speer electronics, inc. telephone: 814-362-5536 fax: 814-362-8883 33 value code 0.005 m h to 0.082 m h 005 - 082 0.10 m h to 8.2 m h r10 - 8r2 r indicates decimal pt. 10 m h - 330 m h 100 - 331 1st two figures are significant, the last figure indicates the number of zeros to follow dimensions l w wt h ht p 3.2 2.5 1.7 2.2 1.9 .50 0.2 0.2 0.1 0.2 0.1 nominal .126 .098 .067 .087 .075 .02 .008 .008 .004 .008 .004 nominal chip inductor kl32 kl 32 te 101 j t ype size code packaging nominal inductance t olerance 3.2x2.5x2.2 te: embossed plastic value designation j: 5% 2000 pcs/reel same as marking on k: 10% 1210 size tdd: 10 punched paper inductor chip m: 20% ted: 10 embossed plastic ordering & specifying informa tion* *please note: kses part numbers do not contain any spaces or hyphens. chip induct ors - ul94v-0 molded epoxy case - suitable for reflow & wave solder - 1210 size - surface mount style - e12 series of values - wound coil type - smt lab kit also available mm inch marking on induct or chip dimensions 500 100 10 1 10 100 1000 3r3 1r0 100 470 101 221 m h inductance dc current 100 20 0 60 40 80 0.2 1 10 100 q frequency (mhz) 221 470 100 4r7 1r0 -1.0 -2.0 1.0 0 2.0 -30 0 10 d l/l (%) temperature ( o c) -10 -20 10 90 80 70 60 50 40 30 20 221 470 100 4r7 1r0 1r0 470 100 4r7 221 dc current characteristics q-frequency characteristics temperature characteristics chip inductors
speer electronics, inc. telephone: 814-362-5536 fax: 814-362-8883 34 inductance quality tolerance factor srf dc. allowable meas. type (%) min.mhz res (max.) dc currant frequency m k j (min) mhz w ma max. mhz kl32te005* 0.005 11 2700 0.12 kl32te010* 0.010 15 2500 0.13 kl32te012* 0.012 17 2300 0.14 kl32te015* 0.015 19 2100 0.16 kl32te018* 0.018 21 1900 0.18 kl32te022* 0.022 1700 0.20 kl32te027* 0.027 1500 0.22 kl32te033* 0.033 1400 0.24 100 kl32te039* 0.039 1300 0.27 kl32te047* 0.047 1200 0.30 kl32te056* 0.056 1100 0.33 kl32te068* 0.068 1000 0.36 kl32te082* 0.082 900 0.40 kl32ter10* 0.10 28 700 0.44 450 kl32ter12* 0.12 500 0.22 kl32ter15* 0.15 450 0.25 kl32ter18* 0.18 400 0.28 kl32ter22* 0.22 350 0.32 kl32ter27* 0.27 320 0.36 kl32ter33* 0.33 300 0.40 25.2 kl32ter39* 0.39 250 0.45 kl32ter47* 0.47 220 0.50 kl32ter56* 0.56 180 0.55 kl32ter68* 0.68 160 0.60 kl32ter82* 0.82 140 0.65 kl32te1r0* 1.0 120 0.70 400 kl32te1r2* 1.2 100 0.75 390 kl32te1r5* 1.5 5 85 0.85 370 kl32te1r8* 1.8 80 0.90 350 kl32te2r2* 2.2 30 75 1.0 320 kl32te2r7* 2.7 70 1.1 290 kl32te3r3* 3.3 60 1.2 260 7.96 kl32te3r9* 3.9 55 1.3 250 kl32te4r7* 4.7 50 1.5 220 kl32te5r6* 5.6 47 1.6 200 kl32te6r8* 6.8 43 1.8 180 kl32te8r2* 8.2 40 2.0 170 kl32te100* 10 36 2.1 150 kl32te120* 12 33 2.5 140 kl32te150* 15 30 2.8 130 kl32te180* 18 27 3.3 120 kl32te220* 22 25 3.7 110 kl32te270* 27 20 5.0 80 2.52 kl32te330* 33 17 5.6 70 kl32te390* 39 16 6.4 65 kl32te470* 47 15 7.0 60 kl32te560* 56 13 8.0 55 kl32te680* 68 12 9.0 50 kl32te820* 82 11 10 45 kl32te101* 100 10 10 40 kl32te121* 120 10 11 70 kl32te151* 150 20 8 15 65 kl32te181* 180 7 17 60 0.796 kl32te221* 220 7 21 kl32te271* 270 6 28 50 kl32te331* 330 5 34 te: embosed plastic *: tolerance character (j,k,m) chip inductor kl32 st andard applica tions ind. nh 27 26 25 23 20 10 chip inductors
speer electronics, inc. telephone: 814-362-5536 fax: 814-362-8883 35 parameter maximum s s l test methods low temperature no evidence of damage store at -40 2 c, for 1000 hours characteristics s s l/l within 5% s s q/q within 20% resistance to heat no evidence of damage store at +100 2 c, for 1000 hours s s l/l within 5% s s q/q within 30% thermal shock no evidence of damage 100 cycles between s s l/l within 5% -25 c/hour and + 100 c/hour temperature s s l/l within 10% s s l/l to be measured at the characteristics temperatures between -25 c and +85 c, referenced to the inductance at 25 c moisture endurance no evidence of damage temperature 40 2 c, s s l/l within 5% humidity 90 - 95%, 1000 hours s s q/q within 30% resistance to no damage mil -std - 202 solvents and markings must method 215 remain legible terminal no evidence of terminals shall withstand a pull strength damage pull of 0.5kg in a horizontal direction terminal no evidence of specimen shall be soldered bending strength breakdown and force applied to the opposite side to cause a 3mm deflection vibration s s l/l shall be within 2 hours in each direction of 3% x, y, z on pcb at a frequency range of 10 - 55 - 10hz with 1.5mm amplitude resistance to no evidence of outer immerse in solder at 260 5 c soldering heat damage for 10 1 seconds s s l/l shall be within 3% solderability 95% of the terminal immerse in solder at 230 5 c should be covered with for 3 0.5 seconds new solder dc superimposition s s l/l within 10% when the allowable current is applied, inductance to be measured by lcr - meter dielectric no evidence of flaming, 5 seconds at dc 1000v applied withstanding voltage fuming, or breakdown between both terminals and case. insulation resistance 1000m ohm and over 1 minute at dc 500v measured between both terminals and case storage temperature -40 c ~ + 100 c range operating -40 c ~ + 100 c temperature range chip inductor kl32 environment al & mechanical characteristics chip inductors
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