Data set 01
1999 Philips E-Z
Published operating points and test conditions from this source.
Tetrode
Other
Anode voltage Vi
8 kV
ClassAB
Output power in load Wy
27.5 kW
ClassAB
Anode voltage Vi,
8.5 kV
ClassC
Output power In load Wy
25 kW
ClassC
Frequency I
175 to 225 MHz
Transposer
Anode voltage Vi
3 kV
Transposer
Qutput power in load W
10.5 kW
Transposer
Filament current Iy
120 A
Filament peak starting current pr max
750 A
Waiting time Ty min
1 s
Absolute max. envelope temperature teny Max
240 °C
Recommended max. seal temperature t max
200 °C
Frequency f
260 MHz
Anode voltage Va
9 kv
Grid no. 2 voltage Vg2
1 kV
Grid no. 1 voltage Vg1
500 V
Anode current, black Ia black
7 A
Anode input power, black Wia plack
40 kW
Anode dissipation Wy
18 kW
Grid no. 2 dissipation Wgo
100 W
Grid no. 1 dissipation Weq
50 W
Cathode current Ik
9 A
Frequency of vision carrier f
175.25 MHz
Bandwidth ( [1]
-1 dB
Bandwidth ( [2]
7.5 MHz
Anode voltage Va
8 kv
Grid no. 2 voltage Vgo
700 V
Grid no. 1 voltage Vg1
-84 v
Anode current, no-signal condition Iy
900 mA
Anode current, black I3 plack
3.9 A
Grid no. 2 current, black Ig2 black
55 mA
Grid no. 1 current, black Ig1 plack
180 mA
Output power in load, sync Wy sync
27.5 W
black Wy black
16.5 kW
Anode dissipation, black Wa black
14 kW
Driving power, sync Wdrgync
965 W
Differential gain
285 %
Frequency of vision carrier f 83,25
55.25 MHz
Bandwidth ( [2]
7 MHz
Anode voltage Vg 6,5
6.5 kV
Grid no. 2 voltage Vgg 700
700 V
Grid no. 1 voltage Vgl -88
~88 V
Anode current, no signal condition Iy 900
900 mA
Anode current, black 14 plack 4, 1
4.5 A
Grid no. 2 current, black Ig hlack 55
45 mA
Grid no.1 current, black Ig1 black 160
175 mA
Output power in load. sync Wy svne 20
20 kW
Anode dissipation, black Wa black 14,6
17.2 kW
Driving power, sync Wdrgvne 835
910 W
black Wdrpl ek 144
520 W
with superimposed a 4,
43 MHz
7y Three-tone test method (vision carrier [1]
-8 dB
7y Three-tone test method (vision carrier [2]
-7 dB
6) At ¢.w, output power = 10,35 kKW, [1]
-17 dB
6) At ¢.w, output power = 10,35 kKW, [2]
0 dB
Frequency f
175 to 225 MHz
Bandwidth ( [2]
8 MHz
Anode voltage Vi
8 kV
Grid no. 2 voltage Voo
200 V
Anode current, no signal condition Ia
1.8 A
Anode current 6) Ia
3.3 A
Grid no. 2 current 6) Ig2
35 mA
Grid no. 1 current 6) Igl
20 mA
Driving power, sync Wdr
250 W
Output power in load, sync Wy
10.5 kW
Intermodulation products 7) d
-55 dB
Anode voltage Vi, max
9.5 kV
Grid no. 1 voltage —Vgl max
500 V
Anode current Iy max
7 A
Anode input power Wia max
42 kW
Anode dissipation W, max
18 kW
Grid no. 2 dissipation \\'g,‘2 max
100 W
Grid no. 1 dissipation ng max
50 W
Cathode current Iy max
9 A
Anode voltage Vy
8.5 kV
Grid no. 2 voltage Vgz
700 V
Grid no. 1 voltage Vg1
~106 V
Anode current, no signal condition 1,
300 mA
Anode current 1
4.6 A
Grid no. 2 current 1g2
100 mA
Grid no. 1 current g
325 mA
Anode input power Wig
39.1 kW
Anode dissipation Wy
14 kW
Output power in load Wy
25 kW
Driving power War
800 W
1 WEASAA'EAY Ai2
0 mA
AY XhY LAVEVEAV hY
100 °C
] ra \ AY
25 s
ta= 130 OC—++120
0 C
14
16 W
y \
< 1 A
Characteristic
Grid no. 2 voltage \'gz
700 V
Anode current I,
2.4 A
Transconductance S
60 mA
Capacitance
Input Cgl(a) 135 Cf(a)
69 pF
Anode to filament Cat
0.25 pF