GU74B

Other

• anode; / — contact surfaces [1]

  1

  1-grid 1; 2, 4, 6 - cathode; 3, 7 — heater; 5, C2 — grid 2; A - anode; / — contact surfaces

• anode; / — contact surfaces [2]

  1

  1-grid 1; 2, 4, 6 - cathode; 3, 7 — heater; 5, C2 — grid 2; A - anode; / — contact surfaces

• anode; / — contact surfaces [3]

  2

  1-grid 1; 2, 4, 6 - cathode; 3, 7 — heater; 5, C2 — grid 2; A - anode; / — contact surfaces

• anode; / — contact surfaces [4]

  4

  1-grid 1; 2, 4, 6 - cathode; 3, 7 — heater; 5, C2 — grid 2; A - anode; / — contact surfaces

• anode; / — contact surfaces [5]

  6

  1-grid 1; 2, 4, 6 - cathode; 3, 7 — heater; 5, C2 — grid 2; A - anode; / — contact surfaces

• anode; / — contact surfaces [6]

  3

  1-grid 1; 2, 4, 6 - cathode; 3, 7 — heater; 5, C2 — grid 2; A - anode; / — contact surfaces

• anode; / — contact surfaces [7]

  7

  1-grid 1; 2, 4, 6 - cathode; 3, 7 — heater; 5, C2 — grid 2; A - anode; / — contact surfaces

• anode; / — contact surfaces [8]

  5

  1-grid 1; 2, 4, 6 - cathode; 3, 7 — heater; 5, C2 — grid 2; A - anode; / — contact surfaces

• anode; / — contact surfaces [9]

  2

  1-grid 1; 2, 4, 6 - cathode; 3, 7 — heater; 5, C2 — grid 2; A - anode; / — contact surfaces

• temperature,°C [1]

  392 C

  yCKOpeHUueM, m/c? 392 Ambient temperature,°C .......... ... ... ... —10to +55

• temperature,°C [2]

  -10 C

  yCKOpeHUueM, m/c? 392 Ambient temperature,°C .......... ... ... ... —10to +55

• temperature,°C [3]

  55 C

  yCKOpeHUueM, m/c? 392 Ambient temperature,°C .......... ... ... ... —10to +55

• voltage (ACorDC), V

  12.6 V

  Hanpsi>xeHue Hakana (nepemMeHHoe nnu Heater voltage (ACorDC), V . .................. 12.6

• voltage [1]

  33 uS

  Tok Hakana, A 3,3-3.9 Mutual conductance (at anode voltage 1,000 V,

• voltage [2]

  -3.9 uS

  Tok Hakana, A 3,3-3.9 Mutual conductance (at anode voltage 1,000 V,

• voltage [3]

  1000 uS

  Tok Hakana, A 3,3-3.9 Mutual conductance (at anode voltage 1,000 V,

• voltage change [1]

  2 V

  KpyTusHa xapakTepucTykiu (Mpy HaNPsXKEHUAX grid 2 voltage 300 V, grid 1 voltage change 2.5V,

• voltage change [2]

  300 V

  KpyTusHa xapakTepucTykiu (Mpy HaNPsXKEHUAX grid 2 voltage 300 V, grid 1 voltage change 2.5V,

• voltage change [3]

  1 V

  KpyTusHa xapakTepucTykiu (Mpy HaNPsXKEHUAX grid 2 voltage 300 V, grid 1 voltage change 2.5V,

• voltage change [4]

  2.5 V

  KpyTusHa xapakTepucTykiu (Mpy HaNPsXKEHUAX grid 2 voltage 300 V, grid 1 voltage change 2.5V,

• current [1]

  1000 uA

  aHoga 1000 B, sTopoit ceTku 300 B, uameHeHun anode current 600 mA), mA/V .. ... ... L. 26-38

• current [2]

  300 uA

  aHoga 1000 B, sTopoit ceTku 300 B, uameHeHun anode current 600 mA), mA/V .. ... ... L. 26-38

• current [3]

  600 uA

  aHoga 1000 B, sTopoit ceTku 300 B, uameHeHun anode current 600 mA), mA/V .. ... ... L. 26-38

