909 rahway avenue ? union, new jersey 07083 ? t: 908-687-5000 ? f: 908-687-5710 ? www.adam-tech.com 188 introduction: adam tech plcc series sockets are designed to convert plastic leaded chips to a thru-hole pcb format on a .100" centerline grid. they conform to all applicable eia and jedec standards. adamt ech superior precision stamped contact design provides consistent, high retention contacts for all size chips. chip exchanges or replacements are easily made with adam tech chip remover part no. plcc-ext. features: full range of sizes from 20p ~ 100p consistent, uniform high retention contacts compatible with wide range of chip sizes no solder wicking design hi temp pps insulator version available mating plastic leaded chips: all eia / jedec plastic leaded chips specifications: material: standard insulator: pbt, glass reinforced, rated ul94v-0 optional hi-temp insulator: pps insulator color: black (brown for pps) contacts: phosphor bronze contact plating: tin over copper underplate overall electrical: operating voltage: 250v ac max. current rating: 1 amp max. contact resistance: 30 m max. initial insulation resistance: 1000 m min. dielectric withstanding voltage: 500v ac for 1 minute mechanical: insertion force: 6.35 oz max. withdrawal force: 1.0 oz min temperature rating: operating temperature: -55 to +105 soldering process temperature: standard insulator: 235c hi-temp insulator: 260c packaging: anti-esd plastic tubes approvals and certifications: ul recognized file no. e224053 csa certified file no. lr1578596 options: add designator(s) to end of part number ht = hi-temp polyphenylene sulfide (pps) insulator material for hi-temp soldering process up to 260 ordering information plcc sockets plastic leaded chip carrier socket thru-hole plcc series plcc 68 at series indicator plcc = plastic leaded chip carrier socket contacts 20, 28, 32, 44, 52, 68, 84, 100 plating at = tin-plated ag = gold-plated a d a m t e c h n o l o g i e s , i n c . ? ? v d e u l ? rohs compliant 2 0 02 / 95 / ec 2002 / 95 / ec pb rohs complia nt h i - t e m p insul a to r a v a i l a b l e
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