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multilayer ceramic capacitors ( ) for general multilayer ceramic chip capacitors (for general electronic equipment) series: ecj n features l small in size and wide capacitance range l excellent solderability and resistance to soldering l low self-inductance and excellent frequency n recommended applications l class 1 (t.c. type) temperature compensations, tuned circuits and filter circuits, where low loss and high stability of required l class 2 (hi-k type) see page 82 e c j 2 v c1 h 1 0 1 j product code packaging rated voltage nominal capacitance size code capacitance tolerance temperature c h a r acte ri st i cs code styles code n construction n dimensions in mm (not to scale) code size code l w t l1, l2 (eia) z type06 0.600.03 0.300.03 0.300.03 0.150.05 (0201) 0 type10 1.000.05 0.500.05 0.500.05 0.20.1 (0402) 1 type11 1.60.1 0.80.1 0.80.1 0.30.2 (0603) 0.60.1 type12 2.00.1 1.250.10 0.850.10 2 (0805) 1.250.10 0.500.25 2.000.15 1.250.15 1.250.15 2.00.2 1.250.20 1.250.20 0.60.1 3 type13 3.200.15 1.600.15 0.850.10 0.60.3 (1206) 1.150.10 3.20.2 1.60.2 1.60.2 unit : mm n explanation of part numbers no name 1 ceramic dielectric 2 internal electrode 3 substrate electrode 4 terminal intermediate electrode 5 electrode external electrode heat characteristics n handling precautions capacitance and high insulation resistance is coupling and by-pass n p a c k a g i n g s p e c i f i c a t i o n s see pages 44 to 48 l high humidity characteristic and long life
multilayer ceramic capacitors ( ) for general n packaging styles and standard packaging quantity n temperature characteristics l class 1 capacitors l class 2 capacitors n rated voltage n nominal capacitance n capacitance tolerance code temp. char. temp. char. tolerance (ppm/?c) code < 2 pf 3 pf > 4 pf > 10 pf cc d ck(0 250) cj(0 120) ch(0 60) cg(0 30) * g sl +350 to e1000 temp. coeff. (1) rate of capacitance change at each temperature (%) temp. char. (ppm/?c) e25 ?c 85 ?c max. min. max. min. cg 0 30 0.33 e0.14 0.20 e0.20 ch 0.49 e0.27 0.39 e0.39 cj 0 120 0.82 e0.54 0.78 e0.78 ck 0 250 1.54 e1.13 1.63 e1.63 sl +350 to e1000 ? ? 2.28 e6.50 code 1h 1e 1c 1a 0j rated voltage dc 50 v dc 25 v dc 16 v dc 10 v dc 6.3 v ex 0r5 010 100 104 105 nominal 0.5 pf 1 pf 10 pf 100000 pf 1000000 pf capacitance (0.1f) (1f) type06 type10 type11 type12 type13 code packaging styles (0201) (0402) (0603) (0805) (1206) t=0.3 t=0.5 t=0.8 t=0.6 t=0.85 t=1.25 t=0.6 t=0.85 t=1.15 t=1.6 e paper taping 15,000 10,000 ? ? ? ? ? ? ? ? (pitch: 2 mm) v paper taping ? ? 4,000 5,000 4,000 ? 5,000 4,000 ? ? f 180 (pitch: 4 mm) f reel ? ? ? ? ? 3,000 ? ? 3,000 ? embossed taping y (pitch: 4 mm) ? ? ? ? ? ? ? ? ? 2,000 w paper taping ? 50,000 ? ? ? ? ? ? ? ? f 330 (pitch: 2 mm) z reel * paper taping ? ? 10,000 20,000 10,000 ? 20,000 10,000 ? ? (pitch: 4 mm) c bulk case ? 50,000 15,000 10,000 ? ? ? ? ? ? for part number applicable to f 330 reel, please contact us. code temp. char. capacitance change measurement temperature range reference temperature b 10 % e25 to 85 ?c 20 ?c b x7r 15 % e55 to 125 ?c 25 ?c x5r 15 % e55 to 85 ?c 25 ?c f f +30, e80 % e25 to 85 ?c 20 ?c y5v +22, e82 % e30 to 85 ?c 25 ?c t: thickness (mm) class temp. char. tol. code capacitance tolerance cc < 5 pf 0.25 dc < 10 pf 0.5 1c d , sl f c =10 pf 1 j c > 10 pf 5 % k 10 % b, x7r, x5r k 10 % 2m 20 % f, y5v z +80, e20 % pf pf pf for applicable temperature characteristics, see the lists of standard products on page 15 to 22. * not applicable to type 06 note: measurement of capacitance at 20 ?c and 85 ?c should be made to calculate temperature characteristic for applicable temperature characteristics, see the lists of standard products on page 15 to 22. 0 6 0 (1) these temperature coefficients are calculated between 20 ?c and 85 ?c
