95 6 l w t l w t a 470j 100j cdr13/14 cdr11/12 bw bw per mil-c-55681 avx length (l) width (w) thickness (t) termination band (bw) style max min max min cdr11 aq11 .055?015 .055?015 .057 .020 .020 .005 (1.40?381) (1.40?381) (1.45) (.508) (.508) (.127) cdr12 aq12 .055?025 .055?015 .057 .020 .020 .005 (1.40?635) (1.40?381) (1.45) (.508) (.508) (.127) cdr13 aq13 .110?020 .110?020 .102 .030 .025 .005 (2.79?508) (2.79?508) (2.59) (.762) (.635) (.127) cdr14 aq14 .110 +.035 -0.20 .110?020 .102 .030 .025 .005 (2.79 +.889 -.508) (2.79?508) (2.59) (.762) (.635) (.127) cross reference: avx/mil-prf-55681 microwave mlc s cdr series ?mil-prf-55681 (rf/microwave chips) military designation per mil-prf-55681 cdr12 mil style cdr11, cdr12, cdr13, cdr14 bg voltage temperature limits 101 capacitance a rated voltage code a = 50v b = 100v c = 200v d = 300v e = 500v k capacitance tolerance code b = ?1 pf c = ?25 pf d = ?5 pf f = ?% g = ?% j = ?% k = ?0% m = ?0% u termination finish (military designations) code s failure rate level m = 1.0% p = .1% r = .01% s = .001% how to order bg = +90?0 ppm/? with and without rated voltage from -55? to + 125? bp = 0?0ppm/? with and without rated voltage from -55? to +125? m = palladium/silver (cdr11 & 13 only) n = silver, nickel, gold (cdr11 & 13 only) s = solder coated, final (cdr12 & 14 only) u = base metallization, barrier metal, solder coated. (solder m.p. 200? or less) (cdr12 & 14 only) w = base metallization, barrier metal, tinned (tin or tin/lead alloy) (cdr12 & 14 only) y = 100% tin z = base metallization, barrier metal (tin lead alloy with 4% lead min.) eia capacitance code in pf. first two digits = significant figures or ??for decimal place. third digit = number of zeros or after ??significant figures. packaging standard packaging = waffle pack (maximum quantity is 80) tape & reel: all tape and reel specifications are in compliance with eia rs481 (equivalent to iec 286 part 3). sizes sqca through sqcb, cdr11/12 through 13/14. ?mm carrier ?" reel: 0.040" thickness = 2000 pcs 0.075" thickness = 2000 pcs ?3" reel: 0.075" thickness = 10,000 pcs
