Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Triode
Other
voltage regulators in stationary and mobile equip- ‘ a
0 V
nic voltage regulators in stationary and mobile equip- ‘ a 0
Cathode: indirectly heated, oxide-coated [1]
1
Cathode: indirectly heated, oxide-coated. 1, 2, 6, 7 - nogorpesavens; 3 - Katoa; 4 - aHog; 5 - ceTka
Cathode: indirectly heated, oxide-coated [2]
2
Cathode: indirectly heated, oxide-coated. 1, 2, 6, 7 - nogorpesavens; 3 - Katoa; 4 - aHog; 5 - ceTka
Cathode: indirectly heated, oxide-coated [3]
6
Cathode: indirectly heated, oxide-coated. 1, 2, 6, 7 - nogorpesavens; 3 - Katoa; 4 - aHog; 5 - ceTka
Cathode: indirectly heated, oxide-coated [4]
7
Cathode: indirectly heated, oxide-coated. 1, 2, 6, 7 - nogorpesavens; 3 - Katoa; 4 - aHog; 5 - ceTka
Cathode: indirectly heated, oxide-coated [5]
3
Cathode: indirectly heated, oxide-coated. 1, 2, 6, 7 - nogorpesavens; 3 - Katoa; 4 - aHog; 5 - ceTka
Cathode: indirectly heated, oxide-coated [6]
4
Cathode: indirectly heated, oxide-coated. 1, 2, 6, 7 - nogorpesavens; 3 - Katoa; 4 - aHog; 5 - ceTka
Cathode: indirectly heated, oxide-coated [7]
5
Cathode: indirectly heated, oxide-coated. 1, 2, 6, 7 - nogorpesavens; 3 - Katoa; 4 - aHog; 5 - ceTka
grid [1]
12
Envelope: glass. 1,2, 6, 7 heater; 3 - cathode; 4 - anode; 5 - grid
grid [2]
6
Envelope: glass. 1,2, 6, 7 heater; 3 - cathode; 4 - anode; 5 - grid
grid [3]
7
Envelope: glass. 1,2, 6, 7 heater; 3 - cathode; 4 - anode; 5 - grid
grid [4]
3
Envelope: glass. 1,2, 6, 7 heater; 3 - cathode; 4 - anode; 5 - grid
grid [5]
4
Envelope: glass. 1,2, 6, 7 heater; 3 - cathode; 4 - anode; 5 - grid
grid [6]
5
Envelope: glass. 1,2, 6, 7 heater; 3 - cathode; 4 - anode; 5 - grid
frequency,Hz [1]
30 Hz
AvanasoHuacToT, My .. ... 30-300 frequency,Hz . ........................... 30-300
frequency,Hz [2]
-300 Hz
AvanasoHuacToT, My .. ... 30-300 frequency,Hz . ........................... 30-300
frequency,Hz [3]
30 Hz
AvanasoHuacToT, My .. ... 30-300 frequency,Hz . ........................... 30-300
frequency,Hz [4]
-300 Hz
AvanasoHuacToT, My .. ... 30-300 frequency,Hz . ........................... 30-300
temperature,°C [1]
-60 C
Temnepatypa okpyxarowen cpegpl, °C . .......... —60-+100 Ambient temperature,°C ...................... —60to +100
temperature,°C [2]
100 C
Temnepatypa okpyxarowen cpegpl, °C . .......... —60-+100 Ambient temperature,°C ...................... —60to +100
temperature,°C [3]
-60 C
Temnepatypa okpyxarowen cpegpl, °C . .......... —60-+100 Ambient temperature,°C ...................... —60to +100
temperature,°C [4]
100 C
Temnepatypa okpyxarowen cpegpl, °C . .......... —60-+100 Ambient temperature,°C ...................... —60to +100
Mutual conductance, mA/V [1]
30 mA/V
npyv nocnefoBaTenbHOM BKNIOYEHUN Mutual conductance, mA/V . . ................... 30-50
Mutual conductance, mA/V [2]
-50 mA/V
npyv nocnefoBaTenbHOM BKNIOYEHUN Mutual conductance, mA/V . . ................... 30-50
current, yuA, atmost [1]
3 uA
NOROIPEBATENEN . .. ......covirerunennn .. 3-3,6 Inverse grid current, yuA, atmost ................ 5
current, yuA, atmost [2]
-36 uA
NOROIPEBATENEN . .. ......covirerunennn .. 3-3,6 Inverse grid current, yuA, atmost ................ 5
current, yuA, atmost [3]
5 uA
NOROIPEBATENEN . .. ......covirerunennn .. 3-3,6 Inverse grid current, yuA, atmost ................ 5
resistance, ), atmost [1]
120 ohm
Hanpskewneawoga,B........................ 120 Internal resistance, ), atmost .................. 120
resistance, ), atmost [2]
120 ohm
Hanpskewneawoga,B........................ 120 Internal resistance, ), atmost .................. 120
Interelectrode capacitance, pF [1]
30 pF
KpyTtusHa xapaktepuctnku, MA/B .. .......... ... 30-50 Interelectrode capacitance, pF:
Interelectrode capacitance, pF [2]
-50 pF
KpyTtusHa xapaktepuctnku, MA/B .. .......... ... 30-50 Interelectrode capacitance, pF:
input [1]
