grid [1]
3 kV
KoahuUMeHT yCuneHma ceTkn nepson and fifth orders (at anode voltage 3 kV, grid 2
grid [2]
2 kV
KoahuUMeHT yCuneHma ceTkn nepson and fifth orders (at anode voltage 3 kV, grid 2
current [1]
3 mA
OTHOCUTESIBHO CETKU BTOPOW . . . .. oo e ve e . 3-7 voltage 300 V, anode current 750 mA, grid 2 current
current [2]
-7 mA
OTHOCUTESIBHO CETKU BTOPOW . . . .. oo e ve e . 3-7 voltage 300 V, anode current 750 mA, grid 2 current
current [3]
300 mA
OTHOCUTESIBHO CETKU BTOPOW . . . .. oo e ve e . 3-7 voltage 300 V, anode current 750 mA, grid 2 current
current [4]
750 mA
OTHOCUTESIBHO CETKU BTOPOW . . . .. oo e ve e . 3-7 voltage 300 V, anode current 750 mA, grid 2 current
current [5]
2 mA
OTHOCUTESIBHO CETKU BTOPOW . . . .. oo e ve e . 3-7 voltage 300 V, anode current 750 mA, grid 2 current
power under conditions of class AB [1]
3 W
3 kB, HanpsixeHuu ceTky BTopon 300 B, Toke aHoaa Oscillatory power under conditions of class AB,
power under conditions of class AB [2]
300 W
3 kB, HanpsixeHuu ceTky BTopon 300 B, Toke aHoaa Oscillatory power under conditions of class AB,
anode [1]
750 kV
750 MA, TOKe CeTKM BTOpo# He 6onee 110 MA), (at anode voltage 3 kV, grid 2 voltage 300 V, anode
anode [2]
6 kV
750 MA, TOKe CeTKM BTOpo# He 6onee 110 MA), (at anode voltage 3 kV, grid 2 voltage 300 V, anode
anode [3]
110 kV
750 MA, TOKe CeTKM BTOpo# He 6onee 110 MA), (at anode voltage 3 kV, grid 2 voltage 300 V, anode
anode [4]
3 kV
750 MA, TOKe CeTKM BTOpo# He 6onee 110 MA), (at anode voltage 3 kV, grid 2 voltage 300 V, anode
anode [5]
2 kV
750 MA, TOKe CeTKM BTOpo# He 6onee 110 MA), (at anode voltage 3 kV, grid 2 voltage 300 V, anode
anode [6]
300 kV
750 MA, TOKe CeTKM BTOpo# He 6onee 110 MA), (at anode voltage 3 kV, grid 2 voltage 300 V, anode
current at most [1]
-30 mA
Ab,HebBonee ............. ... ... ..., -30 current 750 mA, grid 2 current at most 110 mA),
current at most [2]
750 mA
Ab,HebBonee ............. ... ... ..., -30 current 750 mA, grid 2 current at most 110 mA),
current at most [3]
2 mA
Ab,HebBonee ............. ... ... ..., -30 current 750 mA, grid 2 current at most 110 mA),
current at most [4]
110 mA
Ab,HebBonee ............. ... ... ..., -30 current 750 mA, grid 2 current at most 110 mA),
input [1]
3
(npu Hanps>xeHun aHoAa 3 KB, HanpsXeHnn ceTku input .. ... 190
input [2]
190
(npu Hanps>xeHun aHoAa 3 KB, HanpsXeHnn ceTku input .. ... 190
output [1]
300
sTopon 300 B, Toke aHoaa 750 MA, TOKe CETKHU output . ... . 27
output [2]
750
sTopon 300 B, Toke aHoaa 750 MA, TOKe CETKHU output . ... . 27
output [3]
27
sTopon 300 B, Toke aHoaa 750 MA, TOKe CETKHU output . ... . 27
voltage (DC), kV ... ... . il
3 kV
Haubonbuwee HanpsixeHue, B: Anode voltage (DC), kV ... ... . il 3
voltage, V [1]
325 V
CETKW BTOPOW, MOCTOAIHHOE . ... .. ........... 325 Negativegrid 1 voltage, V...................... 150
voltage, V [2]
1 V
CETKW BTOPOW, MOCTOAIHHOE . ... .. ........... 325 Negativegrid 1 voltage, V...................... 150
voltage, V [3]
150 V
CETKW BTOPOW, MOCTOAIHHOE . ... .. ........... 325 Negativegrid 1 voltage, V...................... 150
dissipation, kW
150 kW
OTPULATESNTLHOE CETKU NMEPBONA . . . . ... .. ... ... 150 Anode dissipation, kW:
Haw6onbluas MoLHOCT, paccemBaemas single-sideband signal amplification
2.5
Haw6onbluas MoLHOCT, paccemBaemas single-sideband signal amplification . .......... 2.5
aHoaoM, KBT: TV signal amplification
35
aHoaoM, KBT: TV signal amplification ..................... 35
dissipation, W [1]
0 W
nNp1 YCUNEeHWU 0gHONONOCHOTO Grid 2 dissipation, W ...................... ... 35
dissipation, W [2]
2 W
nNp1 YCUNEeHWU 0gHONONOCHOTO Grid 2 dissipation, W ...................... ... 35
dissipation, W [3]
35 W
nNp1 YCUNEeHWU 0gHONONOCHOTO Grid 2 dissipation, W ...................... ... 35
dissipation, W [1]
25 W
CUTHAIIA . . .ttt ettt e e et e e 2,5 Grid 1 dissipation, W . ...........
dissipation, W [2]
1 W
CUTHAIIA . . .ttt ettt e e et e e 2,5 Grid 1 dissipation, W . ...........
current (DC component), A
2.2 A
npy yCUNEeHUy TENEBU3UOHHOTO Cathode current (DC component), A ............. 2.2
current (instantaneous value), A [1]
5 A
[ Lot = 5 - 3,5 Anode current (instantaneous value), A ........... 7
current (instantaneous value), A [2]
35 A
[ Lot = 5 - 3,5 Anode current (instantaneous value), A ........... 7
current (instantaneous value), A [3]
7 A
[ Lot = 5 - 3,5 Anode current (instantaneous value), A ........... 7
frequency, MHz
250 MHz
PaccenBaemas mowHoCTb HavbonbLas, BT: Operating frequency, MHz .. ................... 250
anode, ster and seals,°C [1]
35 C
CETKOM BTOPOM ... oot iiiii e aiannn s 35 Temperature at anode, ster and seals,°C ........ 200
anode, ster and seals,°C [2]
200 C
CETKOM BTOPOM ... oot iiiii e aiannn s 35 Temperature at anode, ster and seals,°C ........ 200
Anode Characteristic Curves: c:lir;%evd; z::gesggavractenstlc Curves: : _; g::g:::: E:g
31
Averaged Anode Characteristic Curves: c:lir;%evd; z::gesggavractenstlc Curves: : _; g::g:::: E:g 31:: :;:gg:;;