96 6 microwave mlc s cdr series ?mil-prf-55681 (rf/microwave chips) table i: styles cdr11 and cdr12 capacitor characteristics type rated temperature designation capacitance capacitance and wvdc 1 / in pf tolerance v/temperature cdr1 -b-0r1ab-- 0.1 b bg, bp 50 cdr1 -b-0r2ab-- 0.2 b bg, bp 50 cdr1 -b-0r3a--- 0.3 b, c bg, bp 50 cdr1 -b-0r4a--- 0.4 b, c bg, bp 50 cdr1 -b-0r5a--- 0.5 b, c, d bg, bp 50 cdr1 -b-0r6a--- 0.6 b, c, d bg, bp 50 cdr1 -b-0r7a--- 0.7 b, c, d bg, bp 50 cdr1 -b-0r8a--- 0.8 b, c, d bg, bp 50 cdr1 -b-0r9a--- 0.9 b, c, d bg, bp 50 cdr1 -b-1r0a--- 1.0 b, c, d bg, bp 50 cdr1 -b-1r1a--- 1.1 b, c, d bg, bp 50 cdr1 -b-1r2a--- 1.2 b, c, d bg, bp 50 cdr1 -b-1r3a--- 1.3 b, c, d bg, bp 50 cdr1 -b-1r4a--- 1.4 b, c, d bg, bp 50 cdr1 -b-1r5a--- 1.5 b, c, d bg, bp 50 cdr1 -b-1r6a--- 1.6 b, c, d bg, bp 50 cdr1 -b-1r7a--- 1.7 b, c, d bg, bp 50 cdr1 -b-1r8a--- 1.8 b, c, d bg, bp 50 cdr1 -b-1r9a--- 1.9 b, c, d bg, bp 50 cdr1 -b-2r0a--- 2.0 b, c, d bg, bp 50 cdr1 -b-2r1a--- 2.1 b, c, d bg, bp 50 cdr1 -b-2r2a--- 2.2 b, c, d bg, bp 50 cdr1 -b-2r4a--- 2.4 b, c, d bg, bp 50 cdr1 -b-2r7a--- 2.7 b, c, d bg, bp 50 cdr1 -b-3r0a--- 3.0 b, c, d bg, bp 50 cdr1 -b-3r3a--- 3.3 b, c, d bg, bp 50 cdr1 -b-3r6a--- 3.6 b, c, d bg, bp 50 cdr1 -b-3r9a--- 3.9 b, c, d bg, bp 50 cdr1 -b-4r3a--- 4.3 b, c, d bg, bp 50 cdr1 -b-4r7a--- 4.7 b, c, d bg, bp 50 cdr1 -b-5r1a--- 5.1 b, c, d bg, bp 50 cdr1 -b-5r6a--- 5.6 b, c, d bg, bp 50 cdr1 -b-6r2a--- 6.2 b, c, d bg, bp 50 cdr1 -b-6r8a--- 6.8 b, c, j, k, m bg, bp 50 cdr1 -b-7r5a--- 7.5 b, c, j, k, m bg, bp 50 cdr1 -b-8r2a--- 8.2 b, c, j, k, m bg, bp 50 cdr1 -b-9r1a--- 9.1 b, c, j, k, m bg, bp 50 cdr1 -b-100a--- 10 f, g, j, k, m bg, bp 50 cdr1 -b-110a--- 11 f, g, j, k, m bg, bp 50 cdr1 -b-120a--- 12 f, g, j, k, m bg, bp 50 cdr1 -b-130a--- 13 f, g, j, k, m bg, bp 50 cdr1 -b-150a--- 15 f, g, j, k, m bg, bp 50 cdr1 -b-160a--- 16 f, g, j, k, m bg, bp 50 cdr1 -b-180a--- 18 f, g, j, k, m bg, bp 50 cdr1 -b-200a--- 20 f, g, j, k, m bg, bp 50 cdr1 -b-220a--- 22 f, g, j, k, m bg, bp 50 cdr1 -b-240a--- 24 f, g, j, k, m bg, bp 50 cdr1 -b-270a--- 27 f, g, j, k, m bg, bp 50 type rated temperature designation capacitance capacitance and wvdc 1 / in pf tolerance v/temperature cdr1 -b-300a--- 30 f, g, j, k, m bg, bp 50 cdr1 -b-330a--- 33 f, g, j, k, m bg, bp 50 cdr1 -b-360a--- 36 f, g, j, k, m bg, bp 50 cdr1 -b-390a--- 39 f, g, j, k, m bg, bp 50 cdr1 -b-430a--- 43 f, g, j, k, m bg, bp 50 cdr1 -b-470a--- 47 