GU76B

Other

• power tetrode is used for RF [1]

  76 W

  The I'Y-76b power tetrode is used for RF 5

• power tetrode is used for RF [2]

  5 W

  The I'Y-76b power tetrode is used for RF 5

• anode

  2

  C2 - grid 2; A - anode;

• grid

  1

  o C1-grid 1;/ - contact

• temperature, °C . ... .. ... L [1]

  -10 C

  TemnepaTypa oKkpy»xatowewn cpegbl, °C .. .. ... . ... —-10-+55 Ambient temperature, °C . ... .. ... L. —10to +55

• temperature, °C . ... .. ... L [2]

  55 C

  TemnepaTypa oKkpy»xatowewn cpegbl, °C .. .. ... . ... —-10-+55 Ambient temperature, °C . ... .. ... L. —10to +55

• temperature, °C . ... .. ... L [3]

  -10 C

  TemnepaTypa oKkpy»xatowewn cpegbl, °C .. .. ... . ... —-10-+55 Ambient temperature, °C . ... .. ... L. —10to +55

• temperature, °C . ... .. ... L [4]

  55 C

  TemnepaTypa oKkpy»xatowewn cpegbl, °C .. .. ... . ... —-10-+55 Ambient temperature, °C . ... .. ... L. —10to +55

• voltage

  2 uS

  KpyTu3Ha xapakTepucTuki (Mpu HanpsKeHUsIX Mutual conductance (at anode voltage 2 kV,

• currents [1]

  2 A

  aHoga 2 kB, BTopon ceTku 1,3 kB, Tokax grid 2 voltage 1.3 kV, anode currents

• currents [2]

  13 A

  aHoga 2 kB, BTopon ceTku 1,3 kB, Tokax grid 2 voltage 1.3 kV, anode currents

• currents [3]

  2 A

  aHoga 2 kB, BTopon ceTku 1,3 kB, Tokax grid 2 voltage 1.3 kV, anode currents

• currents [4]

  1.3 A

  aHoga 2 kB, BTopon ceTku 1,3 kB, Tokax grid 2 voltage 1.3 kV, anode currents

• voltage

  2 kV

  KoathdUUNEHT yCUMEHUS (MPW HANPSKEHNSAX Gain coefficient (at anode voltage 2 kV,

• current [1]

  2 A

  2 kB, sropon cetkm 11 1,3 kB, grid 2 voltages 1 and 1.3 kV, anode current 8 A) . . .. 6-9

• current [2]

  11 A

  2 kB, sropon cetkm 11 1,3 kB, grid 2 voltages 1 and 1.3 kV, anode current 8 A) . . .. 6-9

• current [3]

  13 A

  2 kB, sropon cetkm 11 1,3 kB, grid 2 voltages 1 and 1.3 kV, anode current 8 A) . . .. 6-9

• current [4]

  2 A

  2 kB, sropon cetkm 11 1,3 kB, grid 2 voltages 1 and 1.3 kV, anode current 8 A) . . .. 6-9

• current [5]

  1 A

  2 kB, sropon cetkm 11 1,3 kB, grid 2 voltages 1 and 1.3 kV, anode current 8 A) . . .. 6-9

• current [6]

  1.3 A

  2 kB, sropon cetkm 11 1,3 kB, grid 2 voltages 1 and 1.3 kV, anode current 8 A) . . .. 6-9

• current [7]

  8 A

  2 kB, sropon cetkm 11 1,3 kB, grid 2 voltages 1 and 1.3 kV, anode current 8 A) . . .. 6-9

• current [8]

  6 A

  2 kB, sropon cetkm 11 1,3 kB, grid 2 voltages 1 and 1.3 kV, anode current 8 A) . . .. 6-9

• current [9]

  -9 A

  2 kB, sropon cetkm 11 1,3 kB, grid 2 voltages 1 and 1.3 kV, anode current 8 A) . . .. 6-9

• grid [1]

  69 A

  TOKEeaHOJAB A) .. ... ... 69 Anode current (at anode voltage 2 kV, grid 2

• grid [2]

  2 A

  TOKEeaHOJAB A) .. ... ... 69 Anode current (at anode voltage 2 kV, grid 2

• grid [3]

  2 A

  TOKEeaHOJAB A) .. ... ... 69 Anode current (at anode voltage 2 kV, grid 2

• voltage [1]

  2 kV

  Tok aHoaa (Npy HanpshkeHusix aHoga 2 kB, voltage 1.3kV), A, atleast ................

• voltage [2]

  1.3 kV

  Tok aHoaa (Npy HanpshkeHusix aHoga 2 kB, voltage 1.3kV), A, atleast ................

