frequency tuning phase phase 2nd rf power case input p/n range voltage noise @ noise @ harmonic output supply type pushing pulling capa- 10khz 100khz power citance mhz v dbc/hz dbc/hz dbc dbm v/ma mhz/v mhz pf min. - max. min. - max. max. max. max. typ. typ. max. max. vlb68 68 - 72 0.5 - 4.5 -115 -133 -15 5 5 @ 25 sm1 ?.20 1.0 @ 2:1 220 vlb70 70 0.5 -4.5 -110 -130 -15 4 5 @ 30 sm1 ?.40 1.0 @ 2:1 15 vlb151 150 0.5 - 4.5 -110 -130 -10 4 5 @ 30 sm1 ?.30 1.0 @ 2:1 200 vlb190 190 - 215 1- 14 -110 -130 -6 4 12 @ 20 sm1 ?.10 2.0 @ 2:1 100 vlb241 240 - 280 1 - 4 -105 -140 @ 1000khz -10 3 5 @ 15 sm1 ?.00 6.0 @ 2:1 200 vlb364 364 1 - 4 -112 -150 @ 800khz -15 2.5 5 @ 10 sm1 ?.30 0.5 @ 2:1 250 vlb380 380 1 - 4 -110 -148 @ 800khz -12 1 5 @ 15 sm1 ?.40 0.6 @ 2:1 220 vlb381 380 - 400 0 - 5 -117 -137 -12 0 5 @ 25 sm1 ?.50 0.6 @ 2:1 220 vlb402 400 - 470 1 - 8 -110 -120 @ 25khz -13 0 8 @ 10 sm1 ?.30 1.5 @ 2:1 1000 vlb440 440 - 490 0 - 12 -113 -127 -18 9 12 @ 30 sm1 ?.50 4.0 @ 2:1 120 VLB531 530 - 600 0 - 5 -105 -125 -15 0 5 @20 sm1 ?.50 2.0 @ 2:1 200 vlb580 580 - 642 0 - 5 -105 -125 -15 0 5 @ 20 sm1 ?.40 1.3 @ 2:1 200 vlb610 610 - 620 0.5 - 4.5 -110 -125 -15 4 5 @ 30 sm1 ?.30 2.0 @ 2 :1 150 vbl631 630 - 654 1 - 4 -107 -127 -10 0 5 @ 15 sm1 ?.35 1.5 @ 2:1 47 vlb660 660 - 685 1 - 4 -107 -127 -10 0 5 @ 15 sm1 ?.35 1.5 @ 2:1 47 vlb681 680 - 715 1 - 8 -115 -135 -15 0 8 @ 20 sm1 ?.35 1.5 @ 2:1 47 vlb703 700 - 724 1 - 4 -107 -127 -10 0 5 @ 15 sm1 ?.20 1.5 @ 2:1 150 vlb720 720 - 760 2 - 8 -112 -153 @ 800khz -17 3 5 @ 30 sm1 ?.35 0.1 @ 2:1 150 vlb741 740 - 780 0.5 - 4.5 -112 -132 @ 90khz -25 3 5 @ 25 sm1 ?.50 2.5 @ 2:1 47 vlb752 750 - 820 1 - 5 -107 -127 -15 -0.5 5 @ 15 sm1 ?.70 0.7 @ 2:1 56 vlb770 770 - 775 1 - 4 -107 -127 -10 0 5 @ 15 sm1 ?.40 2.5 @ 2:1 47 vlr780 780 - 378 1 - 4 -105 -148 @ 800khz -15 0 5 @ 30 sm4 ?.00 0.5 @ 2:1 39 vlb790 790 - 815 1 - 4 -107 -127 -10 0 5 @ 15 sm1 ?.50 1.8 @ 2:1 47 vlb841 840 - 864 1 - 4 -107 -127 -10 0 5 @ 15 sm1 ?.25 3.0 @ 2:1 47 vlb870 870 - 893 0.4 - 4.5 -110 -132 @ 125khz -20 0 5 @ 25 sm1 ?.20 1.0 @ 2:1 70 vlb930 930 - 956 0.4 - 4.5 -108 -132 @ 125khz -20 0 5 @ 25 sm1 ?.30 1.0 @ 2:1 70 vlb961 960 - 982 0.5 - 4.5 -112 @ 25khz -130 -12 0 5 @ 22 sm1 ?.30 1.0 @ 2:1 100 vlb1011 1010 - 1045 1 - 8 -106 -145 @ 600khz -10 0 5 @ 30 sm1 ?.40 1.0 @ 2:1 150 vlb1081 1080 - 1115 1 - 8 -106 -145 @ 600khz -10 0 5 @ 30 sm1 ?.50 1.5 @ 2:1 100 vlb1130 1130 - 1165 1 - 8 -106 -145 @ 600khz -10 0 5 @ 30 sm1 ?.50 1.5 @ 2:1 100 vl2-1632 1630 - 1635 0.5 - 4.5 -110 -130 -12 2.5 5 @ 35 sm2 ?.50 2.0 @ 2:1 68 vlb2220 2220 - 2280 1 - 5 -105 -125 -15 8 5 @ 35 sm1 ?.30 7.0 @ 2:1 100 vlb2500 2500 - 2550 1 - 5 -105 -125 -15 8 5 @ 35 sm1 ?.40 10.0 @ 2:1 100 oscillators vco commercial series - low noise 16-6 vol. 1 sales offices: visit our web site at http://www.temex.net low noise vco features this series proposes low noise vco up to 2.5 ghz ?phase noise: as low as -115 dbc @ 10 khz from carrier ?frequency range: 70 mhz up to 2250 mhz ?bandwidth: up to 15 % description the high density spectrum with the need of more and more channels in same frequency bandwidth, requires pure signal oscillators. low noise vco brings the solution to this problem. temex uses different design to lower the noise to the desired performances. either tuning coils or dielectric resonators are used. radio links, base station and military radio are the main applications. all our parts are manufactured with lead free technology electrical characteristics @ 25 c
oscillators vco commercial series - low noise 16-7 vol. 1 sales offices: visit our web site at http://www.temex.net typical performances @ 1.7 ghz t u n i n g s e n s i t i v i t y 0 5 10 15 20 25 30 0123456789 t u n i n g v o l t a g e ( v ) m h z / v o u t p u t p o w e r -1 -0,8 -0,6 -0,4 -0,2 0 0,2 0,4 0,6 0,8 1 970 990 1010 1030 1050 1070 f r e q u e n c y m h z d b m t u n i n g c u r v e 970 990 1010 1030 1050 1070 1090 02468 t u n i n g v o l t a g e ( v ) f r e q u e n c y ( m h z ) p h a s e n o i s e 60 70 80 90 100 110 120 130 140 150 160 10 100 1000 f r e q u e n c y f r o m c a r r i e r k h z d b c / h z
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