Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Triode
Other
WUmnynbCHbIM reHepatopHbin Tpuog FN [1]
25
WUmnynbCHbIM reHepatopHbin Tpuog FN-25 npepg- The 'N-25 triode is used as an oscillator with puised
WUmnynbCHbIM reHepatopHbin Tpuog FN [2]
25
WUmnynbCHbIM reHepatopHbin Tpuog FN-25 npepg- The 'N-25 triode is used as an oscillator with puised
anode [1]
490
Multiple impacts with acceleration, m/s? ........... 490 Kn - cathode and heater; /7 - heater; C — grid; A — anode
anode [2]
7
Multiple impacts with acceleration, m/s? ........... 490 Kn - cathode and heater; /7 - heater; C — grid; A — anode
temperature,°C [1]
-60 C
Ambient temperature,°C ...................... —60to +100
temperature,°C [2]
100 C
Ambient temperature,°C ...................... —60to +100
voltage, V
63 V
... ... 6,3 Heater voltage, V ........
voltage
250 uS
KpyTu3Ha xapakTepucTukn (Npy HanNpsi>kKeHun Mutual conductance (at anode voltage 250 V,
current [1]
250 A
aHofa 250 B, nsmeHeHuv HanpskerHusi Ha ceTke grid voltage change —1 V, anode current
current [2]
-1 A
aHofa 250 B, nsmeHeHuv HanpskerHusi Ha ceTke grid voltage change —1 V, anode current
current [1]
250 mA
CeTKM Npu HanpshxeHun aHoaa 250 B, Toke voltage 250 V, anode current 30 mA), V. .......... 1.0-4.5
current [2]
250 mA
CeTKM Npu HanpshxeHun aHoaa 250 B, Toke voltage 250 V, anode current 30 mA), V. .......... 1.0-4.5
current [3]
30 mA
CeTKM Npu HanpshxeHun aHoaa 250 B, Toke voltage 250 V, anode current 30 mA), V. .......... 1.0-4.5
current [4]
1 mA
CeTKM Npu HanpshxeHun aHoaa 250 B, Toke voltage 250 V, anode current 30 mA), V. .......... 1.0-4.5
current [5]
-4.5 mA
CeTKM Npu HanpshxeHun aHoaa 250 B, Toke voltage 250 V, anode current 30 mA), V. .......... 1.0-4.5
voltage [1]
0 V
aHoga30mA),B ... ... 1,0-4,5 Negative cutoff voltage (at anode voltage 250V,
voltage [2]
10 V
aHoga30mA),B ... ... 1,0-4,5 Negative cutoff voltage (at anode voltage 250V,
voltage [3]
-45 V
aHoga30mA),B ... ... 1,0-4,5 Negative cutoff voltage (at anode voltage 250V,
voltage [4]
250 V
aHoga30mA),B ... ... 1,0-4,5 Negative cutoff voltage (at anode voltage 250V,
current
200 mA
HanpskeHne oTceukun oTpulaTesisHoe (npu anode current 200 mA), V,atleast ... ........
Interelectrode capacitance, pF [1]
250 pF
HanpsbkeHun aHoga 250 B, Toke aHoaa 200 mA), Interelectrode capacitance, pF:
Interelectrode capacitance, pF [2]
200 pF
HanpsbkeHun aHoga 250 B, Toke aHoaa 200 mA), Interelectrode capacitance, pF:
input [1]
10
B,HEMEHEE ... ... ... 10 input . ... 3.5-55
input [2]
3.5
B,HEMEHEE ... ... ... 10 input . ... 3.5-55
input [3]
-55
B,HEMEHEE ... ... ... 10 input . ... 3.5-55
pulse [1]
16 W
it i e 1,6-2,3 Peak output power (at pulse 1/duty factor 1,000,
pulse [2]
-23 W
it i e 1,6-2,3 Peak output power (at pulse 1/duty factor 1,000,
pulse [3]
1 W
it i e 1,6-2,3 Peak output power (at pulse 1/duty factor 1,000,
pulse [4]
1000 W
it i e 1,6-2,3 Peak output power (at pulse 1/duty factor 1,000,
voltage [1]
6 V
Bpewms rotoBHoCcTH, C, HE 6ONEE . .. ... .. .. ... .. 45 pulse duration 1us, peak anode voltage
voltage [2]
45 V
