Data set 01
1962 ITT
Published operating points and test conditions from this source.
Klystron
Other
U.H.F Power Klystrons ZI1 [1]
53 W
U.H.F Power Klystrons ZI153/50Z
U.H.F Power Klystrons ZI1 [2]
50 W
U.H.F Power Klystrons ZI153/50Z
uleting anode for beam current [1]
2161 A
uleting anode for beam current 2161/50Z used in ZM161 mount
uleting anode for beam current [2]
50 A
uleting anode for beam current 2161/50Z used in ZM161 mount
uleting anode for beam current [3]
61 A
uleting anode for beam current 2161/50Z used in ZM161 mount
using the same beam voltage supply to eccept the Z1 [1]
53 V
using the same beam voltage supply to eccept the Z153/50Z series of
using the same beam voltage supply to eccept the Z1 [2]
50 V
using the same beam voltage supply to eccept the Z153/50Z series of
focus mount essembly, incorporat- Power output, saturated (kW)
15 kW
focus mount essembly, incorporat- Power output, saturated (kW) 15
ing the focus electromagnet system Power gain, typical (dB)
43 W
ing the focus electromagnet system Power gain, typical (dB) 43
in which the klystron will give Bandwidth (MHz)
8 MHz
in which the klystron will give Bandwidth (MHz) 8,0
the performance specified in these Beam voltage (kv)
13 kV
the performance specified in these Beam voltage (kv) 13
Z1 [1]
53
Z153/50Z ZM153 470 to 598 Cathode indirectly heated
Z1 [2]
50
Z153/50Z ZM153 470 to 598 Cathode indirectly heated
Z1 [3]
53
Z153/50Z ZM153 470 to 598 Cathode indirectly heated
Z1 [4]
470
Z153/50Z ZM153 470 to 598 Cathode indirectly heated
Z1 [5]
598
Z153/50Z ZM153 470 to 598 Cathode indirectly heated
Published value [1]
7163 V
7163/502 M163 598 to 710 Heater voltage, min.
Published value [2]
502 V
7163/502 M163 598 to 710 Heater voltage, min.
Published value [3]
63 V
7163/502 M163 598 to 710 Heater voltage, min.
Published value [4]
598 V
7163/502 M163 598 to 710 Heater voltage, min.
Published value [5]
710 V
7163/502 M163 598 to 710 Heater voltage, min.
In trensmitters using e third kly- Heater current range (A) [1]
38 A
In trensmitters using e third kly- Heater current range (A)38 to 44
In trensmitters using e third kly- Heater current range (A) [2]
44 A
In trensmitters using e third kly- Heater current range (A)38 to 44
sound signsls ss sn emergency res- current, peak, max. (A)
84 mA
sound signsls ss sn emergency res- current, peak, max. (A) 84
erve, the tubes are suitable for Cathode heating time {(min)
5
erve, the tubes are suitable for Cathode heating time {(min) 5,0
power output, where the vision/ ated et
5 V
power output, where the vision/ ated et 5,0V. Heater voltage may
sound powers retio is [1]
5 W
sound powers retio is 5:1. have to be increased to 5,5V max.
sound powers retio is [2]
1 W
sound powers retio is 5:1. have to be increased to 5,5V max.
sound powers retio is [3]
5.5 W
sound powers retio is 5:1. have to be increased to 5,5V max.
U.H.F Power Klystrons Z1 [1]
53 W
U.H.F Power Klystrons Z153/50Z
U.H.F Power Klystrons Z1 [2]
50 W
U.H.F Power Klystrons Z153/50Z
Beam voltage, continuous (kV) [1]
14 kV
Beam voltage, continuous (kV) 14 Collector dissipetion (kW) 45
Beam voltage, continuous (kV) [2]
45 kV
Beam voltage, continuous (kV) 14 Collector dissipetion (kW) 45
Beam current, mean (A) [1]
3.5 A
Beam current, mean (A) 3,5 Load VSWR (Note 2) 1,5:1
Beam current, mean (A) [2]
2 A
Beam current, mean (A) 3,5 Load VSWR (Note 2) 1,5:1
Beam current, mean (A) [3]
1.5 A
Beam current, mean (A) 3,5 Load VSWR (Note 2) 1,5:1
Beam current, mean (A) [4]
1 A
Beam current, mean (A) 3,5 Load VSWR (Note 2) 1,5:1
Body current Note
2 A
Body current Note 2. Tubes will operate at
with zero input power (mA)
50 W
with zero input power (mA) 50 this figure without damage but
output (mA)
150
output (mA) 150 be assured only if load VSWR does
Fower output, saturated (kW) [1]
18
Fower output, saturated (kW) 18 not exceed 1,1:1 .
Fower output, saturated (kW) [2]
1.1
Fower output, saturated (kW) 18 not exceed 1,1:1 .
Fower output, saturated (kW) [3]
1
Fower output, saturated (kW) 18 not exceed 1,1:1 .