• current [4]

  26 uA

  aHoga 1000 B, sTopoit ceTku 300 B, uameHeHun anode current 600 mA), mA/V .. ... ... L. 26-38

• current [5]

  -38 uA

  aHoga 1000 B, sTopoit ceTku 300 B, uameHeHun anode current 600 mA), mA/V .. ... ... L. 26-38

• grid [1]

  25 A

  HanpspkeHus nepeon ceTkn 2,5 B, Toke aHoga Anode current (at anode voltage 250 V, grid 2

• grid [2]

  250 A

  HanpspkeHus nepeon ceTkn 2,5 B, Toke aHoga Anode current (at anode voltage 250 V, grid 2

• grid [3]

  2 A

  HanpspkeHus nepeon ceTkn 2,5 B, Toke aHoga Anode current (at anode voltage 250 V, grid 2

• voltage [1]

  600 V

  600 mA), MA/B 26-38 voltage 300 V), mA, atleast .................... 1,400

• voltage [2]

  26 V

  600 mA), MA/B 26-38 voltage 300 V), mA, atleast .................... 1,400

• voltage [3]

  -38 V

  600 mA), MA/B 26-38 voltage 300 V), mA, atleast .................... 1,400

• voltage [4]

  300 V

  600 mA), MA/B 26-38 voltage 300 V), mA, atleast .................... 1,400

• voltage [5]

  1400 V

  600 mA), MA/B 26-38 voltage 300 V), mA, atleast .................... 1,400

• voltage

  250 V

  Tok aHoga (Npu HanpsixxeHwsx aHoga 250 B, sTopown Negative bias voltage (at anode voltage

• current [1]

  300 mA

  cetku 300 B), MA, He meHee 1400 1,000 V, grid 2 voltage 300 V, anode current

• current [2]

  1400 mA

  cetku 300 B), MA, He meHee 1400 1,000 V, grid 2 voltage 300 V, anode current

• current [3]

  1000 mA

  cetku 300 B), MA, He meHee 1400 1,000 V, grid 2 voltage 300 V, anode current

• current [4]

  2 mA

  cetku 300 B), MA, He meHee 1400 1,000 V, grid 2 voltage 300 V, anode current

• current [5]

  300 mA

  cetku 300 B), MA, He meHee 1400 1,000 V, grid 2 voltage 300 V, anode current

• current [1]

  1000 A

  aHopa 1000 B, sTopon ceTkun 300 B, Toke aHoaa 2,500V, grid 2 voltage 300 V, anode current

• current [2]

  300 A

  aHopa 1000 B, sTopon ceTkun 300 B, Toke aHoaa 2,500V, grid 2 voltage 300 V, anode current

• current [3]

  2500 A

  aHopa 1000 B, sTopon ceTkun 300 B, Toke aHoaa 2,500V, grid 2 voltage 300 V, anode current

• current [4]

  2 A

  aHopa 1000 B, sTopon ceTkun 300 B, Toke aHoaa 2,500V, grid 2 voltage 300 V, anode current

• current [5]

  300 A

  aHopa 1000 B, sTopon ceTkun 300 B, Toke aHoaa 2,500V, grid 2 voltage 300 V, anode current

• Interelectrode capacitance, pfF

  3 pF

  3anupanns oTpuUaTenbHOE (NMPU HANPSXKEHNUAX Interelectrode capacitance, pfF:

• input [1]

  2500

  aHoga 2500 B, sTopown ceTku 300 B, Toke aHoAa input ... 46-56

• input [2]

  300

  aHoga 2500 B, sTopown ceTku 300 B, Toke aHoAa input ... 46-56

• input [3]

  46

  aHoga 2500 B, sTopown ceTku 300 B, Toke aHoAa input ... 46-56

• input [4]

  -56

  aHoga 2500 B, sTopown ceTku 300 B, Toke aHoAa input ... 46-56

• voltage [1]

  46 V

  BXOOHAS .. ... .ot 46-56 Cathode heating time (at heater voltage 12.6 V,

• voltage [2]

  -56 V

  BXOOHAS .. ... .ot 46-56 Cathode heating time (at heater voltage 12.6 V,

• voltage [3]