f, g, j, k, m bg, bp 50 cdr1 -b-510a--- 51 f, g, j, k, m bg, bp 50 cdr1 -b-560a--- 56 f, g, j, k, m bg, bp 50 cdr1 -b-620a--- 62 f, g, j, k, m bg, bp 50 cdr1 -b-680a--- 68 f, g, j, k, m bg, bp 50 cdr1 -b-750a--- 75 f, g, j, k, m bg, bp 50 cdr1 -b-820a--- 82 f, g, j, k, m bg, bp 50 cdr1 -b-910a--- 91 f, g, j, k, m bg, bp 50 cdr1 -b-101a--- 100 f, g, j, k, m bg, bp 50 cdr1 -b-111a--- 110 f, g, j, k, m bp 50 cdr1 -b-121a--- 120 f, g, j, k, m bp 50 cdr1 -b-131a--- 130 f, g, j, k, m bp 50 cdr1 -b-151a--- 150 f, g, j, k, m bp 50 cdr1 -b-161a--- 160 f, g, j, k, m bp 50 cdr1 -b-181a--- 180 f, g, j, k, m bp 50 cdr1 -b-201a--- 200 f, g, j, k, m bp 50 cdr1 -b-221a--- 220 f, g, j, k, m bp 50 cdr1 -b-241a--- 240 f, g, j, k, m bp 50 cdr1 -b-271a--- 270 f, g, j, k, m bp 50 cdr1 -b-301a--- 300 f, g, j, k, m bp 50 cdr1 -b-331a--- 330 f, g, j, k, m bp 50 cdr1 -b-361a--- 360 f, g, j, k, m bp 50 cdr1 -b-391a--- 390 f, g, j, k, m bp 50 cdr1 -b-431a--- 430 f, g, j, k, m bp 50 cdr1 -b-471a--- 470 f, g, j, k, m bp 50 cdr1 -b-511a--- 510 f, g, j, k, m bp 50 cdr1 -b-561a--- 560 f, g, j, k, m bp 50 cdr1 -b-621a--- 620 f, g, j, k, m bp 50 cdr1 -b-681a--- 680 f, g, j, k, m bp 50 cdr1 -b-751a--- 750 f, g, j, k, m bp 50 cdr1 -b-821a--- 820 f, g, j, k, m bp 50 cdr1 -b-911a--- 910 f, g, j, k, m bp 50 cdr1 -b-102a--- 1000 f, g, j, k, m bp 50 1 /complete type designation will include additional symbols to indicate style, voltage-temperature limits, capacitance tolerance (where applicable), termina- tion finish (??or ??for style cdr11, and ?? ??or ??for style cdr12) and failure rate level.
97 6 microwave mlc s cdr series ?mil-prf-55681 (rf/microwave chips) table ii: styles cdr13 and cdr14 capacitor characteristics type rated temperature designation capacitance capacitance and wvdc 1 / in pf tolerance v/temperature cdr1 -b-0r1*b-- 0.1 b bg, bp 200/500 cdr1 -b-0r2*b-- 0.2 b bg, bp 200/500 cdr1 -b-0r3*--- 0.3 b, c bg, bp 200/500 cdr1 -b-0r4*--- 0.4 b, c bg, bp 200/500 cdr1 -b-0r5*--- 0.5 b, c, d bg, bp 200/500 cdr1 -b-0r6*--- 0.6 b, c, d bg, bp 200/500 cdr1 -b-0r7*-- 0.7 b, c, d bg, bp 200/500 cdr1 -b-0r8*--- 0.8 b, c, d bg, bp 200/500 cdr1 -b-0r9*--- 0.9 b, c, d bg, bp 200/500 cdr1 -b-1r0*--- 1.0 b, c, d bg, bp 200/500 cdr1 -b-1r1*--- 1.1 b, c, d bg, bp 200/500 cdr1 -b-1r2*--- 