Siemens Aktiengesellschaft 137
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1 RS 865, YD 1032 For frequencies up to 30 MHz Ordering code Q53-X2001 Vapor-cooled triode with coaxial grid lead-through, suitable for application as RF amplifier and modulator. FRAME4/home/SMC-Archiv-DB/GG-RO-engl/DB-Senderoehren-96_BNR-B442-P4213-X-X- ➀ 4 tapholes M5 (4 90 ) ➁ Taphole M6 for screw-in handle RöZub201K ➂ Taphole M5 for tube fuse RöSich4 Approx. weight 34 kg Dimensions in mm Siemens Aktiengesellschaft 137
2 Heating Heater voltage U F 18 V Heater current I F 164 A Heating: direct Cathode: thoriated tungsten Characteristics Emission current at U A = U G = 750 V Amplification factor at U A = 4 to 10 kv, I A = 5 A Transconductance at U A = 4 kv, I A = 5 A I em 125 A µ 50 s 110 ma/v Capacitances Cathode/grid c kg 170 pf Cathode/anode c ka 4,0 pf 1 ) Grid/anode c ga 68 pf Accessories Mounting instruction Mounting instruction RöMo14 RöMo25 Ordering code Cathode connecting strip (2 for each tube) RöKat41 Q81-X1141 Socket wrench for tube fuse RöZub10 Q81-X2110 Handle RöZub201K Q81-X2151 Tube fuse RöSich4 Q81-X1404 Pull switch for tube fuse RöKt11 Q81-X1311 Boiler RöKüV201 Q81-X1671 Union at water inlet RöKüV41Zub7 Q81-X1647 Insulating pipe at vapor outlet RöKüV201Zub3 Q81-X1673 Insulating pipe at water inlet RöKüV201Zub4 Q81-X1675 Insulator RöKüV201Zub5K Q81-X1676 Gasket at vapor outlet RöKüV201Zub8 Q81-X1678 Water level stabilizer with control electrodes RöZubV4 Q81-X2105 LL electrolytic target RöEl23 C65055-A667-A23 Gasket ring for boiler RöN9355 C65051-A201-C531 1) Measured by means of a 40 cm 40 cm screening plate in the grid terminal plane. 138 Siemens Aktiengesellschaft
3 RF amplifier, class B operation, grounded cathode circuit Frequency f MHz Anode voltage (dc) U A 16 12,5 kv Grid voltage (dc) U G V Cathode current (dc) I K A Peak cathode current I K M A Anode dissipation P A kw Grid dissipation P G 2,0 2,0 kw Frequency f MHz Output power P kw 1 ) Anode voltage (dc) U A kv Grid voltage (dc) U G V Peak grid voltage (ac) U g m V Zero signal anode current (dc) I A 0 0,8 1,0 1,0 1,0 A Anode current (dc) I A 21 13, ,5 A 2 ) Grid current (dc) I G 3,32 2,2 2,9 1,95 A Anode input power P B A kw Drive power P 1 2,17 1,3 1,6 0,95 kw 1 ) Anode dissipation P A kw Grid dissipation P G 1,17 0,65 0,95 0,5 kw Efficiency η ,5 % Anode load resistance R A Ω 1) Circuit losses are not included. 2) Modulated anode current. Siemens Aktiengesellschaft 139
4 RF amplifier, class C operation, grounded cathode circuit Frequency f MHz Anode voltage (dc) U A 16 12,5 kv Grid voltage (dc) U G V Cathode current (dc) I K A Peak cathode current I K M A Anode dissipation P A kw Grid dissipation P G 2,0 2,0 kw Frequency f MHz Output power P kw 1 ) Anode voltage (dc) U A kv Grid voltage (dc) U G V Peak grid voltage (ac) U g m V Anode current (dc) I A 17,6 17,1 13,8 A Grid current (dc) I G 3,8 4,0 3,4 A Anode input power P B A kw Drive power P 1 4,0 4,0 2,9 kw 1 ) Anode dissipation P A kw Grid dissipation P G 1,55 1,6 1,2 kw Efficiency η 81 80,5 80 % Anode load resistance R A Ω 1) Circuit losses are not included. 140 Siemens Aktiengesellschaft
5 Anode voltage modulation, constant RF grid ac voltage, grounded cathode circuit Frequency f 30 MHz Anode voltage (dc) U A 11,5 kv Grid voltage (dc) U G 1000 V Cathode current (dc) I K 20 A Peak cathode current I K M 125 A Anode dissipation P A 110 kw Grid dissipation P G 2,0 kw Frequency f MHz Carrier power P trg kw 1 ) Anode voltage (dc) U A kv Grid bias (dc), fixed U G fix V Grid resistance R G Ω Peak grid voltage (ac) U g m V Anode current (dc) I A 11,4 8,5 A Grid current (dc) I G 4,7 3,2 A Anode input power P B A kw Drive power P 1 4,3 2,3 kw 1 ) Anode dissipation P A kw 2 ) Grid dissipation P G W Efficiency η 80 77,5 % Anode load resistance R A Ω Modulation factor m % Modulation power P mod 62,5 42,5 kw Grid current (dc) I G 4,8 4,0 A 3 ) Drive power P 1 4,2 3,0 kw 1 ) 3 ) Grid current (dc) I G 3,7 2,6 A 4 ) Drive power P 1 3,4 1,9 kw 1 ) 4 ) 1) Circuit losses are not included. 2) Even during modulation the indicated maximum ratings must not be exceeded. It has to be observed that during 100 % modulation the plate dissipation increases to about 1,5 times the power dissipation stated for the carrier value. 3) Maximum values at U A = 0 V. 4) Maximum values at peak modulation. Siemens Aktiengesellschaft 141