6
O6paTHbIf TOK CETKN, MKA, He 6onee . ........... 5 input . ... . 23-37
input [2]
5
O6paTHbIf TOK CETKN, MKA, He 6onee . ........... 5 input . ... . 23-37
input [3]
23
O6paTHbIf TOK CETKN, MKA, He 6onee . ........... 5 input . ... . 23-37
input [4]
-37
O6paTHbIf TOK CETKN, MKA, He 6onee . ........... 5 input . ... . 23-37
output [1]
80
BHyTpeHHee conpotuBnenne, OM ............... 80-120 output ... 9.5-115
output [2]
-120
BHyTpeHHee conpotuBnenne, OM ............... 80-120 output ... 9.5-115
output [3]
9.5
BHyTpeHHee conpotuBnenne, OM ............... 80-120 output ... 9.5-115
output [4]
-115
BHyTpeHHee conpotuBnenne, OM ............... 80-120 output ... 9.5-115
heater capacitance, pF,atmost
60 pF
MeXXaneKTpoaHbie eMKoCTK, Nd: Cathode-heater capacitance, pF,atmost.......... 60
current, mA, atleast [1]
95 mA
BBIXOAHARA . . ..ottt 9,5-11,5 anode current, mA, atleast .................. 340
current, mA, atleast [2]
-115 mA
BBIXOAHARA . . ..ottt 9,5-11,5 anode current, mA, atleast .................. 340
current, mA, atleast [3]
340 mA
BBIXOAHARA . . ..ottt 9,5-11,5 anode current, mA, atleast .................. 340
current, yAatmost [1]
24 A
NPOXOAHAS ...\ it it ii et 24-38 inverse grid current, yAatmost .............. 15
current, yAatmost [2]
-38 A
NPOXOAHAS ...\ it it ii et 24-38 inverse grid current, yAatmost .............. 15
current, yAatmost [3]
15 A
NPOXOAHAS ...\ it it ii et 24-38 inverse grid current, yAatmost .............. 15
current, %, atmost .......... +
30 A
EmkocTb kaTog-noporpesatens, nd, change in anode current, %, atmost .......... +30
cathode operation [1]
5.7
npuv NapannenbHOM BKOYEHNN single-cathode operation . . .................. 5.7-6.9
cathode operation [2]
-6.9
npuv NapannenbHOM BKOYEHNN single-cathode operation . . .................. 5.7-6.9
dissipation above [1]
57 W
e 5,7-6,9 at anode dissipation above 30W ............. 250
dissipation above [2]
-69 W
e 5,7-6,9 at anode dissipation above 30W ............. 250
dissipation above [3]
30 W
e 5,7-6,9 at anode dissipation above 30W ............. 250
dissipation above [4]
250 W
e 5,7-6,9 at anode dissipation above 30W ............. 250
dissipationat most [1]
30 W
Hanps>xenne aHoga, B: at anode dissipationat most 30W ............ 450
dissipationat most [2]
450 W
Hanps>xenne aHoga, B: at anode dissipationat most 30W ............ 450
voltage, V [1]
6 V
aHogoM, 6onee30BT ............ .. ..., 250 Negative grid voltage, V ....................... 0.5-150
voltage, V [2]
0 V
aHogoM, 6onee30BT ............ .. ..., 250 Negative grid voltage, V ....................... 0.5-150
voltage, V [3]
250 V
aHogoM, 6onee30BT ............ .. ..., 250 Negative grid voltage, V ....................... 0.5-150
voltage, V [4]
0.5 V
aHogoM, 6onee30BT ............ .. ..., 250 Negative grid voltage, V ....................... 0.5-150
voltage, V [5]
-150 V
aHogoM, 6onee30BT ............ .. ..., 250 Negative grid voltage, V ....................... 0.5-150
cathode [1]
600
NPy BKINIOHEHWM HA XONOZHYKO namny .. ....... 600 in operation with single cathode .............. 45
cathode [2]
45
NPy BKINIOHEHWM HA XONOZHYKO namny .. ....... 600 in operation with single cathode .............. 45
heater, V [1]
5 V
HanpsixeHue ceTku, oTpuyatenoHoe, B . ..., .. ... 0,5-150 Voltage between cathode and heater, V... ........ 300
heater, V [2]
-150 V
HanpsixeHue ceTku, oTpuyatenoHoe, B . ..., .. ... 0,5-150 Voltage between cathode and heater, V... ........ 300
heater, V [3]
300 V
HanpsixeHue ceTku, oTpuyatenoHoe, B . ..., .. ... 0,5-150 Voltage between cathode and heater, V... ........ 300
gridcircuit, MQ
0.2 Mohm
Tok aHoga, MA: Resistance ingridcircuit, MQ .. ................. 0.2
Anode Characteristic Curves: Uy = [1]
12.6
E Averaged Anode Characteristic Curves: Uy = 12.6 V; 0 'P E
Anode Characteristic Curves: Uy = [2]
0
E Averaged Anode Characteristic Curves: Uy = 12.6 V; 0 'P E