1.2 b, c, d bg, bp 200/500 cdr1 -b-1r3*--- 1.3 b, c, d bg, bp 200/500 cdr1 -b-1r4*--- 1.4 b, c, d bg, bp 200/500 cdr1 -b-1r5*--- 1.5 b, c, d bg, bp 200/500 cdr1 -b-1r6*--- 1.6 b, c, d bg, bp 200/500 cdr1 -b-1r7*--- 1.7 b, c, d bg, bp 200/500 cdr1 -b-1r8*--- 1.8 b, c, d bg, bp 200/500 cdr1 -b-1r9*--- 1.9 b, c, d bg, bp 200/500 cdr1 -b-2r0*--- 2.0 b, c, d bg, bp 200/500 cdr1 -b-2r1*--- 2.1 b, c, d bg, bp 200/500 cdr1 -b-2r2*-- 2.2 b, c, d bg, bp 200/500 cdr1 -b-2r4*--- 2.4 b, c, d bg, bp 200/500 cdr1 -b-2r7*--- 2.7 b, c, d bg, bp 200/500 cdr1 -b-3r0*--- 3.0 b, c, d bg, bp 200/500 cdr1 -b-3r3*--- 3.3 b, c, d bg, bp 200/500 cdr1 -b-3r6*--- 3.6 b, c, d bg, bp 200/500 cdr1 -b-3r9*--- 3.9 b, c, d bg, bp 200/500 cdr1 -b-4r3*--- 4.3 b, c, d bg, bp 200/500 cdr1 -b-4r7*--- 4.7 b, c, d bg, bp 200/500 cdr1 -b-5r1*--- 5.1 b, c, d bg, bp 200/500 cdr1 -b-5r6*--- 5.6 b, c, d bg, bp 200/500 cdr1 -b-6r2*--- 6.2 b, c, d bg, bp 200/500 cdr1 -b-6r8*--- 6.8 b, c, j, k, m bg, bp 200/500 cdr1 -b-7r5*--- 7.5 b, c, j, k, m bg, bp 200/500 cdr1 -b-8r2*--- 8.2 b, c, j, k, m bg, bp 200/500 cdr1 -b-9r1*--- 9.1 b, c, j, k, m bg, bp 200/500 cdr1 -b-100*--- 10 f, g, j, k, m bg, bp 200/500 cdr1 -b-110*--- 11 f, g, j, k, m bg, bp 200/500 cdr1 -b-120*--- 12 f, g, j, k, m bg, bp 200/500 cdr1 -b-130*--- 13 f, g, j, k, m bg, bp 200/500 cdr1 -b-150*--- 15 f, g, j, k, m bg, bp 200/500 cdr1 -b-160*--- 16 f, g, j, k, m bg, bp 200/500 cdr1 -b-180*--- 18 f, g, j, k, m bg, bp 200/500 cdr1 -b-200*--- 20 f, g, j, k, m bg, bp 200/500 cdr1 -b-220*--- 22 f, g, j, k, m bg, bp 200/500 cdr1 -b-240*--- 24 f, g, j, k, m bg, bp 200/500 cdr1 -b-270*--- 27 f, g, j, k, m bg, bp 200/500 cdr1 -b-300*--- 30 f, g, j, k, m bg, bp 200/500 cdr1 -b-330*--- 33 f, g, j, k, m bg, bp 200/500 cdr1 -b-360*--- 36 f, g, j, k, m bg, bp 200/500 cdr1 -b-390*--- 39 f, g, j, k, m bg, bp 200/500 cdr1 -b-430*--- 43 f, g, j, k, m bg, bp 200/500 cdr1 -b-470*--- 47 f, g, j, k, m bg, bp 200/500 cdr1 -b-510*--- 51 f, g, j, k, m bg, bp 200/500 type rated temperature designation capacitance capacitance and wvdc 1 / in pf tolerance v/temperature cdr1 -b-560*--- 56 f, g, j, k, m bg, bp 200/500 cdr1 -b-620*--- 62 f, g, j, k, m bg, bp 200/500 cdr1 -b-680*--- 68 f, g, j, k, m bg, bp 200/500 cdr1 -b-750*--- 75 f, g, j, k, m bg, bp 200/500 cdr1 -b-820*--- 82 f, g, j, k, m bg, bp 200/500 cdr1 -b-910*--- 91 f, g, j, k, m bg, bp 200/500 cdr1 -b-101*--- 100 f, g, j, k, m bg, bp 200/500 cdr1 -b-111?