GU61B

Other

• power

  61 W

  The I'Y-61b tetrode is used for RF power

• amplification at frequencies up to

  70

  amplification at frequencies up to 70 MHz.

• anode [1]

  1

  K1, K2 — cathode; C1 — grid 1; C2 — grid 2; A — anode;

• anode [2]

  2

  K1, K2 — cathode; C1 — grid 1; C2 — grid 2; A — anode;

• temperature, °C

  -60 C

  HavmMeHbLIan TemnepaTypa oKpyxaiotem Lowest permissible ambient temperature, °C . ... ... —60

• voltage (ACorDC),V [1]

  63 V

  HanpsxeHue Hakana (~wam=),B .............. 6,3 Filament voltage (ACorDC),V ................. 6.3

• voltage (ACorDC),V [2]

  6.3 V

  HanpsxeHue Hakana (~wam=),B .............. 6,3 Filament voltage (ACorDC),V ................. 6.3

• cathode, Q@ [1]

  5 ohm

  ConpoTuBneHue HeHakaneHHoro katoga, Om ... .. 0,005 Resistance of unheated cathode, Q@ .............. 0.005

• cathode, Q@ [2]

  0.005 ohm

  ConpoTuBneHue HeHakaneHHoro katoga, Om ... .. 0,005 Resistance of unheated cathode, Q@ .............. 0.005

• current, A, atleast [1]

  5 A

  ToxkaHopa, A, HEMEHEE . .. ..............ccounn. 5 Anode current, A, atleast ...................... 5

• current, A, atleast [2]

  5 A

  ToxkaHopa, A, HEMEHEE . .. ..............ccounn. 5 Anode current, A, atleast ...................... 5

• voltage [1]

  2 A

  Tok ceTkv BTOPOW (Npy Hanpsi>keHnn aHoaa 2 KB, Grid 2 current (at anode voltage 2kV,

• voltage [2]

  2 A

  Tok ceTkv BTOPOW (Npy Hanpsi>keHnn aHoaa 2 KB, Grid 2 current (at anode voltage 2kV,

• voltage [3]

  2 A

  Tok ceTkv BTOPOW (Npy Hanpsi>keHnn aHoaa 2 KB, Grid 2 current (at anode voltage 2kV,

• current [1]

  1 A

  HanpspkeHun ceTku BTopor 1 kB, Toke aHopa 5 A), grid 2 voltage 1 kV, anode current 5 A), A, at most . . 0.7

• current [2]

  5 A

  HanpspkeHun ceTku BTopor 1 kB, Toke aHopa 5 A), grid 2 voltage 1 kV, anode current 5 A), A, at most . . 0.7

• current [3]

  2 A

  HanpspkeHun ceTku BTopor 1 kB, Toke aHopa 5 A), grid 2 voltage 1 kV, anode current 5 A), A, at most . . 0.7

• current [4]

  1 A

  HanpspkeHun ceTku BTopor 1 kB, Toke aHopa 5 A), grid 2 voltage 1 kV, anode current 5 A), A, at most . . 0.7

• current [5]

  5 A

  HanpspkeHun ceTku BTopor 1 kB, Toke aHopa 5 A), grid 2 voltage 1 kV, anode current 5 A), A, at most . . 0.7

• current [6]

  700 mA

  HanpspkeHun ceTku BTopor 1 kB, Toke aHopa 5 A), grid 2 voltage 1 kV, anode current 5 A), A, at most . . 0.7

• voltage [1]

  7 V

  AHebonee .......... ... ... 0,7 Negative grid 1 cutoff voltage (at anode voltage

• voltage [2]

  1 V

  AHebonee .......... ... ... 0,7 Negative grid 1 cutoff voltage (at anode voltage

• current [1]

  3 A

  Hanpsxexmne 3anupaHusa CeTKu NepBow, 10kV, grid 2 voltage 1.5 kV, anode current 0.1 A),

• current [2]

  10 A

  Hanpsxexmne 3anupaHusa CeTKu NepBow, 10kV, grid 2 voltage 1.5 kV, anode current 0.1 A),

• current [3]

  2 A

  Hanpsxexmne 3anupaHusa CeTKu NepBow, 10kV, grid 2 voltage 1.5 kV, anode current 0.1 A),

• current [4]

  1.5 A

  Hanpsxexmne 3anupaHusa CeTKu NepBow, 10kV, grid 2 voltage 1.5 kV, anode current 0.1 A),

• current [5]

  100 mA

  Hanpsxexmne 3anupaHusa CeTKu NepBow, 10kV, grid 2 voltage 1.5 kV, anode current 0.1 A),

• grid [1]

  15 uS

  Hanps»XeHun ceTkun BTopon 1,5 KB, Toke Mutual conductance (at anode voltage 2 kV, grid 2

• grid [2]

  2 uS

  Hanps»XeHun ceTkun BTopon 1,5 KB, Toke Mutual conductance (at anode voltage 2 kV, grid 2

• grid [3]

  2 uS

  Hanps»XeHun ceTkun BTopon 1,5 KB, Toke Mutual conductance (at anode voltage 2 kV, grid 2

• currents [1]

  1 mA

  aHopa 0,1 A),B,Hebonee ..................... 330 voltage 1.25 kV, anode currents 5 and 7 A), mA/V . ..