multilayer ceramic capacitors ( ) for general n specification and test method operating temperature range q factor or dissipation factor (tan d ) temperature characteristics temp. char. c d :e55 to 125 ?c e25 to 85 ?c temp. char. sl :e55 to 125 ?c temp. char. b, x7r : e55 to 125 ?c temp. char. b, x5r :e55 to 85 ?c temp. char. f, y5v : e30 to 85 ?c q: c < 30 pf: q > 400+20c 30 pf < c < 1000 pf:q > 1000 tan d : c > 1000 pf: tan d < 0.002 (c:nominal cap. in pf) temp. char. cg: 0 30 ppm/ ?c ch: 0 60 ppm/ ?c cj : 0 120 ppm/ ?c ck: 0 250 ppm/ ?c sl : +350 to e1000 ppm/ ?c temp. char. b : 10 %(e25 to 85 ?c) x7r: 15 %(e55 to 125 ?c) x5r: 15 %(e55 to 85 ?c) f : +30, e80 %(e25 to 85 ?c) y5v: +22, e82 %(e30 to 85 ?c) withstanding voltage test voltage: class 1:rated voltage 300 % class 2:rated voltage 250 % electrification time:1 to 5s charge/discharge current:within 50 ma 10000 m w or 500/c (m w ) whichever is less. note:dc10v, dc6.3v:100/c(m w )min. (c:nominal cap. in f) measuring voltage:rated voltage measuring voltage time: 605s charge/discharge current:within 50 ma cpacitance within the specified tolerance test method item specification class 1 class 2 reference temperature: 202 ?c class 1: class 2: * nominal capacitance c < 1000 pf c > 1000 pf measuring frequency 1 mhz 10% 1 khz 10% measuring voltage 0.5 to 5 vrms 0.5 to 5 vrms nominal capacitance c < 10 f c > 10 f measuring frequency 1 khz 10% 120 hz 20% measuring voltage 1.0 0.2 vrms 0.5 0.2 vrms maximum capacitance change at stage 1 to 5 type 06, 10, 11, 12 of temp. char. b, x5r of dc6.3v: 0.20 0.02 vrms measurement voltage. c d , sl x7r x5r y5v temp. char. b, f stage 1 20 ?c 25 ?c 25 ?c 25 ?c stage 2 e25 ?c e55 ?c e55 ?c e30 ?c stage 3 20 ?c 25 ?c 25 ?c 25 ?c (reference temp.) stage 4 85 ?c 125 ?c 85 ?c 85 ?c stage 5 20 ?c 25 ?c 25 ?c 25 ?c rated temperature characteristics voltage b, x7r, x5r f, y5v 50v 25v 16v 10v 6.3v 0.025max. 0.025max. 0.05max. (type13:c=4.7f) 0.025max. 0.05max. type12:c > 0.68f ( type13:c > 4.7f ) 0.075max. (type11:c=1f) 0.05max. 0.075max. (type11:c=1f) 0.05max. 0.075max. (type11:c=1f) 0.1max. type11:c=2.2f ( type12:c > 4.7f ) type13:c=22f 0.05max. 0.07max. (type13:c=1 f) 0.05max. 0.07max. (type13:c=1f, 2.2f) 0.1max. type12:c > 1f ( type13:c=4.7f ) 0.07max. 0.09max. (type10) 0.1max. type12:c=1f, 2.2f ( type13:c=1f to 4.7f ) 0.125max. type11:c=1f ( type12:c=4.7f ) type13:c=10f 0.125max. 0.2max. type11:c=2.2f ( type12:c=10f ) type13:c=22f 0.2max. ( ) * standard condition : temperature 15 to 35 ?c, relative humidity 45 to 75 % insulation resistance (i r) dielectric (type13, 5600 to 10000 pf) no breakdown p r e t r e a t m e n t : t h e c a p a c i t o r s s h o u l d b e k e p t i n a t e m p e r a t u r e o f 1 5 0 + 0 / e 1 0 ?c for 1 hour and be stored in standard c o n d i t i o n for 48 4 hours, before initial measurement.
multilayer ceramic capacitors ( ) for general resistance to solder heat solderability temperature cycle more than 95 % of the soldered area of both terminal solder bath method solder temperature:230 5 ?c dipping period:4 1 s solder:h63a (jiseze3282) appearance: no mechanical damage capacitance change: within 2.5 % or 0.25 pf whichever is larger. q:initial value ir:initial value or damage appearance: no mechanical damage capacitance change: temp. char. b, x7r, x5r : within 7.5 % f, y5v : within 20 % tan d : initial value ir:initial value no dielectric breakdown or damage preconditioning:heat treatment (150 ?c, 1h)/class 2 solder temperature:270 5 ?c dipping period:3.0 0.5 s preheat condition: temp. type 06,10,11,12 13 1 80 to 100 ?c 120 to 180s 300 to 360s 150 to 200 ?c 120 to 180s 300 to 360s recovery (standard condition) class 1:24 2 h class 2:48 4 h appearance: no mechanical damage capacitance change: within 2.5 % or 0.25 pf whichever is larger. q:initial value ir:initial value no dielectric breakdown or damage damage capacitance change: temp. char. b, x7r, x5r : within 7.5 % f, y5v : within 20 % tan d : initial value ir:initial value no dielectric breakdown or damage