GMI32B

Other

• power

  32 W

  The 'MU-32bB tetrode is used as a pulse power

• cathode and [1]

  1

  1 -grid 2; 2 - cathode and

• cathode and [2]

  2

  1 -grid 2; 2 - cathode and

• cathode and [3]

  2

  1 -grid 2; 2 - cathode and

• grid [1]

  4

  Mass: at most 4 kg. [ heater; 3 - heater; 4 — grid

• grid [2]

  3

  Mass: at most 4 kg. [ heater; 3 - heater; 4 — grid

• grid [3]

  4

  Mass: at most 4 kg. [ heater; 3 - heater; 4 — grid

• anode

  1

  1; A-anode

• temperature,°C [1]

  -60 C

  € YCKOpEHMeM, m/c Ambient temperature,°C ... ......... ... ... —60to +85

• temperature,°C [2]

  85 C

  € YCKOpEHMeM, m/c Ambient temperature,°C ... ......... ... ... —60to +85

• grid [1]

  4 uA

  Tok aHoAa B UMMyNbee (Npy HaNPsHXXeHUAX aHoga Peak anode current (at anode voltage 4 kV, grid 2

• grid [2]

  2 uA

  Tok aHoAa B UMMyNbee (Npy HaNPsHXXeHUAX aHoga Peak anode current (at anode voltage 4 kV, grid 2

• voltage [1]

  4 kV

  4 kB, ceTku BTOpO# 1,75 KB, cMeLeHus voltage 1,75 kV, bias voltage —700 V,

• voltage [2]

  175 kV

  4 kB, ceTku BTOpO# 1,75 KB, cMeLeHus voltage 1,75 kV, bias voltage —700 V,

• voltage [3]

  175 kV

  4 kB, ceTku BTOpO# 1,75 KB, cMeLeHus voltage 1,75 kV, bias voltage —700 V,

• voltage [4]

  -700 kV

  4 kB, ceTku BTOpO# 1,75 KB, cMeLeHus voltage 1,75 kV, bias voltage —700 V,

• voltage [1]

  700 pF

  MuHyc 700 B, ceTku nepBo# B Mnynbce peak grid 1 voltage 150 V, reservoir capacitor

• voltage [2]

  1 pF

  MuHyc 700 B, ceTku nepBo# B Mnynbce peak grid 1 voltage 150 V, reservoir capacitor

• voltage [3]

  150 pF

  MuHyc 700 B, ceTku nepBo# B Mnynbce peak grid 1 voltage 150 V, reservoir capacitor

• anode circuit [1]

  150

  150 B, HakonuTenbHON eMKOCTH B Lienu in anode circuit 5 uF), A, atleast ................ 50

• anode circuit [2]

  5

  150 B, HakonuTenbHON eMKOCTH B Lienu in anode circuit 5 uF), A, atleast ................ 50

• anode circuit [3]

  50

  150 B, HakonuTenbHON eMKOCTH B Lienu in anode circuit 5 uF), A, atleast ................ 50

• voltage [1]

  5 A

  aHopa 5 Mx®d), A, He meHee Peak grid 1.current (at anode voltage 4 kV,

• voltage [2]

  1 A

  aHopa 5 Mx®d), A, He meHee Peak grid 1.current (at anode voltage 4 kV,

• voltage [3]

  4 A

  aHopa 5 Mx®d), A, He meHee Peak grid 1.current (at anode voltage 4 kV,

• voltage [1]

  2 kV

  TOK CETKU NEPBOU B UMNYIbCe (MPW HaNPs>XXEHUAX grid 2 voltage 1.75 kV, bias voltage —700V,

• voltage [2]

  1.75 kV

  TOK CETKU NEPBOU B UMNYIbCe (MPW HaNPs>XXEHUAX grid 2 voltage 1.75 kV, bias voltage —700V,

• voltage [3]

  -700 kV

  TOK CETKU NEPBOU B UMNYIbCe (MPW HaNPs>XXEHUAX grid 2 voltage 1.75 kV, bias voltage —700V,

• voltage [1]

  4 pF

  aHoga 4 kB, ceTku BTOpow 1,75 kB, cmeweHna peak grid 1 voltage 150 V, reservoir capacitor

• voltage [2]

  175 pF

  aHoga 4 kB, ceTku BTOpow 1,75 kB, cmeweHna peak grid 1 voltage 150 V, reservoir capacitor

• voltage [3]

  1 pF

  aHoga 4 kB, ceTku BTOpow 1,75 kB, cmeweHna peak grid 1 voltage 150 V, reservoir capacitor