• currents [2]

  330 mA

  aHopa 0,1 A),B,Hebonee ..................... 330 voltage 1.25 kV, anode currents 5 and 7 A), mA/V . ..

• currents [3]

  1.25 mA

  aHopa 0,1 A),B,Hebonee ..................... 330 voltage 1.25 kV, anode currents 5 and 7 A), mA/V . ..

• currents [4]

  5 mA

  aHopa 0,1 A),B,Hebonee ..................... 330 voltage 1.25 kV, anode currents 5 and 7 A), mA/V . ..

• currents [5]

  7 mA

  aHopa 0,1 A),B,Hebonee ..................... 330 voltage 1.25 kV, anode currents 5 and 7 A), mA/V . ..

• anode [1]

  1

  KpyTnaHa xapakTepucTUKu (Npy Hanpsi>KeHuu Gain coefficient (grid 1—grid 2) (at anode

• anode [2]

  2

  KpyTnaHa xapakTepucTUKu (Npy Hanpsi>KeHuu Gain coefficient (grid 1—grid 2) (at anode

• voltages [1]

  2 kV

  aHoga 2 kB, ranpsxeHuu ceTku sTopon 1,25 kB, voltage 2 kV, grid 2 voltages 1.25and 1 kV,

• voltages [2]

  125 kV

  aHoga 2 kB, ranpsxeHuu ceTku sTopon 1,25 kB, voltage 2 kV, grid 2 voltages 1.25and 1 kV,

• voltages [3]

  2 kV

  aHoga 2 kB, ranpsxeHuu ceTku sTopon 1,25 kB, voltage 2 kV, grid 2 voltages 1.25and 1 kV,

• voltages [4]

  2 kV

  aHoga 2 kB, ranpsxeHuu ceTku sTopon 1,25 kB, voltage 2 kV, grid 2 voltages 1.25and 1 kV,

• voltages [5]

  1.25 kV

  aHoga 2 kB, ranpsxeHuu ceTku sTopon 1,25 kB, voltage 2 kV, grid 2 voltages 1.25and 1 kV,

• voltages [6]

  1 kV

  aHoga 2 kB, ranpsxeHuu ceTku sTopon 1,25 kB, voltage 2 kV, grid 2 voltages 1.25and 1 kV,

• power (at [1]

  70 kW

  KoathduumeHT ycuneHuns ceTku nepson Oscillatory power (at 70 MHz), kW . .. ............ 30

• power (at [2]

  30 kW

  KoathduumeHT ycuneHuns ceTku nepson Oscillatory power (at 70 MHz), kW . .. ............ 30

• grid [1]

  2

  aHopa 2 kB, HanpsixeHusAx ceTku BTopoi 1,25 1 1 kB, common-cathode common-grid

• grid [2]

  125

  aHopa 2 kB, HanpsixeHusAx ceTku BTopoi 1,25 1 1 kB, common-cathode common-grid

• grid [3]

  1

  aHopa 2 kB, HanpsixeHusAx ceTku BTopoi 1,25 1 1 kB, common-cathode common-grid

• grid [4]

  1

  aHopa 2 kB, HanpsixeHusAx ceTku BTopoi 1,25 1 1 kB, common-cathode common-grid

• input,atmost [1]

  320

  KonebaTtensHas MOLWHOCTbL (Ha HacToTe input,atmost .............. 320 150

• input,atmost [2]

  150

  KonebaTtensHas MOLWHOCTbL (Ha HacToTe input,atmost .............. 320 150

• output,atmost [1]

  30

  JOMIU)Y, kBT ... 30 output,atmost ............. 38 38

• output,atmost [2]

  38

  JOMIU)Y, kBT ... 30 output,atmost ............. 38 38

• output,atmost [3]

  38

  JOMIU)Y, kBT ... 30 output,atmost ............. 38 38

• voltage (ACorDC),V [1]

  79 V

  HanpsikeHue Hakana (~wm=),B .............. 7,9-8,7 Filament voltage (ACorDC),V ................. 7.9-8.7