preconditioning:heat treatment (150 ?c, 1h) /class 2 condition of one cycle step 1:minimum operation temp. 30 3 min. step 2:room temp. x 3 3 min. step 3:maximum operation temp. 30 3 min. step 4:room temp. x 3 3 min. number of cycles:5 cycles recovery (standard condition) class 1:24 2 h class 2:48 4 h bending strength appearance:no mechanical damage capacitance change: temp. char. b, x7r, x5r : within 12.5 % f ,y5v : within 30 % bending value:1 mm bending speed:1 mm/s appearance: no mechanical damage capacitance change: within 5 % or 0.5 pf whichever is larger. test method item specification class 1 class 2 applied force: 2 n(type 06) 5 n(type 10, 11, 12 and 13) arrow direction for 10 seconds. adhesion of peeling. test of type 11,12 and 13 test of type 06 and 10 the terminal electrode should be free from peeling or signs electrodes should be covered with fresh solder. withstand voltage: appearance: no mechanical no dielectric breakdown withstand voltage: withstand voltage: withstand voltage:
multilayer ceramic capacitors ( ) for general test method item specification class 1 class 2 loading under damp heat appearance: no mechanical damage capacitance change: within 7.5 % or 0.75 pf whichever is larger. q tan d : c < 30 pf:q > 100+10c/3 30 pf < c < 1000 pf:q > 200 c > 1000 pf:tan d < 0.004 (c:nominal capacitance in pf) ir: 500 m w or 25/c (m w ) whichever is less. (c:nominal capacitance in f) appearance: no mechanical damage capacitance change: temp. char. b, x7r, x5r: within 12.5 % f, y5v: within 30 % tan d : ir: 500 m w or 25/c (m w ) whichever is less. note:dc10v, dc6.3v:5/c(m w ) min. (c:nominal capacitance in f) preconditioning : voltage treatment /class 2 temperature:40 2 ?c relative humidity:90 to 95 % applied voltage:rated voltage charge/discharge current: within 50ma test period:500 + 24/0 h recovery (standard condition) class 1:24 2 h class 2:48 4 h damp heat (steady state) appearance: no mechanical damage capacitance change: within 5 % or 0.5 pf whichever is larger. q tan d : c < 10 pf:q > 200 + 10c 10 pf < c < 30 pf:q > 275 + 5c/2 30 pf < c < 1000 pf:q > 350 c > 1000 pf:tan d < 0.004 (c:nominal capacitance in pf) ir: 1000 m w or 50/c (m w ) whichever is less. (c:nominal capacitance in f) appearance: no mechanical damage capacitance change: temp. char. b, x7r, x5r: within 12.5 % f, y5v: within 30 % tan d : ir: 1000 m w or 50/c (m w ) whichever is less. note:dc10v, dc6.3v:10/c(m w ) min. (c:nominal capacitance in f) preconditioning:heat treatment (150?c, 1h)/class 2 temperature:40 2 ?c relative humidity:90 to 95 % test period:500 + 24/0 h recovery (standard condition) class 1:24 2 h class 2:48 4 h rated temperature characteristics voltage b, x7r, x5r f, y5v 50v 25v 16v 10v 6.3v 0.05max. 0.05max. 0.075max. (type13:c=4.7f) 0.05max. 0.075max. type12:c > 0.68f ( type13:c > 4.7f ) 0.125max. (type11:c=1f) 0.075max. 0.125max. (type11:c=1f) 0.075max. 0.125max. (type11:c=1f) 0.15max. type11:c=2.2f ( type12:c > 4.7f ) type13:c=22f 0.075max. 0.1max. (type13:c=1f) 0.075max. 0.1max. (type13:c=1f, 2.2f) 0.15max. type12:c > 1f ( type13:c=4.7f ) 0.1max. 0.11max. (type10) 0.15max. type12:c=1f, 2.2f ( type13:c=1f to 4.7f ) 0.2max. type11:c=1f ( type12:c=4.7f ) type13:c=10f 0.15max. 0.3max. type11:c=2.2f ( type12:c=10f ) type13:c=22f 0.3max. rated temperature characteristics voltage b, x7r, x5r f, y5v 50v 25v 16v 10v 6.3v 0.05max. 0.05max. 0.075max. (type13:c=4.7f) 0.05max. 0.075max. type12:c > 0.68f ( type13:c > 4.7f ) 0.125max. (type11:c=1f) 0.075max. 0.125max. (type11:c=1f) 0.075max. 0.125max. (type11:c=1f) 0.15max. type11:c=2.2f ( type12:c > 4.7f ) type13:c=22f 0.075max. 0.1max. (type13:c=f) 0.075max. 0.1max. (type13:c=1f, 2.2f) 0.15max. type12:c > 1f ( type13:c=4.7f ) 0.1max. 0.11max. (type10) 0.15max. type12:c=1f, 2.2f ( type13:c=1f to 4.7f ) 0.2max. type11:c=1f ( type12:c=4.7f ) type13:c=10f 0.15max. 0.3max. type11:c=2.2f ( type12:c=10f ) type13:c=22f 0.3max.