6 Anode voltage modulation, 50 % modulated driver stage, grounded cathode circuit Frequency f 30 MHz Anode voltage (dc) U A 11,5 kv Grid voltage (dc) U G 1000 V Cathode current (dc) I K 20 A Peak cathode current I K M 125 A Anode dissipation P A 110 kw Grid dissipation P G 2,0 kw Frequency f 30 MHz Carrier power P trg 110 kw 1 ) Anode voltage (dc) U A 11 kv Grid bias (dc), fixed U G fix 200 V Grid resistance R G 190 Ω Peak grid voltage (ac) U g m 1200 V Anode current (dc) I A 12 A Grid current (dc) I G 3,1 A Anode input power P B A 132 kw Drive power P 1 3,4 kw 1 ) Anode dissipation P A 22 kw 2 ) Grid dissipation P G 0,96 kw Efficiency η 83 % Anode load resistance R A 500 Ω Modulation factor m 100 % Modulation power P mod 66 kw Grid dissipation at modulation P G mod 1,32 kw 3 ) Peak grid voltage (ac) U g m 1800 V 4 ) Grid current (dc) I G 5,1 A 4 ) Drive power P 1 8,7 kw 1 ) 4 ) 1) Circuit losses are not included. 2) Even during modulation the indicated maximum ratings must not be exceeded. It has to be observed that during 100 % modulation the plate dissipation increases to about 1,5 times the power dissipation stated for the carrier value. 3) Average value at m = 100 %. 4) Maximum values at peak modulation. 142 Siemens Aktiengesellschaft
7 Anode voltage modulation, 50 % modulated driver stage, grounded grid circuit Frequency f 30 MHz Anode voltage (dc) U A 11,5 kv Grid voltage (dc) U G 1000 V Cathode current (dc) I K 20 A Peak cathode current I K M 125 A Anode dissipation P A 110 kw Grid dissipation P G 2,0 kw Frequency f 30 MHz Carrier power P trg ,6 2 ) kw 1 ) Anode voltage (dc) U A 11 kv Grid bias (dc), fixed U G fix 200 V Grid resistance R G 190 Ω Peak grid voltage (ac) U g m 1200 V Anode current (dc) I A 12 A Grid current (dc) I G 3,1 A Anode input power P B A 132 kw Drive power P 1 3,4 + 12,6 2 ) kw 1 ) Anode dissipation P A 22 kw 3 ) Grid dissipation P G 0,96 kw Efficiency η 83 % Anode load resistance R A 560 Ω Modulation factor m 100 % Modulation power P mod 66 kw Grid dissipation at modulation P G mod 1,32 kw 4 ) Peak grid voltage (ac) U g m 1800 V 5 ) Grid current (dc) I G 5,1 A 5 ) Drive power P 1 8, ) kw 1 ) 5 ) Anode dissipation at modulation P A mod 33 kw 1) Circuit losses are not included. 2) Power transition of the grounded grid circuit. 3) Even during modulation the indicated maximum ratings must not be exceeded. It has to be observed that during 100 % modulation the plate dissipation increases to about 1,5 times the power dissipation stated for the carrier value. 4) Average value at m = 100 %. 5) Maximum values at peak modulation. Siemens Aktiengesellschaft 143
8 AF amplifier and modulator, class B operation, 2 tubes in push-pull circuit Anode voltage (dc) U A 12 kv Grid voltage (dc) U G 800 V Cathode current (dc) I K 25 A Peak cathode current I K M 80 A Anode dissipation P A 110 kw Grid dissipation P G 2,0 kw at modulator operation for 300 kw carrier power 200 kw carrier power Output power P kw Anode voltage (dc) U A ,0 8,0 kv Grid voltage (dc) U G V Peak control grid voltage (ac) between the 2 tubes U gg m V Anode current (dc) I A ,1 2 1,2 2 14,3 A Grid current (dc) I G 0 2 2, ,6 A Peak grid current I G M A Anode input power P B A , kw Drive power P , ,2 kw Anode dissipation P A ,6 2 36,5 kw Grid dissipation P G W Efficiency η 69,3 68 % Effective load resistance (anode to anode) R AA Ω 144 Siemens Aktiengesellschaft
9 Tube mounting Axis vertical, anode down. For connection of the cathode use the terminals listed under Accessories. For connecting the grid, M5 tapholes are provided at the grid terminal ring; knurled head screws are included in delivery. Maximum tube surface temperature The temperature of the glass and metal parts and of the cathode terminals must not exceed 220 C at any point. At f > 10 MHz an equally distributed slight air stream on the grid connector ring and the cathode terminal pins is required. Vapor cooling Cooling data for maximum anode dissipation Detailed information on vapor cooling upon request. Please observe instructions on vapor cooling given under Explanations on Technical Data. Safety precautions P A max = 110 kw Total power to be dissipated by the cooling system (P A + P G + 0,8 P F ) 114,5 kw Equivalent thermal output Flow rate of returning water at returning water temperature of 20 C at returning water temperature of 90 C Volume of generated vapor at returning water temperature of 20 C at returning water temperature of 90 C 6860 kj/min (1640 kcal/min) approx. 