{For T.V. transmitter giving sync. power output of
12.5 kW
{For T.V. transmitter giving sync. power output of 12,5kW)
Published value [1]
7153
7153/502 44,125 producad by collector
Published value [2]
502
7153/502 44,125 producad by collector
Published value [3]
44.125
7153/502 44,125 producad by collector
Z2 [1]
163 kW
Z2163/502Z 40,1 dissipation {(m3/min/kW) 0,043
Z2 [2]
502 kW
Z2163/502Z 40,1 dissipation {(m3/min/kW) 0,043
Z2 [3]
40.1 kW
Z2163/502Z 40,1 dissipation {(m3/min/kW) 0,043
Z2 [4]
0.043 kW
Z2163/502Z 40,1 dissipation {(m3/min/kW) 0,043
vertical, collector downwards
12.5
vertical, collector downwards 12,5kW peak sync.
output, min. ( [1]
1
output, min. (1/min) 2,27
output, min. ( [2]
2.27
output, min. (1/min) 2,27
voltage (v)
100 V
voltage (v) 100 Air flow for gun
current (Note [1]
24 A
current (Note 24) (A) 9,0/13 envelope and tube
current (Note [2]
9 A
current (Note 24) (A) 9,0/13 envelope and tube
current (Note [3]
13 A
current (Note 24) (A) 9,0/13 envelope and tube
hot (@)
7.3
hot (@) 7,3 Static pressure head
input Type N coaxial panel jack [1]
2
input Type N coaxial panel jack 2 83md/min. (100Ft3/min)
input Type N coaxial panel jack [2]
83
input Type N coaxial panel jack 2 83md/min. (100Ft3/min)
input Type N coaxial panel jack [3]
100
input Type N coaxial panel jack 2 83md/min. (100Ft3/min)
Body current {Note
6 A
Body current {Note 6)
with zero power input (mA) [1]
14 W
with zero power input (mA) 14 15 15
with zero power input (mA) [2]
15 W
with zero power input (mA) 14 15 15
with zero power input (mA) [3]
15 W
with zero power input (mA) 14 15 15
at
12.5
at 12,5kW c.w, output, vision
frequency (mA) [1]
30
frequency (mA) 30 32 36
frequency (mA) [2]
32
frequency (mA) 30 32 36
frequency (mA) [3]
36
frequency (mA) 30 32 36
Drive power (Notes
7.8 W
Drive power (Notes 7,8)
at [1]
12.5
at 12,5kW output (W) 0,45 0,35 0,34
at [2]
0.45
at 12,5kW output (W) 0,45 0,35 0,34
at [3]
0.35
at 12,5kW output (W) 0,45 0,35 0,34
at [4]
0.34
at 12,5kW output (W) 0,45 0,35 0,34
at [1]
10
at 10kW output (W) 0,33 0,28 0,27
at [2]
0.33
at 10kW output (W) 0,33 0,28 0,27
at [3]
0.28
at 10kW output (W) 0,33 0,28 0,27
at [4]
0.27
at 10kW output (W) 0,33 0,28 0,27
Power gain (Note [1]
8 W
Power gain (Note 8) (dB) 44,4 45,5 45,6
Power gain (Note [2]
44.4 W
Power gain (Note 8) (dB) 44,4 45,5 45,6
Power gain (Note [3]
45.5 W
Power gain (Note 8) (dB) 44,4 45,5 45,6
Power gain (Note [4]
45.6 W
Power gain (Note 8) (dB) 44,4 45,5 45,6
Differential gain (Notes [1]
4.9 dB
Differential gain (Notes 4,9) (%) 73 76 74
Differential gain (Notes [2]
73 dB
Differential gain (Notes 4,9) (%) 73 76 74
Differential gain (Notes [3]
76 dB
Differential gain (Notes 4,9) (%) 73 76 74
Differential gain (Notes [4]
74 dB
Differential gain (Notes 4,9) (%) 73 76 74
Differential phase (Notes [1]
4.1
Differential phase (Notes 4,10) (°) 7,0 4,5 5,6
Differential phase (Notes [2]
7
Differential phase (Notes 4,10) (°) 7,0 4,5 5,6
Differential phase (Notes [3]
4.5
Differential phase (Notes 4,10) (°) 7,0 4,5 5,6
Differential phase (Notes [4]
5.6
Differential phase (Notes 4,10) (°) 7,0 4,5 5,6
AM noise (Note [1]
11 dB
AM noise (Note 11) (dB) 60 60 60
AM noise (Note [2]
60 dB
AM noise (Note 11) (dB) 60 60 60
AM noise (Note [3]
60 dB
AM noise (Note 11) (dB) 60 60 60
AM noise (Note [4]
60 dB
AM noise (Note 11) (dB) 60 60 60
Linearity (Notes [1]
4.12
Linearity (Notes 4,12) (%) 75 77 76
Linearity (Notes [2]
75
Linearity (Notes 4,12) (%) 75 77 76
Linearity (Notes [3]
77
Linearity (Notes 4,12) (%) 75 77 76
Linearity (Notes [4]
76
Linearity (Notes 4,12) (%) 75 77 76
Power output, saturated (Note [1]
8 kW
Power output, saturated (Note 8) (kW) 16 16,5 16