multilayer ceramic capacitors ( ) for general test method item specification class 1 class 2 note 2) voltage treatment:1 h of voltage treatment under the specified temperature and voltage for testing followed by 48 4 h of recovery under loading at high temperature appearance: no mechanical damage capacitance change: within 3 % or 0.3 pf whichever is larger. q tan d : c < 10 pf:q > 200 + 10c 10 pf < c < 30 pf:q > 275 + 5c/2 30 pf < c < 1000 pf:q > 350 c > 1000 pf:tan d < 0.004 (c:nominal capcitance in pf) ir: 1000 m w or 50/c (m w ) whichever is less. (c:nominal capacitance in f) appearance: no mechanical damage capacitance change: temp. char. b, x7r, x5r: within 12.5 % f, y5v: within 30 % tan d : ir: 1000 m w or 50/c (m w ) whichever is less. note:dc10v, dc6.3v:10/c(m w ) min. (c:nominal capacitance in f) preconditioning:voltagetreatment /class 2 temperature: maximum operation temp. 3 ?c applied voltage:rated voltage 200% charge/discharge current:within 50ma test period:1000 + 48/0 h recovery (standard condition) class 1:24 2 h class 2:48 4 h rated temperature characteristics voltage b, x7r, x5r f, y5v 50v 25v 16v 10v 6.3v 0.05max. 0.05max. 0.075max. (type13:c=4.7f) 0.05max. 0.075max. type12:c > 0.68f ( type13:c > 4.7f ) 0.125max. (type11:c=1f) 0.075max. 0.125max. (type11:c=1f) 0.075max. 0.125max. (type11:c=1f) 0.15max. type11:c=2.2f ( type12:c > 4.7f ) type13:c=22f 0.075max. 0.1max. (type13:c=1f) 0.075max. 0.1max. (type13:c=1f, 2.2f) 0.15max. type12:c > 1f ( type13:c=4.7f ) 0.1max. 0.11max. (type10) 0.15max. type12:c=1f, 2.2f ( type13:c=1f to 4.7f ) 0.2max. type11:c=1f ( type12:c=4.7f ) type13:c=10f 0.15max. 0.3max. type11:c=2.2f ( type12:c=10f ) type13:c=22f 0.3max. note 1) heat treatment:1 h of heat treatment at 150+0/e10?c followed by 484 h recovery under the standard condition the standard condition
multilayer ceramic capacitors ( ) for general code c rated voltage dc25v dc16v part no part no ck cj ch ck cj ch 0.5 0.25pf(c) ecjzec1e0r5c 0.3 l ?? 1 0.25pf ecjzec1e010 @ 0.3 l ?? 1.5 (c) ecjzec1e1r5 @ 0.3 l ?? 2 or ecjzec1e020 @ 0.3 l ?? 3 0.5pf ecjzec1e030 @ 0.3 ? l ? 4 (d) ecjzec1e040 @ 0.3 ? ? l 5 ecjzec1e050 @ 0.3 ? ? l 6 ecjzec1e060d 0.3 ? ? l 7 0.5pf ecjzec1e070d 0.3 ? ? l 8 (d) ecjzec1e080d 0.3 ? ? l 9 ecjzec1e090d 0.3 ? ? l 0.5pf(d) 10 or 1pf(f) ecjzec1e100 @ 0.3 ? ? l 12 ecjzec1e120 @ 0.3 ? ? l 15 ecjzec1e150 @ 0.3 ? ? l 18 ecjzec1e180 @ 0.3 ? ? l 22 ecjzec1e220 @ 0.3 ? ? l 27 5%(j) ecjzec1e270 @ 0.3 ? ? l 33 or ecjzec1e330 @ 0.3 ? ? l 39 10%(k) ecjzec1c390 @ 0.3 ? ? l 47 ecjzec1c470 @ 0.3 ? ? l 56 ecjzec1c560 @ 0.3 ? ? l 68 ecjzec1c680 @ 0.3 ? ? l 82 ecjzec1c820 @ 0.3 ? ? l 100 ecjzec1c101 @ 0.3 ? ? l code b rated voltage dc25v dc16v dc10v dc6.3v part no part no part no part no b x7r x5r b x7r x5r b x7r x5r b x7r x5r 150 ecjzeb1e151 @ 0.3 ll ? 220 ecjzeb1e221 @ 0.3 ll ? 330 ecjzeb1e331 @ 0.3 ll ? 470 ecjzeb1e471 @ 0.3 ll ? 680 10%(k) ecjzeb1e681 @ 0.3 ll ? 1000 or ecjzeb1e102 @ 0.3 ll ? 1500 20%(m) ecjzeb1c152 @ 0.3 ll ? 2200 ecjzeb1c222 @ 0.3 ll ? 3300 ecjzeb1a332 @ 0.3 l ? l 4700 ecjzeb0j472 @ 0.3 l ? l 6800 ecjzeb0j682 @ 0.3 l ? l 10000 ecjzeb0j103 @ 0.3 l ? l n standard products for type ?06? (eia ?0201?) , taped version capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char. 1 : capacitance tolerance code. packaging style code: e for taped version. ( f 180 reel, taping pitch: 2 mm) recommend soldering method: reflow soldering. capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. l class 2 l class 1