Bpewms rotoBHoCcTH, C, HE 6ONEE . .. ... .. .. ... .. 45 pulse duration 1us, peak anode voltage
voltage [3]
1 V
Bpewms rotoBHoCcTH, C, HE 6ONEE . .. ... .. .. ... .. 45 pulse duration 1us, peak anode voltage
wavelength [1]
2.8 cm
MolyHocTb BbixoAHas B UMnynece, BT, He MeHee: 2.8kV, peak anode current 2.5 A, wavelength
wavelength [2]
2.5 cm
MolyHocTb BbixoAHas B UMnynece, BT, He MeHee: 2.8kV, peak anode current 2.5 A, wavelength
power over [1]
1 W
uMnynbca 1 MKC, HanpsHkeHWn aHoga B Peak output power over 1,000 h of service, W,
power over [2]
1000 W
uMnynbca 1 MKC, HanpsHkeHWn aHoga B Peak output power over 1,000 h of service, W,
pulse duration at
13 s
MAHUMYPIALMM oo e ete e 1,3 peak value (with pulse duration at
grid keyingmode, V [1]
-120 V
Hanpsbkenue ceTkmBumnynece, B ......... .. ... —120-0 Grid voltage in pulsed grid keyingmode, V . ....... —80to0
grid keyingmode, V [2]
0 V
Hanpsbkenue ceTkmBumnynece, B ......... .. ... —120-0 Grid voltage in pulsed grid keyingmode, V . ....... —80to0
grid keyingmode, V [3]
-80 V
Hanpsbkenue ceTkmBumnynece, B ......... .. ... —120-0 Grid voltage in pulsed grid keyingmode, V . ....... —80to0
pulsed operation
12
MOy NUpYLoLero umnynsca (npu ero anode in pulsed operation . . ................. 12
grid [1]
6
AnuTensHOCTU He 6onee 0,2MKe), %o . ... ... ... 20 grid .. 0.25
grid [2]
2
AnuTensHOCTU He 6onee 0,2MKe), %o . ... ... ... 20 grid .. 0.25
grid [3]
20
AnuTensHOCTU He 6onee 0,2MKe), %o . ... ... ... 20 grid .. 0.25
grid [4]
0.25
AnuTensHOCTU He 6onee 0,2MKe), %o . ... ... ... 20 grid .. 0.25
Pulse [1]
1
1 (o 7 0,25 Pulse 1/duty factor, atleast .................... 800
Pulse [2]
7
1 (o 7 0,25 Pulse 1/duty factor, atleast .................... 800
Pulse [3]
25
1 (o 7 0,25 Pulse 1/duty factor, atleast .................... 800
Pulse [4]
1
1 (o 7 0,25 Pulse 1/duty factor, atleast .................... 800
Pulse [5]
800
1 (o 7 0,25 Pulse 1/duty factor, atleast .................... 800
heatingtime,s
60 s
[nvHa BonHbI (NpY aHOZHOM MOZYNALMM), Cathode heatingtime,s ....................... 60
temperature,°C [1]
55 C
v ieiieenennanannnnns 5,5 Envelope temperature,°C ..................... 200
temperature,°C [2]
200 C
v ieiieenennanannnnns 5,5 Envelope temperature,°C ..................... 200
frequency [1]
6.3 Hz
Uy = 6.3 V; T =1 us; pulse frequency 1,000 imp/s; Uy = 6.3 V; 1 =1 us; pulse frequency 1,000 imp/s;
frequency [2]
1 Hz
Uy = 6.3 V; T =1 us; pulse frequency 1,000 imp/s; Uy = 6.3 V; 1 =1 us; pulse frequency 1,000 imp/s;
frequency [3]
1000 Hz
Uy = 6.3 V; T =1 us; pulse frequency 1,000 imp/s; Uy = 6.3 V; 1 =1 us; pulse frequency 1,000 imp/s;
frequency [4]
6.3 Hz
Uy = 6.3 V; T =1 us; pulse frequency 1,000 imp/s; Uy = 6.3 V; 1 =1 us; pulse frequency 1,000 imp/s;
frequency [5]
1 Hz
Uy = 6.3 V; T =1 us; pulse frequency 1,000 imp/s; Uy = 6.3 V; 1 =1 us; pulse frequency 1,000 imp/s;
frequency [6]
1 Hz
Uy = 6.3 V; T =1 us; pulse frequency 1,000 imp/s; Uy = 6.3 V; 1 =1 us; pulse frequency 1,000 imp/s;
frequency [7]
1000 Hz
Uy = 6.3 V; T =1 us; pulse frequency 1,000 imp/s; Uy = 6.3 V; 1 =1 us; pulse frequency 1,000 imp/s;