-- 110 f, g, j, k, m bg, bp 200/300 cdr1 -b-121?-- 120 f, g, j, k, m bg, bp 200/300 cdr1 -b-131?-- 130 f, g, j, k, m bg, bp 200/300 cdr1 -b-151?-- 150 f, g, j, k, m bg, bp 200/300 cdr1 -b-161?-- 160 f, g, j, k, m bg, bp 200/300 cdr1 -b-181?-- 180 f, g, j, k, m bg, bp 200/300 cdr1 -b-201?-- 200 f, g, j, k, m bg, bp 200/300 cdr1 -b-221c--- 220 f, g, j, k, m bg, bp 200 cdr1 -b-241c--- 240 f, g, j, k, m bg, bp 200 cdr1 -b-271c--- 270 f, g, j, k, m bg, bp 200 cdr1 -b-301c--- 300 f, g, j, k, m bg, bp 200 cdr1 -b-331c--- 330 f, g, j, k, m bg, bp 200 cdr1 -b-361c--- 360 f, g, j, k, m bg, bp 200 cdr1 -b-391c--- 390 f, g, j, k, m bg, bp 200 cdr1 -b-431c--- 430 f, g, j, k, m bg, bp 200 cdr1 -b-471c--- 470 f, g, j, k, m bg, bp 200 cdr1 -b-511b--- 510 f, g, j, k, m bg, bp 100 cdr1 -b-561b--- 560 f, g, j, k, m bg, bp 100 cdr1 -b-621b--- 620 f, g, j, k, m bg, bp 100 cdr1 -b-681a--- 680 f, g, j, k, m bg, bp 50 cdr1 -b-751a--- 750 f, g, j, k, m bg, bp 50 cdr1 -b-821a--- 820 f, g, j, k, m bg, bp 50 cdr1 -b-911a--- 910 f, g, j, k, m bg, bp 50 cdr1 -b-102a--- 1000 f, g, j, k, m bg, bp 50 cdr1 -b-112a--- 1100 f, g, j, k, m bp 50 cdr1 -b-122a--- 1200 f, g, j, k, m bp 50 cdr1 -b-132a--- 1300 f, g, j, k, m bp 50 cdr1 -b-152a--- 1500 f, g, j, k, m bp 50 cdr1 -b-162a--- 1600 f, g, j, k, m bp 50 cdr1 -b-182a--- 1800 f, g, j, k, m bp 50 cdr1 -b-202a--- 2000 f, g, j, k, m bp 50 cdr1 -b-222a--- 2200 f, g, j, k, m bp 50 cdr1 -b-242a--- 2400 f, g, j, k, m bp 50 cdr1 -b-272a--- 2700 f, g, j, k, m bp 50 cdr1 -b-302a--- 3000 f, g, j, k, m bp 50 cdr1 -b-332a--- 3300 f, g, j, k, m bp 50 cdr1 -b-362a--- 3600 f, g, j, k, m bp 50 cdr1 -b-392a--- 3900 f, g, j, k, m bp 50 cdr1 -b-432a--- 4300 f, g, j, k, m bp 50 cdr1 -b-472a--- 4700 f, g, j, k, m bp 50 cdr1 -b-502a--- 5000 f, g, j, k, m bp 50 cdr1 -b-512a--- 5100 f, g, j, k, m bp 50 1 /complete type designation will include additional symbols to indicate style, voltage-temperature limits, capacitance tolerance (where applicable), termina- tion finish (??or ??for style cdr13, and ?? ??or ??for style cdr14) and failure rate level. *c=200v; e=500v. ?=200v; d=300v.