multilayer ceramic capacitors ( ) for general n standard products for type ?10? (eia ?0402?) , taped version l class 1 1 : capacitance tolerance code. packaging style code: e for taped version. ( f 180 reel, taping pitch: 2 mm) recommend soldering method: reflow soldering. code c g rated voltage dc50v dc50v part no part no ck cj ch cg sl 0.5 0.25pf(c) ecj0ec1h0r5c 0.5 l ??? ecj0eg1h0r5c 0.5 l 1 0.25pf ecj0ec1h010 @ 0.5 l ??? ecj0eg1h010 @ 0.5 l 1.5 (c) ecj0ec1h1r5 @ 0.5 l ??? ecj0eg1h1r5 @ 0.5 l 2 or ecj0ec1h020 @ 0.5 l ??? ecj0eg1h020 @ 0.5 l 3 0.5pf ecj0ec1h030 @ 0.5 ? l ?? ecj0eg1h030 @ 0.5 l 4 (d) ecj0ec1h040 @ 0.5 ? ? l ? ecj0eg1h040 @ 0.5 l 5 ecj0ec1h050 @ 0.5 ? ? l ? ecj0eg1h050 @ 0.5 l 6 ecj0ec1h060d 0.5 ? ? l ? ecj0eg1h060d 0.5 l 7 0.5pf ecj0ec1h070d 0.5 ? ? l ? ecj0eg1h070d 0.5 l 8 (d) ecj0ec1h080d 0.5 ? ? l ? ecj0eg1h080d 0.5 l 9 ecj0ec1h090d 0.5 ? ? l ? ecj0eg1h090d 0.5 l 0.5pf(d) 10 or 1pf(f) ecj0ec1h100 @ 0.5 ? ? ll ecj0eg1h100 @ 0.5 l 12 ecj0ec1h120 @ 0.5 ? ? ll ecj0eg1h120 @ 0.5 l 15 ecj0ec1h150 @ 0.5 ? ? ll ecj0eg1h150 @ 0.5 l 18 ecj0ec1h180 @ 0.5 ? ? ll ecj0eg1h180 @ 0.5 l 22 ecj0ec1h220 @ 0.5 ? ? ll ecj0eg1h220 @ 0.5 l 27 ecj0ec1h270 @ 0.5 ? ? ll ecj0eg1h270 @ 0.5 l 33 ecj0ec1h330 @ 0.5 ? ? ll ecj0eg1h330 @ 0.5 l 39 5%(j) ecj0ec1h390 @ 0.5 ? ? ll ecj0eg1h390 @ 0.5 l 47 or ecj0ec1h470 @ 0.5 ? ? ll ecj0eg1h470 @ 0.5 l 56 10%(k) ecj0ec1h560 @ 0.5 ? ? ll ecj0eg1h560 @ 0.5 l 68 ecj0ec1h680 @ 0.5 ? ? ll ecj0eg1h680 @ 0.5 l 82 ecj0ec1h820 @ 0.5 ? ? ll ecj0eg1h820 @ 0.5 l 100 ecj0ec1h101 @ 0.5 ? ? ll ecj0eg1h101 @ 0.5 l 120 ecj0ec1h121 @ 0.5 ? ? ll ecj0eg1h121 @ 0.5 l 150 ecj0ec1h151 @ 0.5 ? ? ll ecj0eg1h151 @ 0.5 l 180 ecj0ec1h181 @ 0.5 ? ? ll ecj0eg1h181 @ 0.5 l 220 ecj0ec1h221 @ 0.5 ? ? ll ecj0eg1h221 @ 0.5 l capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char.
multilayer ceramic capacitors ( ) for general n standard products for type ?10? (eia ?0402?) , taped version l class 2 100 ecj0eb1h101 @ 0.5 ll ? 120 ecj0eb1h121k 0.5 ll ? 150 ecj0eb1h151 @ 0.5 ll ? 180 ecj0eb1h181k 0.5 ll ? 220 ecj0eb1h221 @ 0.5 ll ? 270 ecj0eb1h271k 0.5 ll ? 330 ecj0eb1h331 @ 0.5 ll ? 390 ecj0eb1h391k 0.5 ll ? 470 ecj0eb1h471 @ 0.5 ll ? 560 ecj0eb1h561k 0.5 ll ? 680 ecj0eb1h681 @ 0.5 ll ? 820 ecj0eb1h821k 0.5 ll ? 1000 ecj0eb1h102 @ 0.5 ll ? 1200 ecj0eb1h122k 0.5 ll ? 1500 ecj0eb1h152 @ 0.5 ll ? 1800 ecj0eb1h182k 0.5 ll ? 2200 ecj0eb1h222 @ 0.5 ll ? 2700 ecj0eb1h272k 0.5 ll ? 3300 10%(k) ecj0eb1h332 @ 0.5 ll ? 3900 or ecj0eb1h392k 0.5 ll ? 4700 20%(m) ecj0eb1e472 @ 0.5 ll ? 5600 ecj0eb1e562k 0.5 ll ? 6800 ecj0eb1e682 @ 0.5 ll ? 8200 ecj0eb1e822k 0.5 ll ? 10000 ecj0eb1e103 @ 0.5 ll ? ecj0eb1c103 @ 0.5 ll ? 12000 ecj0eb1c123k 0.5 ll ? 15000 ecj0eb1c153 @ 0.5 ll ? 18000 ecj0eb1c183k 0.5 ll ? 22000 ecj0eb1c223 @ 0.5 ll ? 27000 ecj0eb1a273k 0.5 l ? l 33000 ecj0eb1a333 @ 0.5 l ? l 39000 ecj0eb1a393k 0.5 l ? l 47000 ecj0eb1a473 @ 0.5 l ? l 56000 ecj0eb1a563k 0.5 l ? l 68000 ecj0eb1a683 @ 0.5 l ? l 82000 ecj0eb1a823k 0.5 l ? l 100000 ecj0eb1a104 @ 0.5 l ? l 220000 ecj0eb0j224 @ 0.5 ?? l code b rated voltage dc50v dc25v dc16v dc10v dc6.3v part no part no part no part no part no b x7r x5r b x7r x5r b x7r x5r b x7r x5r b x7r x5r capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. 1000 ecj0ef1h102z 0.5 ll ecj0ef1e102z 0.5 ll 2200 ecj0ef1h222z 0.5 ll ecj0ef1e222z 0.5 ll 4700 ecj0ef1h472z 0.5 ll ecj0ef1e472z 0.5 ll 10000 +80, e20% ecj0ef1h103z 0.5 ll ecj0ef1e103z 0.5 ll 22000 (z) ecj0ef1e223z 0.5 ll ecj0ef1c223z 0.5 ll 47000 ecj0ef1c473z 0.5 ll 100000 ecj0ef1c104z 0.5 ll 220000 ecj0ef1a224z 0.5 ll 1 : capacitance tolerance code. packaging style code: e for taped version. ( f 180 reel, taping pitch: 2 mm) recommend soldering method: reflow soldering. code f rated voltage dc50v dc25v dc16v dc10v part no part no part no part no f y5v f y5v f y5v f y5v capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char.
