GI411 Tube Specifications

Data set 01

1968 Electronintorg

Published operating points and test conditions from this source.

SECTION 1

Triode

Other

pulsed operation in grounded- [
1
high-duty factor pulsed operation in grounded- [ 1
heater
11
11— heater
Cathode: indirectly heated, oxide-coated dispenser
4
KaTop — meTtannory64arbii OKCUAHbIA KOCBEHHOTO Ha- Cathode: indirectly heated, oxide-coated dispenser.
temperature,°C [1]
-65 C
Temnepatypa okpyxatowen cpegs, °C . . . . . . . —65-+125 Ambient temperature,°C . . . ... ... ... ... —65t0 +125
temperature,°C [2]
125 C
Temnepatypa okpyxatowen cpegs, °C . . . . . . . —65-+125 Ambient temperature,°C . . . ... ... ... ... —65t0 +125
temperature,°C [3]
-65 C
Temnepatypa okpyxatowen cpegs, °C . . . . . . . —65-+125 Ambient temperature,°C . . . ... ... ... ... —65t0 +125
temperature,°C [4]
125 C
Temnepatypa okpyxatowen cpegs, °C . . . . . . . —65-+125 Ambient temperature,°C . . . ... ... ... ... —65t0 +125
voltage (ACorDC),V [1]
63 V
HanpskeHue Hakana (~wwm =),B . . . . . .... 6,3 Heater voltage (ACorDC),V . . . . . . . . ... .. 6.3
voltage (ACorDC),V [2]
6.3 V
HanpskeHue Hakana (~wwm =),B . . . . . .... 6,3 Heater voltage (ACorDC),V . . . . . . . . ... .. 6.3
Mutual conductance, mA/V, atleast [1]
23 mA/V
KpyTuana xapakrepuctuku, MA/B, He meHee . . . . 23 Mutual conductance, mA/V, atleast . . ... .. .. 23
Mutual conductance, mA/V, atleast [2]
23 mA/V
KpyTuana xapakrepuctuku, MA/B, He meHee . . . . 23 Mutual conductance, mA/V, atleast . . ... .. .. 23
voltage
450 V
KoadbuumeHT yeunexus (npu HanpskeHni Gain coefficient (at anode voltage 450 V
current5 [1]
450 mA
aHopa 450 B v Toke aHoga 50mMA) . . . . . . . L L. 60—-140 and anode current50 mA) . . . .. .. ... L. 60-140
current5 [2]
50 mA
aHopa 450 B v Toke aHoga 50mMA) . . . . . . . L L. 60—-140 and anode current50 mA) . . . .. .. ... L. 60-140
current5 [3]
60 mA
aHopa 450 B v Toke aHoga 50mMA) . . . . . . . L L. 60—-140 and anode current50 mA) . . . .. .. ... L. 60-140
current5 [4]
-140 mA
aHopa 450 B v Toke aHoga 50mMA) . . . . . . . L L. 60—-140 and anode current50 mA) . . . .. .. ... L. 60-140
current5 [5]
0 mA
aHopa 450 B v Toke aHoga 50mMA) . . . . . . . L L. 60—-140 and anode current50 mA) . . . .. .. ... L. 60-140
current5 [6]
60 mA
aHopa 450 B v Toke aHoga 50mMA) . . . . . . . L L. 60—-140 and anode current50 mA) . . . .. .. ... L. 60-140
current5 [7]
-140 mA
aHopa 450 B v Toke aHoga 50mMA) . . . . . . . L L. 60—-140 and anode current50 mA) . . . .. .. ... L. 60-140
voltage
3.2 kV
Bpewmsi rotoBHOCTW (Npu HanpshkeHun Warm up time (at peak anode voltage 3.2 kV,
current [1]
32 A
aHoga B umnynece 3,2 KB, Toke aHoga peak anode current 2.8 A, 1/duty factor 200,
current [2]
2.8 A
aHoga B umnynece 3,2 KB, Toke aHoga peak anode current 2.8 A, 1/duty factor 200,
current [3]
1 A
aHoga B umnynece 3,2 KB, Toke aHoga peak anode current 2.8 A, 1/duty factor 200,
current [4]
200 A
aHoga B umnynece 3,2 KB, Toke aHoga peak anode current 2.8 A, 1/duty factor 200,