• voltage [1]

  13 kV

  BTOpO#N ceTku 1,3 kB), A, HemeHee ... ........... 14,5 Negative bias voltage (at anode voltage 10 kV,

• voltage [2]

  145 kV

  BTOpO#N ceTku 1,3 kB), A, HemeHee ... ........... 14,5 Negative bias voltage (at anode voltage 10 kV,

• voltage [3]

  10 kV

  BTOpO#N ceTku 1,3 kB), A, HemeHee ... ........... 14,5 Negative bias voltage (at anode voltage 10 kV,

• current [1]

  2 A

  Hanpshkexue, B: grid 2 voltage 1.3kV, anode current 2 A),

• current [2]

  1.3 A

  Hanpshkexue, B: grid 2 voltage 1.3kV, anode current 2 A),

• current [3]

  2 A

  Hanpshkexue, B: grid 2 voltage 1.3kV, anode current 2 A),

• voltage [1]

  10 kV

  HanpspkeHuax aHoaa 10 kB sTopon Negative cutoff voltage (at anode voltage 10 kV,

• voltage [2]

  10 kV

  HanpspkeHuax aHoaa 10 kB sTopon Negative cutoff voltage (at anode voltage 10 kV,

• current [1]

  13 A

  cetkn 1,3 KB, Toke aHona 2 A), grid 2 voltage 1.3 kV, anode current 0.3 A),

• current [2]

  2 A

  cetkn 1,3 KB, Toke aHona 2 A), grid 2 voltage 1.3 kV, anode current 0.3 A),

• current [3]

  2 A

  cetkn 1,3 KB, Toke aHona 2 A), grid 2 voltage 1.3 kV, anode current 0.3 A),

• current [4]

  1.3 A

  cetkn 1,3 KB, Toke aHona 2 A), grid 2 voltage 1.3 kV, anode current 0.3 A),

• current [5]

  300 mA

  cetkn 1,3 KB, Toke aHona 2 A), grid 2 voltage 1.3 kV, anode current 0.3 A),

• Interelectrode capacitance, pF

  3 pF

  3anupanHuna oTpuuaTensHoe (Npu Interelectrode capacitance, pF:

• input [1]

  10

  HanpshkeHunsix asoga 10 kB, BTopon input . ... 350-385

• input [2]

  350

  HanpshkeHunsix asoga 10 kB, BTopon input . ... 350-385

• input [3]

  -385

  HanpshkeHunsix asoga 10 kB, BTopon input . ... 350-385

• output [1]

  13

  cetku 1,3 kB, Toke aHoaa 0,3 A), output . ... 35-45

• output [2]

  3

  cetku 1,3 kB, Toke aHoaa 0,3 A), output . ... 35-45

• output [3]

  35

  cetku 1,3 kB, Toke aHoaa 0,3 A), output . ... 35-45

• output [4]

  -45

  cetku 1,3 kB, Toke aHoaa 0,3 A), output . ... 35-45

• voltage

  11 W

  MexxanekTpoaHble emMkocTu, Nd: Output power (at filament voltage 11 V,

• voltage [1]

  350 kV

  BXOOHAA .. ..ottt 350-385 anode voltage 10kV, grid 2 voltage 1.3 kV,

• voltage [2]

  -385 kV

  BXOOHAA .. ..ottt 350-385 anode voltage 10kV, grid 2 voltage 1.3 kV,

• voltage [3]

  10 kV

  BXOOHAA .. ..ottt 350-385 anode voltage 10kV, grid 2 voltage 1.3 kV,

• voltage [4]

  2 kV

  BXOOHAA .. ..ottt 350-385 anode voltage 10kV, grid 2 voltage 1.3 kV,

• voltage [5]

  1.3 kV

  BXOOHAA .. ..ottt 350-385 anode voltage 10kV, grid 2 voltage 1.3 kV,

• voltage [1]

  35 V

  BBIXOAHAM .« oottt 35-45 grid 1 voltage —250 V), kW, atleast . ............. 40

• voltage [2]

  -45 V

  BBIXOAHAM .« oottt 35-45 grid 1 voltage —250 V), kW, atleast . ............. 40

• voltage [3]

  1 V

  BBIXOAHAM .« oottt 35-45 grid 1 voltage —250 V), kW, atleast . ............. 40

• voltage [4]

  -250 V

  BBIXOAHAM .« oottt 35-45 grid 1 voltage —250 V), kW, atleast . ............. 40

• voltage [5]

  40 V

  BBIXOAHAM .« oottt 35-45 grid 1 voltage —250 V), kW, atleast . ............. 40

• current of single

  22 W

  .. 2,2 Output power (corresponding to the current of single-

• voltage

  11 V

  MoLHOCTb BbiIXOAHas, KBT, He MeHee: sideband signal envelope at filament voltage 11V,

• voltage [1]