  12.6 V

  BXOOHAS .. ... .ot 46-56 Cathode heating time (at heater voltage 12.6 V,

• voltage [1]

  9 V

  BBIXOAHAS . . oo otot it e e 9-13 anode voltage 1,000 V, grid 2 voltage 300 V),

• voltage [2]

  -13 V

  BBIXOAHAS . . oo otot it e e 9-13 anode voltage 1,000 V, grid 2 voltage 300 V),

• voltage [3]

  1000 V

  BBIXOAHAS . . oo otot it e e 9-13 anode voltage 1,000 V, grid 2 voltage 300 V),

• voltage [4]

  2 V

  BBIXOAHAS . . oo otot it e e 9-13 anode voltage 1,000 V, grid 2 voltage 300 V),

• voltage [5]

  300 V

  BBIXOAHAS . . oo otot it e e 9-13 anode voltage 1,000 V, grid 2 voltage 300 V),

• voltage [1]

  126 V

  Hakana 12,6 B, anoga 1000 B, BTopoi (at anode voltage 2,000 V, grid 2 voltage 300 V,

• voltage [2]

  1000 V

  Hakana 12,6 B, anoga 1000 B, BTopoi (at anode voltage 2,000 V, grid 2 voltage 300 V,

• voltage [3]

  2000 V

  Hakana 12,6 B, anoga 1000 B, BTopoi (at anode voltage 2,000 V, grid 2 voltage 300 V,

• voltage [4]

  2 V

  Hakana 12,6 B, anoga 1000 B, BTopoi (at anode voltage 2,000 V, grid 2 voltage 300 V,

• voltage [5]

  300 V

  Hakana 12,6 B, anoga 1000 B, BTopoi (at anode voltage 2,000 V, grid 2 voltage 300 V,

• current at most [1]

  150 A

  ... ... ... ... 150 grid 1 voltage —60 V, grid 2 current at most

• current at most [2]

  1 A

  ... ... ... ... 150 grid 1 voltage —60 V, grid 2 current at most

• current at most [3]

  -60 A

  ... ... ... ... 150 grid 1 voltage —60 V, grid 2 current at most

• current at most [4]

  2 A

  ... ... ... ... 150 grid 1 voltage —60 V, grid 2 current at most

• frequency [1]

  50 MHz

  MoulHOCTb BbIXOAHAR B pexxume knacca AB, 50 mA, frequency 0.1-1.0 MHz), W, least ......... 550

• frequency [2]

  0.1 MHz

  MoulHOCTb BbIXOAHAR B pexxume knacca AB, 50 mA, frequency 0.1-1.0 MHz), W, least ......... 550

• frequency [3]

  -1 MHz

  MoulHOCTb BbIXOAHAR B pexxume knacca AB, 50 mA, frequency 0.1-1.0 MHz), W, least ......... 550

• frequency [4]

  550 MHz

  MoulHOCTb BbIXOAHAR B pexxume knacca AB, 50 mA, frequency 0.1-1.0 MHz), W, least ......... 550

• voltage [1]

  300 V

  300 B, nepsoit ceTku —60 B, Toke (atanode voltage 2,000 V, grid 2 voltage 300 V,

• voltage [2]

  -60 V

  300 B, nepsoit ceTku —60 B, Toke (atanode voltage 2,000 V, grid 2 voltage 300 V,

• voltage [3]

  2000 V

  300 B, nepsoit ceTku —60 B, Toke (atanode voltage 2,000 V, grid 2 voltage 300 V,

• voltage [4]

  2 V

  300 B, nepsoit ceTku —60 B, Toke (atanode voltage 2,000 V, grid 2 voltage 300 V,

• voltage [5]

  300 V

  300 B, nepsoit ceTku —60 B, Toke (atanode voltage 2,000 V, grid 2 voltage 300 V,

• current [1]

  50 mA

  BTOPOW ceTku He bonee 50 MA, 4actote 0,1-1,0 Ml'L), grid 1 voltage —70 V, grid 2 current

• current [2]

  4 mA

  BTOPOW ceTku He bonee 50 MA, 4actote 0,1-1,0 Ml'L), grid 1 voltage —70 V, grid 2 current