wavelength [1]
28 cm
BuMnynbce 2,8 A, ckBakHOCTH 200, pulse duration 1.5 us, wavelength
wavelength [2]
200 cm
BuMnynbce 2,8 A, ckBakHOCTH 200, pulse duration 1.5 us, wavelength
wavelength [3]
1.5 cm
BuMnynbce 2,8 A, ckBakHOCTH 200, pulse duration 1.5 us, wavelength
voltage [1]
10 W
AnuHe BoNHb! 10cM), c, HeGonee . . . . . . . . .. 60 Output power (at peak anode voltage 3.2 kV,
voltage [2]
60 W
AnuHe BoNHb! 10cM), c, HeGonee . . . . . . . . .. 60 Output power (at peak anode voltage 3.2 kV,
voltage [3]
3.2 W
AnuHe BoNHb! 10cM), c, HeGonee . . . . . . . . .. 60 Output power (at peak anode voltage 3.2 kV,
current [1]
2.8 A
MowHOCTL BbIXOAHAS (NMPY HANPSXKEHWUN peak anode current 2.8 A, 1/duty factor 200,
current [2]
1 A
MowHOCTL BbIXOAHAS (NMPY HANPSXKEHWUN peak anode current 2.8 A, 1/duty factor 200,
current [3]
200 A
MowHOCTL BbIXOAHAS (NMPY HANPSXKEHWUN peak anode current 2.8 A, 1/duty factor 200,
wavelength [1]
32 cm
aHopa B umnynece 3,2 kB, Toke aHoga pulse duration 1.5 us, wavelength 10 cm),
wavelength [2]
1.5 cm
aHopa B umnynece 3,2 kB, Toke aHoga pulse duration 1.5 us, wavelength 10 cm),
wavelength [3]
10 cm
aHopa B umnynece 3,2 kB, Toke aHoga pulse duration 1.5 us, wavelength 10 cm),
Interelectrode capacitance, pF
15 pF
ANUTeNbHOCTU MMnynbca 1,5 MKe, gnvHe Interelectrode capacitance, pF:
input [1]
10
BONHbI 10 cMm), KBT, HEMEHEE . . . . . . . . . . .. 1,8 input . . . ... 6-8
input [2]
18
BONHbI 10 cMm), KBT, HEMEHEE . . . . . . . . . . .. 1,8 input . . . ... 6-8
input [3]
6
BONHbI 10 cMm), KBT, HEMEHEE . . . . . . . . . . .. 1,8 input . . . ... 6-8
input [4]
-8
BONHbI 10 cMm), KBT, HEMEHEE . . . . . . . . . . .. 1,8 input . . . ... 6-8
output . . . ... oo
0.05
MexanekTpoaHbie eMkoCTH, NdP: output . . . ... oo 0.05
voltage (ACorDC),V [1]
6 V
Hanpskenue Hakana (~wm =),B . . . . . .. ... 6—6,6 Heater voltage (ACorDC),V . . . . . . .. ... .. 6-6.6
voltage (ACorDC),V [2]
-66 V
Hanpskenue Hakana (~wm =),B . . . . . .. ... 6—6,6 Heater voltage (ACorDC),V . . . . . . .. ... .. 6-6.6
voltage (ACorDC),V [3]
6 V
Hanpskenue Hakana (~wm =),B . . . . . .. ... 6—6,6 Heater voltage (ACorDC),V . . . . . . .. ... .. 6-6.6
voltage (ACorDC),V [4]
-6.6 V
Hanpskenue Hakana (~wm =),B . . . . . .. ... 6—6,6 Heater voltage (ACorDC),V . . . . . . .. ... .. 6-6.6
voltage, kV
3.2 kV
Haubonbuwee HanpsixxeHue, KB: Peak anode voltage, kV . . . . . ... ... .. ... 3.2
voltage (DC), kV
32 kV
aHOQABUMNYNLCE . . . . . . . . . ... 3,2 Anode voltage (DC), kV:
cathode keyingmode
2.35
aHopa (=): in cathode keyingmode . . . . . .. .. ... .. 2.35
anode [1]
0
cMmewenus, B . . .. ..o o000 200 anode . . . . .. ... 40
anode [2]
200
cMmewenus, B . . .. ..o o000 200 anode . . . . .. ... 40
anode [3]
40
cMmewenus, B . . .. ..o o000 200 anode . . . . .. ... 40
grid
0.8
Pacceuaemast HanbosnblIas MOWHOCTb, BT: grid . ... .. 0.8
power, W [1]
3 W
aHoAoM (CpegHee 3Ha4YeHue) . . . . . . . . . . . 40 Peak drive power, W . . . . . ... ... ... ... 350
