51 style capacitance range (in pf if not indicated) current circuit 50vdc 100vdc 200vdc/115vac 400vdc/230vac 500vdc rating available sxd 5-5,600 5-1,800 5-1,000 3a c, l syd 5-6,200 5-2,200 5-1,200 3a c, l szd 5-22,000 5-8,200 5-4,700 5-2,700 5a c, l sa 5-33,000 5-12,000 5-6,800 5-3,900 5-2,200 5a c, l sg 5-33,000 5-12,000 5-6,800 5-3,900 5-2,200 5a c, l sb/sm 5-33,000 5-12,000 5-6,800 5-3,900 5-2,200 10a c, l, sh 5pf-.33? 5pf-.12? 5pf-.082? 5pf-.047? 5pf-.027? 10a c, l, sj/sc/sp/sn 5pf-.33? 5pf-.12? 5pf-.082? 5pf-.047? 5pf-.027? 10a c, l, sl/sd/sf 5pf-1.5? 5pf-.56? 5pf-.39? 5pf-.22? 5pf-.12? 25a c, l, bolt-in style emi filter avx bolt-in style pi filters, utilize discoidal capacitor technology to provide effective attenuation in the rf to microwave frequency spectrum from 10mhz to 26ghz. some versions offer large hex sizes which mean much higher capacitance levels are available and that a 125 vac/400hz rating can be offered for certain values. in the ??section version an internal ferrite bead element provides both inductance and series resistance which improves insertion loss and provides superior transient performance. they are ideal for filtering signal/data lines of high impedance source and load systems. these filters are designed to be mounted in a tapped bulkhead or with a standard nut and lock-washer provided. characteristics (varies with series) ? miniature and subminiature versions available ? rugged monolithic discoidal capacitor construction ? epoxy seal at both ends ? conservatively rated for 125vac/400hz ? pi design offers steeper insertion loss ? nasa ssq 21215-21218 how to order sb style sxd = 1-64 epoxy sealed syd = 2-56 epoxy sealed szd = 2-56 epoxy sealed sa = 4-40 epoxy sealed sg = 6-32 epoxy sealed sb = 8-32 epoxy sealed sm = 8-32 hermetic sealed sh = 10-32 epoxy sealed sj = 12-28 epoxy sealed sc = 12-32 epoxy sealed (.187 hex) sp = 12-32 epoxy sealed (.250 hex) sn = 12-32 hermetic sealed sl = 1 4 -28 epoxy sealed sd = 5/16-24 epoxy sealed sf = 5/16-32 epoxy sealed 2 circuit 1 = feed thru (c) 2 = l-section (l) 3 = pi-section ( ) 8 = grounded feed thru a voltage rating a = 100 vdc b = 200 vdc c = 50 vdc f = 500 vdc g = 1000 vdc h = 150 vdc j = 600 vdc k = 250 vdc l = 200 vdc/125 vac m = 350 vdc n = 70 vdc x = 500 vdc y = 300 vdc 1 options 1 = copper 2 = steel 3 = special lead design 4 = beryllium copper g = olean exact equivalent mil-28861 screening b = class b s = class s 103 3 digit capacitor code (in pf)
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