• current [3]

  1 mA

  BTOPOW ceTku He bonee 50 MA, 4actote 0,1-1,0 Ml'L), grid 1 voltage —70 V, grid 2 current

• current [4]

  -10 mA

  BTOPOW ceTku He bonee 50 MA, 4actote 0,1-1,0 Ml'L), grid 1 voltage —70 V, grid 2 current

• current [5]

  1 mA

  BTOPOW ceTku He bonee 50 MA, 4actote 0,1-1,0 Ml'L), grid 1 voltage —70 V, grid 2 current

• current [6]

  -70 mA

  BTOPOW ceTku He bonee 50 MA, 4actote 0,1-1,0 Ml'L), grid 1 voltage —70 V, grid 2 current

• current [7]

  2 mA

  BTOPOW ceTku He bonee 50 MA, 4actote 0,1-1,0 Ml'L), grid 1 voltage —70 V, grid 2 current

• power under conditions of class B [1]

  300 W

  BTOpON ceTkn 300 B, nepsoit ceTku —70 B, Output power under conditions of class B

• power under conditions of class B [2]

  -70 W

  BTOpON ceTkn 300 B, nepsoit ceTku —70 B, Output power under conditions of class B

• voltage [1]

  6 V

  TOKe BTOpPON ceTku He 6onee 50 mA), nb: (at anode voltage 1,500 V, grid 2 voltage 275 V,

• voltage [2]

  50 V

  TOKe BTOpPON ceTku He 6onee 50 mA), nb: (at anode voltage 1,500 V, grid 2 voltage 275 V,

• voltage [3]

  1500 V

  TOKe BTOpPON ceTku He 6onee 50 mA), nb: (at anode voltage 1,500 V, grid 2 voltage 275 V,

• voltage [4]

  2 V

  TOKe BTOpPON ceTku He 6onee 50 mA), nb: (at anode voltage 1,500 V, grid 2 voltage 275 V,

• voltage [5]

  275 V

  TOKe BTOpPON ceTku He 6onee 50 mA), nb: (at anode voltage 1,500 V, grid 2 voltage 275 V,

• current at most [1]

  -28 mA

  TpeTLero nopsaka, Hebonee . . .............. —-28 grid 1 voltage —45 V, grid 2 current at most 60 mA),

• current at most [2]

  1 mA

  TpeTLero nopsaka, Hebonee . . .............. —-28 grid 1 voltage —45 V, grid 2 current at most 60 mA),

• current at most [3]

  -45 mA

  TpeTLero nopsaka, Hebonee . . .............. —-28 grid 1 voltage —45 V, grid 2 current at most 60 mA),

• current at most [4]

  2 mA

  TpeTLero nopsaka, Hebonee . . .............. —-28 grid 1 voltage —45 V, grid 2 current at most 60 mA),

• current at most [5]

  60 mA

  TpeTLero nopsaka, Hebonee . . .............. —-28 grid 1 voltage —45 V, grid 2 current at most 60 mA),

• voltage (ACorDC),V [1]

  11.9 V

  HanpsikeHve, B: Heater voltage (ACorDC),V . .................. 11.9-13.3

• voltage (ACorDC),V [2]

  -13.3 V

  HanpsikeHve, B: Heater voltage (ACorDC),V . .................. 11.9-13.3

• voltage (DC),V ... ... il [1]

  3 V

  aHoaa (NMMKOBOE 3HAYEHWE) . .. .............. 4000 Grid 2voltage (DC),V ... ... il 300

• voltage (DC),V ... ... il [2]

  4000 V

  aHoaa (NMMKOBOE 3HAYEHWE) . .. .............. 4000 Grid 2voltage (DC),V ... ... il 300

• voltage (DC),V ... ... il [3]

  2 V

  aHoaa (NMMKOBOE 3HAYEHWE) . .. .............. 4000 Grid 2voltage (DC),V ... ... il 300

• voltage (DC),V ... ... il [4]

  300 V

  aHoaa (NMMKOBOE 3HAYEHWE) . .. .............. 4000 Grid 2voltage (DC),V ... ... il 300