2,7 l/min approx. 3,1 l/min approx. 4,5 m 3 /min approx. 5,1 m 3 /min The section Safety precautions under Explanations on Technical Data describes how the tube is to be protected against damage due to electric overload or insufficient cooling. A copper wire with 0,26 mm diameter should be used to test the anode overcurrent trip circuit. For protection against thermal anode overload the tube fuse RöSich4 is recommended. In conjunction with pull switch RöKt11 it disconnects the voltages at the tube in case of overload (see accessories). Siemens Aktiengesellschaft 145
10 U G = f (U A ) Parameter = I A Parameter = I G 700 FRAME4/home/SMC-Archiv-DB/GG-RO-engl/DB-Senderoehren-96_BNR-B442-P4213-X-X- 600 U G kv 146 Siemens Aktiengesellschaft
Siemens Aktiengesellschaft 211
YD 1002 For frequencies up to 70 MHz Ordering code Q53-X2021 Vapor-cooled triode with coaxial grid lead-through, suitable for use as RF amplifier, oscillator and modulator. FRAME4/home/SMC-Archiv-DB/GG-RO-engl/DB-Senderoehren-96_BNR-B442-P4213-X-X-
Transmitter Triode RS 2041 V YD 1262
YD 1262 Ordering code Q53-X2041 Coaxial triode in metal-glass-ceramic technology, vapor-cooled, suitable for broadcast transmitters up to 300 kw medium and short wave, for modulators in transmitters up
90 Siemens Aktiengesellschaft
YL 1011/YL 1012 FRAME4/home/SMC-Archiv-DB/GG-RO-engl/DB-Senderoehren-96_BNR-B442-P4213-X-X- For single-sideband transmitters and TV transmitters Coaxial metal-ceramic tetrode for frequencies up to 250
Siemens Aktiengesellschaft 299
For frequencies up to 150 MHz Ordering code Q53-X2054 Coaxial metal-ceramic tetrode, vapor-condensation-cooled, particularly suitable for 100 kw broadcast transmitters up to 30 MHz, for grid-current free
Siemens Aktiengesellschaft 101
YL 1570 For broadcast and single-sideband transmitters Ordering code Q52-X1084 Coaxial metal-ceramic tetrode, water-cooled with integrated cooling jacket, for frequencies up to 250 MHz; particularly suitable
Transmitter Tetrode RS 1034
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186 Siemens Aktiengesellschaft
4 CX 5000 A Especially for communications transmitters, P 2 approx. 10 kw Ordering code Q51-X2014 Coaxial metal-ceramic tetrode for frequencies up to 110 MHz, forced-air-cooled; particularly suitable for
Transmitter Tetrode RS 2078 SK TH 558
TH 558 FRAME4/home/SMC-Archiv-DB/GG-RO-engl/DB-Senderoehren-96_BNR-B442-P4213-X-X- Ordering code Q53-X2078 Coaxial metal-ceramic tetrode, grid in pyrolytic graphite technolgy, vapor-condensation-cooled.
Transmitter Tetrode. Approx. weight 16 kg. 360 Siemens Aktiengesellschaft. ➀ Tube support ➁ Air inlet ➂ Do not use as terminal.
Transmitter Tetrode RS 2795 Ordering code Q53-X2795 Coaxial metal-ceramic tetrode, forced-air-cooled, for frequencies up to 110 MHz, particularly suitable for single-sideband communications transmitters
Transmitter Tetrode TH 347
Coaxial metal-ceramic tetrode, forced-air-cooled, for frequencies up to 1000 MHz. The tube is especially suitable for TV transmitters and TV translators, band IV/V. Dimensions in mm Approx. weight 2,3
Transmitter Tetrode. Approx. weight 1,1 kg Packing dimensions: approx. 310 mm 310 mm 320 mm. Siemens Aktiengesellschaft 375
Transmitter Tetrode YL 1056 For frequencies up to 1215 MHz Ordering code Q51-X1056 Coaxial metal-ceramic tetrode, forced-air-cooled. The tube is suitable for power amplifiers, in particular for the final
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PET1606J2F. Pilani Electron Tubes & Devices Pvt. Ltd. Water Cooled Triode. For Industrial RF Heating. Drop in equivalent of BW1606J2F
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PET1610F. Pilani Electron Tubes & Devices Pvt. Ltd. Forced-Air Cooled Triode. For Industrial RF Heating. Drop in equivalent of BW1610F
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