98 6 microwave mlc s performance curves avx corporation 100 1000 frequency (mhz) 1 picofarad 10 picofarad 100 picofarad 1000 100 10 q 10000 typical q vs. frequency aq11/12 mil-prf-55681e - bg standard - m avx corporation 1 10 100 capacitance (pf) 250 mhz 500 mhz 1000 mhz 0.1 0.01 esr (ohms) 1 typical esr vs. capacitance aq11/12 mil-prf-55681e - bg standard - m avx corporation 1 10 100 capacitance (pf) 250 mhz 500 mhz 1000 mhz 1000 100 10 q 10000 typical q vs. capacitance aq11/12 mil-prf-55681e - bg standard - m avx corporation 100 1000 frequency (mhz) 100 picofarad 10 picofarad 3.3 picofarad 0.1 0.01 esr (ohms) 1 typical esr vs. frequency aq11/12 mil-prf-55681e - bg standard - m
99 6 microwave mlc s performance curves avx corporation 100 1000 frequency (mhz) 10 picofarad 1 picofarad 47 picofarad 330 picofarad 1000 100 10 q 10000 typical q vs. frequency aq13/14 mil-prf-55681e - bg standard - m avx corporation 1 10 100 capacitance (pf) 250 mhz 500 mhz 1000 mhz 0.1 0.01 esr (ohms) 1 typical esr vs. capacitance aq13/14 mil-prf-55681e - bg standard - m avx corporation 1 10 100 capacitance (pf) 250 mhz 500 mhz 1000 mhz 1000 100 10 q 10000 typical q vs. capacitance aq13/14 mil-prf-55681e - bg standard - m avx corporation 100 1000 frequency (mhz) 100 picofarad 15 picofarad 1 picofarad 0.1 0.01 esr (ohms) 1 typical esr vs. frequency aq13/14 mil-prf-55681e - bg standard - m
100 6 microwave mlc s performance curves avx corporation 100 1000 frequency (mhz) 1 picofarad 15 picofarad 100 picofarad 1000 100 10 q 10000 typical q vs. frequency aq11/12 mil-prf-55681e - bp standard - a avx corporation 1 10 100 capacitance (pf) 250 mhz 500 mhz 1000 mhz 0.1 0.01 esr (ohms) 1 typical esr vs. capacitance aq11/12 mil-prf-55681e - bp standard - a avx corporation 1 10 100 capacitance (pf) 250 mhz 500 mhz 1000 mhz 1000 100 10 q 10000 typical q vs. capacitance aq11/12 mil-prf-55681e - bp standard - a avx corporation 100 1000 frequency (mhz) 100 picofarad 15 picofarad 1 picofarad 0.1 0.01 esr (ohms) 1 typical esr vs. frequency aq11/12 mil-prf-55681e - bp standard - a
101 6 microwave mlc s performance curves avx corporation 100 1000 frequency (mhz) 2 picofarad 15 picofarad 100 picofarad 1000 100 10 q 10000 typical q vs. frequency aq13/14 mil-prf-55681e - bp standard - a avx corporation 1 10 100 capacitance (pf) 250 mhz 500 mhz 1000 mhz 0.1 0.01 esr (ohms) 1 typical esr vs. capacitance aq13/14 mil-prf-55681e - bp standard - a avx corporation 1 10 100 capacitance (pf) 250 mhz 500 mhz 1000 mhz 1000 100 10 q 10000 typical q vs. capacitance aq13/14 mil-prf-55681e - bp standard - a avx corporation 100 1000 frequency (mhz) 100 picofarad 47 picofarad 15 picofarad 0.1 0.01 esr (ohms) 1 typical esr vs. frequency aq13/14 mil-prf-55681e - bp standard - a
102 6 microwave mlc s performance curves typical resonant frequency vs. capacitance avx aq11-14 (cdr11-14) parallel resonant frequency series resonant frequency aq11/12 aq11/12 aq13/14 aq13/14 10 1.0 0.1 1.0 10 100 1000 capacitance (pf) frequency (ghz) typical resonant frequency vs. capacitance avx 0603 10 1.0 0.1 1 10 100 1000 capacitance (pf) frequency (ghz) parallel resonant frequency series resonant frequency