• voltage (ACorDC),V [2]

  -87 V

  HanpsikeHue Hakana (~wm=),B .............. 7,9-8,7 Filament voltage (ACorDC),V ................. 7.9-8.7

• voltage (ACorDC),V [3]

  7.9 V

  HanpsikeHue Hakana (~wm=),B .............. 7,9-8,7 Filament voltage (ACorDC),V ................. 7.9-8.7

• voltage (ACorDC),V [4]

  -8.7 V

  HanpsikeHue Hakana (~wm=),B .............. 7,9-8,7 Filament voltage (ACorDC),V ................. 7.9-8.7

• current, A [1]

  190 A

  Haunbonblinil nyckoBon TOK HakKana, A ........... 190 Filament startingcurrent, A .. .................. 190

• current, A [2]

  190 A

  Haunbonblinil nyckoBon TOK HakKana, A ........... 190 Filament startingcurrent, A .. .................. 190

• voltage (DC), kV

  10 kV

  Haunbonblee HanpsbkeHne, KB: Anode voltage (DC), kV ....................... 10

• voltage (DC), kV [1]

  10 kV

  AHOAA (=) o v it 10 Grid 2 voltage (DC), kV . .. ... ... ... ... . 1.5

• voltage (DC), kV [2]

  2 kV

  AHOAA (=) o v it 10 Grid 2 voltage (DC), kV . .. ... ... ... ... . 1.5

• voltage (DC), kV [3]

  1.5 kV

  AHOAA (=) o v it 10 Grid 2 voltage (DC), kV . .. ... ... ... ... . 1.5

• Dissipation, kW

  15 kW

  CETKUBTOPOA (Z) ..o v ie i 1,5 Dissipation, kW:

• grid [1]

  7

  CETKOM BTOPOM . ..o iitieie it cnans 0,7 grid 1 .. 0.3

• grid [2]

  1

  CETKOM BTOPOM . ..o iitieie it cnans 0,7 grid 1 .. 0.3

• grid [3]

  0.3

  CETKOM BTOPOM . ..o iitieie it cnans 0,7 grid 1 .. 0.3

• output

  3 Hz

  COTKOM MEPBOA . .. v oivenie e e 0,3 Operating frequency at oscillator power output

• Temperature at stem and metal-to-ceramic [1]

  30 C

  konebartensHoi MoWHOCTU 30 KBT, MINy ... ... ... 70 Temperature at stem and metal-to-ceramic

• Temperature at stem and metal-to-ceramic [2]

  70 C

  konebartensHoi MoWHOCTU 30 KBT, MINy ... ... ... 70 Temperature at stem and metal-to-ceramic

• temperature,°C .. ... L [1]

  175 C

  HOXXKY U CNaes KepaMuKy C MeTaNMom ........ 175 Anode temperature,°C .. ... L 250

• temperature,°C .. ... L [2]

  250 C

  HOXXKY U CNaes KepaMuKy C MeTaNMom ........ 175 Anode temperature,°C .. ... L 250

• Anode Characteristic Curves: CeTO4YHO-aHOAHbIe (

  0

  Averaged Anode Characteristic Curves: CeTO4YHO-aHOAHbIe (0 CeTKe BTOPOW)

• anode

  1

  grid 1-anode;

• anode

  2

  grid 2-anode

• Grid Characteristic Curves: Ur= [1]

  83

  Averaged Anode-Grid Characteristic Curves: Ur=83B; Uy =1.5xB Ui=83B;U; =158

• Grid Characteristic Curves: Ur= [2]

  1.5

  Averaged Anode-Grid Characteristic Curves: Ur=83B; Uy =1.5xB Ui=83B;U; =158

• Grid Characteristic Curves: Ur= [3]

  83

  Averaged Anode-Grid Characteristic Curves: Ur=83B; Uy =1.5xB Ui=83B;U; =158

• Grid Characteristic Curves: Ur= [4]

  158

  Averaged Anode-Grid Characteristic Curves: Ur=83B; Uy =1.5xB Ui=83B;U; =158

• Grid [1]

  83

  Ur=83V;Up=15kV Averaged Grid 1 Characteristic Curves: Averaged Grid 2 Characteristic Curves:

• Grid [2]

  15

  Ur=83V;Up=15kV Averaged Grid 1 Characteristic Curves: Averaged Grid 2 Characteristic Curves:

• Grid [3]

  1

  Ur=83V;Up=15kV Averaged Grid 1 Characteristic Curves: Averaged Grid 2 Characteristic Curves:

• Grid [4]

  2

  Ur=83V;Up=15kV Averaged Grid 1 Characteristic Curves: Averaged Grid 2 Characteristic Curves: