M67728

M67728 MITSUBISHI | Alldatasheet

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MITSUBISHI RF POWER MODULE 430-450MHz, 12.5V, 55W, SSB MOBILE RADIO OUTLINE DRAWING Dimensions in mm BLOCK DIAGRAM 9021 80+0.3 35 2-R25+0.3 on 3) 3) = g— hs 8 4H > +e 2 Fy }90.820.15 o oT UT eel by 1541 PIN: @Pin : RF INPUT @vec1 : 1st. DC SUPPLY 7541 @vVes : BASE BIAS SUPPLY = @vece : 2nd. DC SUPPLY 10+1 ®Po :RF OUTPUT | @GND : FIN jp sess 4 als bed 3} +H ‘¢ a a oir H28 o ABSOLUTE MAXIMUM RATINGS (To = 25°C unless otherwise noted) [Symbol [| ___ Parameter | Conditions Ratings ~——S«dYSCUnit_—| | Voc ___[ Supply voltage CdYC CSCOC‘CSSV'—C*‘dCS [Ves [Base bis CCOC“‘LSSC*d [icc | Total current C“<C*irCi SY Zo = Zi = 809, Voor S$ 12.5V Ze=Z. = 509 | Tccor | Operation case temperature | | 80 to 110 [Tao | Storage temperature |S 40 to 110 Note. Above parameters are guaranteed independently. ELECTRICAL CHARACTERISTICS (Tc = 25°C unless otherwise noted) i [430 [450 | MHz | | Po [Output power | Pn = 10 oe a Total efficiency Vas = 9V ee re | Veo = 12.5V [= 30 eBe | Zo~Z = 502 [= 35 | eBe | | ein | Input_VSWR ee es Voor. 2 = 15.2V, Ves = 9V ‘ Po = S5W (Pin : controlled) No degradation Losd Veit tolerance Load VSWR =8.8: 1 (All phase), | or destroy Ze = 50 Note : Above parameters, ratings, limits and conditions are subject to change. a nce NOV. "97

MITSUBISHI RF POWER MODULE M67728 430-450MHz, 12.5V, 55W, SSB MOBILE RADIO TYPICAL PERFORMANCE DATA OUTPUT POWER, TOTAL EFFICIENCY, INPUT OUTPUT POWER, 1st, 2nd CURRENT VS. VSWR VS. FREQUENCY CHARACTERISTICS 100 INPUT POWER CHARACTERISTICS

120 Coo oy

To = 25°C 8 EAH 2 = roolyee = {26¥ g = 30S EaE z [yen ey rt § = 3 EHH 2 8 © golrean 2509 = 2 wt WAT = Po > mY es ok PS) & Wt | 3 os seatbenitearae 2 = eof. | T+] 608 = 3 AA cei 2 Fgh pb SE Ary & 5 40 - aot! «5 ] a npezcal Texa5b 4) 8 3 2 2 © Qo = aaome 497 S 3 206 .3f 2 ose ed veci2 = 125v425 & “open ted, PE BETTS? cool # 0 o 2 oi LUT J ee=2=s00]05 ° 420 430 440 450 460 470 = OF P35, Q71 23 8710 2omnso7oI00 FREQUENCY f (MHz) “INPUT POWER Pin (W) OUTPUT POWER, 1st, 2nd CURRENT VS. OUTPUT POWER, 1st, 2nd CURRENT VS. INPUT POWER CHARACTERISTICS INPUT POWER CHARACTERISTICS 100 199 2 eee > eee a Qe ther 2 Socotra Eee tS EH ee YS Ss 30 -—-E4 SS G4 eS ~ Fond 30 a 4 ss = do COA g = Pr AC 8

0 Pap 20 8 = 30 iy 20 8

2 eo ge wo LR TT, 7-H ae Tit; 8 4 nm [eT TT; 3 g soo re |g Jott Ser Hi! = 3 Syeda seers 3 2 = 3-73 & 6 3 Pett bart rtths § 6 8 aH Hees & = AT eee Se Yet oer TT s 2 off heer oo Te= 25 11,60 > ofA trHTtc=25% 4i_ 2 & Sé RAT oot = 440m 497 5 E 8¢ Seco #=450MHz 07 5 5 0: FH t= 4408 05 2 5 oobi 2 05 2 3 os pH Voor = 125V4 3 3 oBbe A FH Weci2 = 12.5403 & 2-H 11h ves =v 493 O2f COTE Ti vee= ev 193 or LLULT | iizs=2 =s00] 04 2 o1LLULT | Wilze=2 =s09}05 7 Or 03 O71 23 8110 20808070100 O15 03 971 23 5710 Z030s070100 “INPUT POWER Pin (W) “INPUT POWER Pin (W) OUTPUT POWER, 1st, 2nd CURRENT VS. OUTPUT POWER, 1st, 2nd CURRENT VS. SUPPLY VOLTAGE CHARACTERISTICS SUPPLY VOLTAGE CHARACTERISTICS 198 se a es ee ee | °° 198 | > a ee a a) a a w e 3/4 a ~ = Se Te Tay 8 = A ay 8 é td ote 8 ela Le a Yc 3 a el 1} Ae aren y® 8 & spy 7b ee tts a) ee ee = 3) Yer e3 EB = 3 fa et 3 2 2 i sadeseeperesPrr"S 2 34 [eenespessteeete dS . Wer _ eS . We . s 2 of To = 25°C $72 2 jf Ate To= 25 13 = $gf fF = 430M 97 E ogee = 440M 0-7 5 = 05 2 05 -p4+-—— 05 2 3 o3ffpt— ves ov 08 & 3 o3pe ft veo=ov 08 & o2}7+t—f Pn = 10W 403g o2}f+—}—f Pin = tow 53g . oiL_L [| zo=2 = 50055 = ot [TT z6-2. = 500 ol” “0 2 4 6 8 10 12 14 “0 2 4 6 8 10 12 14 SUPPLY VOLTAGE Veo (V) SUPPLY VOLTAGE Vee (V) a Nov." 97

MITSUBISHI RF POWER MODULE M67728 430-450MHz, 12.5V, 55W, SSB MOBILE RADIO OUTPUT POWER, ist, 2nd CURRENT VS. OUTPUT POWER, 1st, 2nd CURRENT SUPPLY VOLTAGE CHARACTERISTICS VS. 1st VOLTAGE CHARACTERISTICS 109 199 a | > a a > ott tt | 2 SS eee S Po N a ee an ee ee oe ee a ee 8 = a a a a 8 = 2 20 8 = 2, 20 8 eof tat Te gk gh HE deel TT dio 1} Jeeta 8 S ASS f° 8 G sp Ae ts $ sas = 3-74 lott 13 = 3 = 3 2 Q o fF) SedeeenfoorsprrrtS & 2 oer seedeoreforeP ID = ofl ef Apr T To= 25 & 2 oie te re rer set 3 2 of TT = 480MHz 1) 3 a 92epr = 450MHz 19.7 E OSE Were = 125v 2 2 5 ose ft——-— i eave Jos 2 5 0sp—p—f Noes = 2 52 o3tf tt en=10w 93 o2f + tT ten=10w 183 eg o 2 4 6 8 10 12 14 o 2 4 6 6 10 12 14 SUPPLY VOLTAGE Vcc (V) 1st SUPPLY VOLTAGE Veer (V) OUTPUT POWER, 1st, 2nd CURRENT OUTPUT POWER, 1st , 2nd CURRENT VS. 1st VOLTAGE CHARACTERISTICS VS. 1st VOLTAGE CHARACTERISTICS 190 199 a a a > es es as es | a BET fro] 2 oe ee os ee ee ee oe ° — so es oe on ee Ea ee @ bf Ie 2 of Zt lel 1d oY als A et eB G 5 al | 5 & 5-_ AS a ee | 5 ee ee ee | a Pt 5 2 eS ee ee Ee og S $0 ieee 3 § 9 3h poe be 3 6 5 oh dome 8 2 oth os bom 8 & 82-7 Wece = 125v JO7 EBLE Wee = 12.5v ]O2 5 oa} tT p= 10w 183g o2p-—}—_} 1 en=t0w 103 ot_L | | be=-2=500}0) 7 oiL_L | | bo=2=s00]o) ~ o 2 4 6 8 10 12 14 o 2 4 6 8 10 12 14 1st SUPPLY VOLTAGE Vec: (V) Ist SUPPLY VOLTAGE Vec: (V) SS NOV." 97