multilayer ceramic capacitors ( ) for general n standard products for type ?11? (eia ?0603?) , taped version l class 2 1 : capacitance tolerance code. packaging style code: v for taped version. ( f 180 reel, taping pitch: 4 mm). code c g rated voltage dc50v dc50v part no part no ck cj ch cg sl 0.5 0.25pf(c) ecj1vc1h0r5c 0.8 l ??? ecj1vg1h0r5c 0.8 l 1 0.25pf ecj1vc1h010 @ 0.8 l ??? ecj1vg1h010 @ 0.8 l 1.5 (c) ecj1vc1h1r5 @ 0.8 l ??? ecj1vg1h1r5 @ 0.8 l 2 or ecj1vc1h020 @ 0.8 l ??? ecj1vg1h020 @ 0.8 l 3 0.5pf ecj1vc1h030 @ 0.8 ? l ?? ecj1vg1h030 @ 0.8 l 4 (d) ecj1vc1h040 @ 0.8 ? ? l ? ecj1vg1h040 @ 0.8 l 5 ecj1vc1h050 @ 0.8 ? ? l ? ecj1vg1h050 @ 0.8 l 6 ecj1vc1h060d 0.8 ? ? l ? ecj1vg1h060d 0.8 l 7 0.5pf ecj1vc1h070d 0.8 ? ? l ? ecj1vg1h070d 0.8 l 8 (d) ecj1vc1h080d 0.8 ? ? l ? ecj1vg1h080d 0.8 l 9 ecj1vc1h090d 0.8 ? ? l ? ecj1vg1h090d 0.8 l 0.5pf(d) 10 or 1pf(f) ecj1vc1h100 @ 0.8 ? ? ll ecj1vg1h100 @ 0.8 l 12 ecj1vc1h120 @ 0.8 ? ? ll ecj1vg1h120 @ 0.8 l 15 ecj1vc1h150 @ 0.8 ? ? ll ecj1vg1h150 @ 0.8 l 18 ecj1vc1h180 @ 0.8 ? ? ll ecj1vg1h180 @ 0.8 l 22 ecj1vc1h220 @ 0.8 ? ? ll ecj1vg1h220 @ 0.8 l 27 ecj1vc1h270 @ 0.8 ? ? ll ecj1vg1h270 @ 0.8 l 33 ecj1vc1h330 @ 0.8 ? ? ll ecj1vg1h330 @ 0.8 l 39 5%(j) ecj1vc1h390 @ 0.8 ? ? ll ecj1vg1h390 @ 0.8 l 47 or ecj1vc1h470 @ 0.8 ? ? ll ecj1vg1h470 @ 0.8 l 56 10%(k) ecj1vc1h560 @ 0.8 ? ? ll ecj1vg1h560 @ 0.8 l 68 ecj1vc1h680 @ 0.8 ? ? ll ecj1vg1h680 @ 0.8 l 82 ecj1vc1h820 @ 0.8 ? ? ll ecj1vg1h820 @ 0.8 l 100 ecj1vc1h101 @ 0.8 ? ? ll ecj1vg1h101 @ 0.8 l 120 ecj1vc1h121 @ 0.8 ? ? ll ecj1vg1h121 @ 0.8 l 150 ecj1vc1h151 @ 0.8 ? ? ll ecj1vg1h151 @ 0.8 l 180 ecj1vc1h181 @ 0.8 ? ? ll ecj1vg1h181 @ 0.8 l 220 ecj1vc1h221 @ 0.8 ? ? ll ecj1vg1h221 @ 0.8 l 270 ecj1vc1h271 @ 0.8 ? ? ll ecj1vg1h271 @ 0.8 l 330 ecj1vc1h331 @ 0.8 ? ? ll ecj1vg1h331 @ 0.8 l 390 ecj1vc1h391 @ 0.8 ? ? ll ecj1vg1h391 @ 0.8 l 470 ecj1vc1h471 @ 0.8 ? ? ll ecj1vg1h471 @ 0.8 l 560 ecj1vc1h561 @ 0.8 ? ? ll ecj1vg1h561 @ 0.8 l 680 ecj1vc1h681 @ 0.8 ? ? ll ecj1vg1h681 @ 0.8 l 820 ecj1vc1h821 @ 0.8 ? ? ll ecj1vg1h821 @ 0.8 l 1000 ecj1vc1h102 @ 0.8 ? ? ll ecj1vg1h102 @ 0.8 l capaci- tance (pf) dim. t (mm) temp. char. dim. t (mm) temp. char. capacitance tolerance