• voltage [4]

  150 pF

  aHoga 4 kB, ceTku BTOpow 1,75 kB, cmeweHna peak grid 1 voltage 150 V, reservoir capacitor

• anode circuit), A,atmost [1]

  700

  MuHyc 700 KB, ceTku nepsoi B 5 uF in anode circuit), A,atmost ................ 8

• anode circuit), A,atmost [2]

  5

  MuHyc 700 KB, ceTku nepsoi B 5 uF in anode circuit), A,atmost ................ 8

• anode circuit), A,atmost [3]

  8

  MuHyc 700 KB, ceTku nepsoi B 5 uF in anode circuit), A,atmost ................ 8

• grid [1]

  150 A

  umnynesce 150 B, HakonuTensHOM eMKoCcTH Peak grid 2 current (at anode voltage 4 kV, grid 2

• grid [2]

  2 A

  umnynesce 150 B, HakonuTensHOM eMKoCcTH Peak grid 2 current (at anode voltage 4 kV, grid 2

• grid [3]

  4 A

  umnynesce 150 B, HakonuTensHOM eMKoCcTH Peak grid 2 current (at anode voltage 4 kV, grid 2

• grid [4]

  2 A

  umnynesce 150 B, HakonuTensHOM eMKoCcTH Peak grid 2 current (at anode voltage 4 kV, grid 2

• grid [1]

  8 kV

  8 uernu aHoaa 5 mx®), A, He 6onee voltage 1.75 kV, bias voltage —700 V, peak grid 1

• grid [2]

  5 kV

  8 uernu aHoaa 5 mx®), A, He 6onee voltage 1.75 kV, bias voltage —700 V, peak grid 1

• grid [3]

  6 kV

  8 uernu aHoaa 5 mx®), A, He 6onee voltage 1.75 kV, bias voltage —700 V, peak grid 1

• grid [4]

  1.75 kV

  8 uernu aHoaa 5 mx®), A, He 6onee voltage 1.75 kV, bias voltage —700 V, peak grid 1

• grid [5]

  -700 kV

  8 uernu aHoaa 5 mx®), A, He 6onee voltage 1.75 kV, bias voltage —700 V, peak grid 1

• grid [6]

  1 kV

  8 uernu aHoaa 5 mx®), A, He 6onee voltage 1.75 kV, bias voltage —700 V, peak grid 1

• anode [1]

  150 pF

  ToK CeTKv BTOpPOWA B UMMNYNbCE (NP HANPsHXKeHUAX voltage 150 V, reservoir capacitor 5 uF in anode

• anode [2]

  5 pF

  ToK CeTKv BTOpPOWA B UMMNYNbCE (NP HANPsHXKeHUAX voltage 150 V, reservoir capacitor 5 uF in anode

• voltage [1]

  700 V

  MuHyc 700 B, ceTku nepeoit B umnynbce 150 B, Negative cutoff voltage (at anode voltage

• voltage [2]

  150 V

  MuHyc 700 B, ceTku nepeoit B umnynbce 150 B, Negative cutoff voltage (at anode voltage

• voltage [1]

  5 kV

  HaKOTMUTENbHON eMKOCTY B Lienn aHofga 5 mk®P), 44 kV, grid voltage 1.75 kV, reservoir

• voltage [2]

  44 kV

  HaKOTMUTENbHON eMKOCTY B Lienn aHofga 5 mk®P), 44 kV, grid voltage 1.75 kV, reservoir

• voltage [3]

  1.75 kV

  HaKOTMUTENbHON eMKOCTY B Lienn aHofga 5 mk®P), 44 kV, grid voltage 1.75 kV, reservoir

• anode circuit), V, atmost [1]

  6 pF

  A, He 6onee capacitor 0.25 uF in anode circuit), V, atmost .. .. .. 600

• anode circuit), V, atmost [2]

  0.25 pF

  A, He 6onee capacitor 0.25 uF in anode circuit), V, atmost .. .. .. 600

• anode circuit), V, atmost [3]

  600 pF

  A, He 6onee capacitor 0.25 uF in anode circuit), V, atmost .. .. .. 600

• heating time, s, at most [1]

  3 us

  HanpspkeHuve 3annpaHusa oTpularensHoe Cathode heating time, s, at most ................ 180

• heating time, s, at most [2]

  180 us

  HanpspkeHuve 3annpaHusa oTpularensHoe Cathode heating time, s, at most ................ 180

• Interelectrode capacitance, pF

  44 pF

  (npw HanpsPkeHuAxX aHoaa 44 kB, ceTkn BTOpon Interelectrode capacitance, pF:

• input [1]

  175

  1,75 kB, HaKonNUTENbHON eMKOCTK B Lienu aHoAa input .. ... 140—-180

• input [2]

  140

  1,75 kB, HaKonNUTENbHON eMKOCTK B Lienu aHoAa input .. ... 140—-180

• input [3]

  -180

  1,75 kB, HaKonNUTENbHON eMKOCTK B Lienu aHoAa input .. ... 140—-180

• output [1]

  25

  0,25 mk®), B, He 6onee 600 output .. ... 20-33

• output [2]

  6

  0,25 mk®), B, He 6onee 600 output .. ... 20-33

• output [3]

  600

  0,25 mk®), B, He 6onee 600 output .. ... 20-33

• output [4]

  20

  0,25 mk®), B, He 6onee 600 output .. ... 20-33

• output [5]

  -33

  0,25 mk®), B, He 6onee 600 output .. ... 20-33

• voltage (ACorDC), V [1]

  243 V

  Hanpsbkenue Hakana (~uwmm =),B .............. 24,3-29,7 Heater voltage (ACorDC), V .........

• voltage (ACorDC), V [2]

  -297 V

  Hanpsbkenue Hakana (~uwmm =),B .............. 24,3-29,7 Heater voltage (ACorDC), V .........

• voltage, absolute value, V

  -800 V

  Hawbonbiiee HanpshkeHue cmeweHuns Maximum bias voltage, absolute value, V. ......... —800

• voltage, V [1]

  -800 V

  (no a6bcontoTHoM BenudmHe), B . ... ... ... L -800 Maximum grid 1 excess voltage, V . .............. 175

• voltage, V [2]

  1 V

  (no a6bcontoTHoM BenudmHe), B . ... ... ... L -800 Maximum grid 1 excess voltage, V . .............. 175

• voltage, V [3]

  175 V

  (no a6bcontoTHoM BenudmHe), B . ... ... ... L -800 Maximum grid 1 excess voltage, V . .............. 175

• grid [1]

  2

  et e e 2:10° grid 1 . 7

• grid [2]

  10

  et e e 2:10° grid 1 . 7

• grid [3]

  1

  et e e 2:10° grid 1 . 7

• grid [4]

  7

  et e e 2:10° grid 1 . 7

• current, A,max [1]

  35 mA

  nnn 35 Heater starting current, A,max. ................. 20

• current, A,max [2]

  20 mA

  nnn 35 Heater starting current, A,max. ................. 20

• current at [1]

  7 A

  CETKOM MEPBOM . ..o vi it ieinnanan 7 Peak cathode current at 1/duty factor 200, A ... .... 59

• current at [2]

  1 A

  CETKOM MEPBOM . ..o vi it ieinnanan 7 Peak cathode current at 1/duty factor 200, A ... .... 59

• current at [3]

  200 A

  CETKOM MEPBOM . ..o vi it ieinnanan 7 Peak cathode current at 1/duty factor 200, A ... .... 59

• current at [4]

  59 A

  CETKOM MEPBOM . ..o vi it ieinnanan 7 Peak cathode current at 1/duty factor 200, A ... .... 59

• current [1]

  180 A

  HaumeHbluee BpeMs roTOBHOCTU, € + . . . oo v e v vt 180 Minimum 1/duty factor at peak anode current 50 A . . 200

• current [2]

  1 A

  HaumeHbluee BpeMs roTOBHOCTU, € + . . . oo v e v vt 180 Minimum 1/duty factor at peak anode current 50 A . . 200

• current [3]

  50 A

  HaumeHbluee BpeMs roTOBHOCTU, € + . . . oo v e v vt 180 Minimum 1/duty factor at peak anode current 50 A . . 200

• current [4]

  200 A

  HaumeHbluee BpeMs roTOBHOCTU, € + . . . oo v e v vt 180 Minimum 1/duty factor at peak anode current 50 A . . 200

• anode, bulb and stem,°C

  150 C

  Haubonbwasn AnvTensHOCTb MMMYbCa NPU TOKe Temperature at anode, bulb and stem,°C ......... 150

• Voltage M Jflg

  1 V

  Averaged Characteristic Curves Showing Grid 1 Cutoff Voltage M Jflg

• anode

  2

  - _ _ _ grid 2-anode

• anode

  1250

  —______ anode; 1250 ||

• grid [1]

  300

  a0 —— 300 _ _ _ _ anode-grid 2 !

• grid [2]

  2

  a0 —— 300 _ _ _ _ anode-grid 2 !