  11 kV

  npv Hanps>xeHusx Hakana 11 B, aHopa 10 kB, anode voltage 10kV, grid 2 voltage 1.3 kV),

• voltage [2]

  10 kV

  npv Hanps>xeHusx Hakana 11 B, aHopa 10 kB, anode voltage 10kV, grid 2 voltage 1.3 kV),

• voltage [3]

  10 kV

  npv Hanps>xeHusx Hakana 11 B, aHopa 10 kB, anode voltage 10kV, grid 2 voltage 1.3 kV),

• voltage [4]

  2 kV

  npv Hanps>xeHusx Hakana 11 B, aHopa 10 kB, anode voltage 10kV, grid 2 voltage 1.3 kV),

• voltage [5]

  1.3 kV

  npv Hanps>xeHusx Hakana 11 B, aHopa 10 kB, anode voltage 10kV, grid 2 voltage 1.3 kV),

• filament

  30 kW

  COOTBETCTBYOUWAn TOKy orubarowen (at output power at least 30 kW, filament

• grid [1]

  11 kV

  OHOMOMOCHOIO CUTHANA NPV HAMPSKEHUSAX voltage 11V, anode voltage 10kV, grid 2

• grid [2]

  10 kV

  OHOMOMOCHOIO CUTHANA NPV HAMPSKEHUSAX voltage 11V, anode voltage 10kV, grid 2

• grid [3]

  2 kV

  OHOMOMOCHOIO CUTHANA NPV HAMPSKEHUSAX voltage 11V, anode voltage 10kV, grid 2

• current [1]

  11 A

  nakana 11 B, anoga 10 kB, sTopon voltage 1.3 kV, anode quiescent current

• current [2]

  10 A

  nakana 11 B, anoga 10 kB, sTopon voltage 1.3 kV, anode quiescent current

• current [3]

  1.3 A

  nakana 11 B, anoga 10 kB, sTopon voltage 1.3 kV, anode quiescent current

• voltage (ACorDC),V [1]

  10.5 V

  Hanpsi»keHue Hakana (nepemMeHHoe unu Filament voltage (ACorDC),V ................. 10.5-11.5

• voltage (ACorDC),V [2]

  -11.5 V

  Hanpsi»keHue Hakana (nepemMeHHoe unu Filament voltage (ACorDC),V ................. 10.5-11.5

• current, A

  280 A

  nocTosHHoe), B Filament starting current, A . ................... 280

• voltage (DC),kV [1]

  280 kV

  [MyckoBOV TOK HaKana, A ...................... 280 Anode voltage (DC),kV ......... ... ... ........ 11

• voltage (DC),kV [2]

  11 kV

  [MyckoBOV TOK HaKana, A ...................... 280 Anode voltage (DC),kV ......... ... ... ........ 11

• voltage (instantaneous [1]

  11 V

  aHoZa (MOCTOAHHOE) . .. ..o 1,1-10* Negative grid 1 voltage (instantaneous

• voltage (instantaneous [2]

  -10 V

  aHoZa (MOCTOAHHOE) . .. ..o 1,1-10* Negative grid 1 voltage (instantaneous

• voltage (instantaneous [3]

  1 V

  aHoZa (MOCTOAHHOE) . .. ..o 1,1-10* Negative grid 1 voltage (instantaneous

• anode [1]

  3

  MrHOBEHHOE 3HaYeHune (abconioTHan anode ... 3-10°

• anode [2]

  3

  MrHOBEHHOE 3HaYeHune (abconioTHan anode ... 3-10°

• anode [3]

  -10

  MrHOBEHHOE 3HaYeHune (abconioTHan anode ... 3-10°

• frequency, MHz [1]

  30 MHz

  AHOAOM . oottt 30-10° Operating frequency, MHz ... .................. 75

• frequency, MHz [2]

  -10 MHz

  AHOAOM . oottt 30-10° Operating frequency, MHz ... .................. 75

• frequency, MHz [3]

  75 MHz

  AHOAOM . oottt 30-10° Operating frequency, MHz ... .................. 75

• temperature,°C ... ... ... oL [1]

  900 C

  BTOPOM CETKOM . . .o ovit i 900 Anode temperature,°C ... ... ... oL 250

• temperature,°C ... ... ... oL [2]

  250 C

  BTOPOM CETKOM . . .o ovit i 900 Anode temperature,°C ... ... ... oL 250

• Temperature at hottest point of envelope, °C [1]

  300 C

  NEPBOA CETKOM . ...t o i e 300 Temperature at hottest point of envelope, °C .. .... 200

• Temperature at hottest point of envelope, °C [2]

  200 C

  NEPBOA CETKOM . ...t o i e 300 Temperature at hottest point of envelope, °C .. .... 200