multilayer ceramic capacitors ( ) for general n standard products for type ?11? (eia ?0603?) , taped version l class 2 1000 ecj1vb1h102 @ 0.8 ll ? 1200 ecj1vb1h122k 0.8 ll ? 1500 ecj1vb1h152 @ 0.8 ll ? 1800 ecj1vb1h182k 0.8 ll ? 2200 ecj1vb1h222 @ 0.8 ll ? 2700 ecj1vb1h272k 0.8 ll ? 3300 ecj1vb1h332 @ 0.8 ll ? 3900 ecj1vb1h392k 0.8 ll ? 4700 ecj1vb1h472 @ 0.8 ll ? 5600 ecj1vb1h562k 0.8 ll ? 6800 ecj1vb1h682 @ 0.8 ll ? 8200 ecj1vb1h822k 0.8 ll ? 10000 ecj1vb1h103 @ 0.8 ll ? ecj1vb1e103 @ 0.8 ll ? ecj1vb1c103 @ 0.8 ll ? 12000 ecj1vb1h123k 0.8 ll ? ecj1vb1e123k 0.8 ll ? ecj1vb1c123k 0.8 ll ? 15000 ecj1vb1h153 @ 0.8 ll ? ecj1vb1e153 @ 0.8 ll ? ecj1vb1c153 @ 0.8 ll ? 18000 10%(k) ecj1vb1h183k 0.8 ll ? ecj1vb1e183k 0.8 ll ? ecj1vb1c183k 0.8 ll ? 22000 or ecj1vb1h223 @ 0.8 ll ? ecj1vb1e223 @ 0.8 ll ? ecj1vb1c223 @ 0.8 ll ? 27000 20%(m) ecj1vb1h273k 0.8 ll ? ecj1vb1e273k 0.8 ll ? ecj1vb1c273k 0.8 ll ? 33000 ecj1vb1h333 @ 0.8 ll ? ecj1vb1e333 @ 0.8 ll ? ecj1vb1c333 @ 0.8 ll ? 39000 ecj1vb1h393k 0.8 ll ? ecj1vb1e393k 0.8 ll ? ecj1vb1c393k 0.8 ll ? 47000 ecj1vb1h473 @ 0.8 ll ? ecj1vb1e473 @ 0.8 ll ? ecj1vb1c473 @ 0.8 ll ? 56000 ecj1vb1e563k 0.8 ll ? ecj1vb1c563k 0.8 ll ? 68000 ecj1vb1e683 @ 0.8 ll ? ecj1vb1c683 @ 0.8 ll ? 82000 ecj1vb1e823k 0.8 ll ? ecj1vb1c823k 0.8 ll ? 100000 ecj1vb1e104 @ 0.8 ll ? ecj1vb1c104 @ 0.8 ll ? 150000 ecj1vb1a154 @ 0.8 l ? l 220000 ecj1vb1a224 @ 0.8 l ? l 330000 ecj1vb1a334 @ 0.8 ?? l 470000 ecj1vb1a474 @ 0.8 ?? l ecj1vb0j474 @ 0.8 l ? l 680000 ecj1vb1a684 @ 0.8 ?? l ecj1vb0j684 @ 0.8 l ? l 1000000 ecj1vb1c105 @ 0.8 ?? l ecj1vb1a105 @ 0.8 ?? l ecj1vb0j105 @ 0.8 l ? l 2200000 ecj1vb0j225 @ 0.8 ?? l code b rated voltage dc50v dc25v dc16v dc10v dc6.3v part no part no part no part no part no b x7r x5r b x7r x5r b x7r x5r b x7r x5r b x7r x5r code f rated voltage dc50v dc25v dc16v dc10v dc6.3v part no part no part no part no part no f y5v f y5v f y5v f y5v f y5v 10000 ecj1vf1h103z 0.8 ll 22000 ecj1vf1h223z 0.8 ll 47000 ecj1vf1h473z 0.8 ll 100000 +80, e20% ecj1vf1h104z 0.8 ll ecj1vf1e104z 0.8 ll ecj1vf1c104z 0.8 ll 220000 (z) ecj1vf1c224z 0.8 ll 470000 ecj1vf1c474z 0.8 ll 1000000 ecj1vf1c105z 0.8 l ? ecj1vf1a105z 0.8 ll 2200000 ecj1vf1a225z 0.8 l ? ecj1vf0j225z 0.8 l ? capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. 1 : capacitance tolerance code. packaging style code: v for taped version. ( f 180 reel, taping pitch: 4 mm)
multilayer ceramic capacitors ( ) for general n standard products for type ?12? (eia ?0805?) , taped version l class 1 code c g rated voltage dc50v dc50v part no part no ch cg sl 27 ecj2vc1h270 @ 0.6 ll ecj2vg1h270 @ 0.6 l 33 ecj2vc1h330 @ 0.6 ll ecj2vg1h330 @ 0.6 l 39 ecj2vc1h390 @ 0.6 ll ecj2vg1h390 @ 0.6 l 47 ecj2vc1h470 @ 0.6 ll ecj2vg1h470 @ 0.6 l 56 ecj2vc1h560 @ 0.6 ll ecj2vg1h560 @ 0.6 l 