103 6 microwave mlc s automatic insertion packaging tape & reel: all tape and reel specifications are in compliance with eia rs481 (equivalent to iec 286 part 3). sizes sqca through sqcb, cdr11/12 through 13/14. ?mm carrier ?" reel: 0.040" thickness = 2000 pcs 0.075" thickness = 2000 pcs ?3" reel: 0.075" thickness = 10,000 pcs reel dimensions : millimeters (inches) ??series - 402/0603/0805/1210 size chips ?mm carrier ?" reel: 0402 = 5000 pcs 0603 & 0805 0.40" thickness = 4000 pcs 0805 . 0.040" thickness & 1210 = 2000 pcs ?3" reel: 0.075" thickness = 10,000 pcs tape a b* c d* n w 1 w 2 w 3 size (1) max. min. min. min. max. 7.9 min. + 1.0 8mm 8.4 -0.0 14.4 (.311) +.060 (.331 -0.0 ) (.567) 10.9 max. 330 1.5 13.0?.20 20.2 50 (.429) (12.992) (.059) (.512?008) (.795) (1.969) 11.9 min. +2.0 12mm 12.4 -0.0 18.4 (.469) (.488 +.076 ) (.724) 15.4 max. -0.0 (.607) embossed carrier configuration 8 & 12 mm tape only constant dimensions tape d 0 ep 0 p 2 tt 1 g 1 g 2 size max. +0.10 8mm 8.4 -0.0 1.75 0.10 4.0 0.10 2.0 0.05 0.600 0.10 0.75 0.75 +.004 and (.059 -0.0 ) (.069 .004) (.157 .004) (.079 .002) (.024) (.004) (.030) (.030) 12mm max. min. min. see see note 3 note 4 metric dimensions will govern. english measurements rounded and for reference only. (1) for tape sizes 16mm and 24mm (used with chip size 3640) consult eia rs-481 latest revision. variable dimensions tape size b 1 d 1 fp 1 rt 2 wa 0 b 0 k 0 max. min. min. see note 6 see note 5 see note 2 +0.3 8mm 4.55 1.0 3.5 0.05 4.0 0.10 25 2.5 max 8.0 -0.1 see note 1 +.012 (.179) (.039) (.138 .002) (.157 .004) (.984) (.098) (.315 -.004 8.2 1.5 5.5 0.05 4.0 0.10 30 6.5 max 12.0 .30 12mm (.323) (.059) (.217 .002) (.157 .004) (1.181) (.256) (.472 .012) see note 1 notes: 1. a 0, b 0, and k 0 are determined by the max. dimensions to the ends of the terminals extending from the component body and/or the body dimensions of the component. the clearance between the end of the terminals or body of the component to the sides and depth of the cavity (a 0, b 0, and k 0 ) must be within 0.05 mm (.002) min. and 0.50 mm (.020) max. the clearance allowed must also prevent rotation of the component within the cavity of not more than 20 degrees (see sketches c & d). 2. tape with components shall pass around radius ??without damage. the minimum trailer length (note 2 fig. 3) may require additional length to provide r min. for 12mm embossed tape for reels with hub diameters approaching n min. (table 4). 3. g 1 dimension is the flat area from the edge of the sprocket hole to either the outward deformation of the carrier tape between the embossed cavities or to the edge of the cavity whichever is less. 4. g 2 dimension is the flat area from the edge of the carrier tape opposite the sprocket holes to either the outward deformation of the carrier tape between the embossed cavity or to the edge of the cavity whichever is less. 5. the embossment hole location shall be measured from the sprocket hole controlling the location of the embossment. dimensions of embossment location and hole location shall be applied independent of each other. 6. b 1 dimension is a reference dimension for tape feeder clearance only. )
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