power, W [2]
40 W
aHoAoM (CpegHee 3Ha4YeHue) . . . . . . . . . . . 40 Peak drive power, W . . . . . ... ... ... ... 350
power, W [3]
350 W
aHoAoM (CpegHee 3Ha4YeHue) . . . . . . . . . . . 40 Peak drive power, W . . . . . ... ... ... ... 350
power, kW [1]
3 kW
ceTKoW (cpegHee 3Ha4deHne) . . . . . . . . . . . 0,8 Minimum output power, kW:
power, kW [2]
8 kW
ceTKoW (cpegHee 3Ha4deHne) . . . . . . . . . . . 0,8 Minimum output power, kW:
cathode keying [1]
350 cm
Bumnynsce, Bt . . . . .. Lo oo 350 at wavelength 18 cm with cathode keying . . . . . 2
cathode keying [2]
18 cm
Bumnynsce, Bt . . . . .. Lo oo 350 at wavelength 18 cm with cathode keying . . . . . 2
cathode keying [3]
2 cm
Bumnynsce, Bt . . . . .. Lo oo 350 at wavelength 18 cm with cathode keying . . . . . 2
cathode keying [1]
18
Ha ANVHe BONHbI 18 cM npu with cathode keying . . . . . . . .. .. ... .. 2.7
cathode keying [2]
2.7
Ha ANVHe BONHbI 18 cM npu with cathode keying . . . . . . . .. .. ... .. 2.7
pulse duration, us
1.5 us
Haubonblumil TOk aHoa B uMnynbee, A: Maximum pulse duration, us . . . . ... ... ... 1.5
Temperature atleads,°C [1]
29 C
NPY aHOOHON MAHUNYMAUMM . . . . . . . . . . . 2,9 Temperature atleads,°C . . . . ... ... ... .. 200
Temperature atleads,°C [2]
200 C
NPY aHOOHON MAHUNYMAUMM . . . . . . . . . . . 2,9 Temperature atleads,°C . . . . ... ... ... .. 200
frequency [1]
63 Hz
/ H = Y1 JUA U=63V;1 =¢1dues; pulse frequency 1,000 Hz;
frequency [2]
1 Hz
/ H = Y1 JUA U=63V;1 =¢1dues; pulse frequency 1,000 Hz;
frequency [3]
1 Hz
/ H = Y1 JUA U=63V;1 =¢1dues; pulse frequency 1,000 Hz;
frequency [4]
1000 Hz
/ H = Y1 JUA U=63V;1 =¢1dues; pulse frequency 1,000 Hz;
grid
3
T 3 X — : _ __ _ anode-grid
frequency [1]
8 Hz
8-t us; pulse frequency 1,000 Hz; ,;
frequency [2]
1000 Hz
8-t us; pulse frequency 1,000 Hz; ,;
grid [1]
7
7 7 ———_ grid - 1 um
grid [2]
7
7 7 ———_ grid - 1 um
grid [3]
1
7 7 ———_ grid - 1 um
Cathode H’j [1]
1
/// 1' T av;ralgsd Dynamic Characteristic Curves at Cathode H’j ; 4// . !
Cathode H’j [2]
4
/// 1' T av;ralgsd Dynamic Characteristic Curves at Cathode H’j ; 4// . !
frequency [1]
4 Hz
/A 4 U,°=us.‘:’il\<l);nr=1.5us;e=200;, ion frequency 1= 1 .
frequency [2]
1.5 Hz
/A 4 U,°=us.‘:’il\<l);nr=1.5us;e=200;, ion frequency 1= 1 .
frequency [3]
200 Hz
/A 4 U,°=us.‘:’il\<l);nr=1.5us;e=200;, ion frequency 1= 1 .
frequency [4]
1 Hz
/A 4 U,°=us.‘:’il\<l);nr=1.5us;e=200;, ion frequency 1= 1 .
frequency [5]
1 Hz
/A 4 U,°=us.‘:’il\<l);nr=1.5us;e=200;, ion frequency 1= 1 .
frequency [1]
6.3 Hz
Uy = 6.3 V; T = 1.5 us; 6 = 200; generation frequency
frequency [2]
1.5 Hz
Uy = 6.3 V; T = 1.5 us; 6 = 200; generation frequency
frequency [3]
6 Hz
Uy = 6.3 V; T = 1.5 us; 6 = 200; generation frequency
frequency [4]
200 Hz
Uy = 6.3 V; T = 1.5 us; 6 = 200; generation frequency

GI411

Description

Tube and section characteristics

Heater and base

Terminal pinout

Section ratings

Triode

Operating conditions by source

1968 Electronintorg

Triode

Other