68 ecj2vc1h680 @ 0.6 ll ecj2vg1h680 @ 0.6 l 82 ecj2vc1h820 @ 0.6 ll ecj2vg1h820 @ 0.6 l 100 ecj2vc1h101 @ 0.6 ll ecj2vg1h101 @ 0.6 l 120 ecj2vc1h121 @ 0.6 ll ecj2vg1h121 @ 0.6 l 150 ecj2vc1h151 @ 0.6 ll ecj2vg1h151 @ 0.6 l 180 ecj2vc1h181 @ 0.6 ll ecj2vg1h181 @ 0.6 l 220 5%(j) ecj2vc1h221 @ 0.6 ll ecj2vg1h221 @ 0.6 l 270 or ecj2vc1h271 @ 0.6 ll ecj2vg1h271 @ 0.6 l 330 10%(k) ecj2vc1h331 @ 0.6 ll ecj2vg1h331 @ 0.6 l 390 ecj2vc1h391 @ 0.6 ll ecj2vg1h391 @ 0.6 l 470 ecj2vc1h471 @ 0.6 ll ecj2vg1h471 @ 0.6 l 560 ecj2vc1h561 @ 0.6 ll ecj2vg1h561 @ 0.6 l 680 ecj2vc1h681 @ 0.6 ll ecj2vg1h681 @ 0.6 l 820 ecj2vc1h821 @ 0.6 ll ecj2vg1h821 @ 0.6 l 1000 ecj2vc1h102 @ 0.6 ll ecj2vg1h102 @ 0.6 l 1200 ecj2vc1h122 @ 0.6 l ? ecj2vg1h122 @ 0.6 l 1500 ecj2vc1h152 @ 0.6 l ? ecj2vg1h152 @ 0.6 l 1800 ecj2vc1h182 @ 0.6 l ? ecj2vg1h182 @ 0.6 l 2200 ecj2vc1h222 @ 0.6 l ? ecj2vg1h222 @ 0.6 l 2700 ecj2vc1h272 @ 0.85 l ? ecj2vg1h272 @ 0.6 l 1 : capacitance tolerance code. packaging style code: v for taped version. ( f 180 reel, taping pitch: 4 mm) capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char.
multilayer ceramic capacitors ( ) for general n standard products for type ?12? (eia ?0805?) , taped version l class 2 1 : capacitance tolerance code. packaging style code: v or f for taped version. ( f 180 reel, taping pitch: 4 mm) * :l w t dimension tolerance 0.15 mm ** :l w t dimension tolerance 0.2 mm soldering method of dimension t>1 mm: do not use the flow soldering. 1000 ecj2vb1h102 @ 0.6 ll ? 1200 ecj2vb1h122k 0.6 ll ? 1500 ecj2vb1h152 @ 0.6 ll ? 1800 ecj2vb1h182k 0.6 ll ? 2200 ecj2vb1h222 @ 0.6 ll ? 2700 ecj2vb1h272k 0.6 ll ? 3300 ecj2vb1h332 @ 0.6 ll ? 3900 ecj2vb1h392k 0.6 ll ? 4700 ecj2vb1h472 @ 0.6 ll ? 5600 ecj2vb1h562k 0.6 ll ? 6800 ecj2vb1h682 @ 0.6 ll ? 8200 ecj2vb1h822k 0.6 ll ? 10000 ecj2vb1h103 @ 0.6 ll ? 12000 ecj2vb1h123k 0.6 ll ? 15000 ecj2vb1h153 @ 0.6 ll ? 18000 ecj2vb1h183k 0.6 ll ? 22000 10%(k) ecj2vb1h223 @ 0.6 ll ? 27000 or ecj2vb1h273k 0.85 ll ? 33000 20%(m) ecj2vb1h333 @ 0.85 ll ? 39000 ecj2vb1h393k 0.85 ll ? 47000 ecj2fb1h473 @ 1.25 ll ? ecj2vb1e473 @ 0.85 ll ? 56000 ecj2fb1h563k 1.25 ll ? ecj2vb1e563k 0.85 ll ? 68000 ecj2fb1h683 @ 1.25 ll ? ecj2vb1e683 @ 0.85 ll ? 82000 ecj2fb1h823k 1.25 ll ? ecj2vb1e823k 0.85 ll ? 100000 ecj2fb1h104 @ 1.25 ll ? ecj2vb1e104 @ 0.85 ll ? ecj2vb1c104 @ 0.85 ll ? 150000 ecj2fb1e154 @ 1.25 ll ? ecj2vb1c154 @ 0.85 ll ? 220000 ecj2fb1e224 @ 1.25 ll ? ecj2vb1c224 @ 0.85 ll ? 330000 ecj2fb1c334 @ 1.25 ll ? 470000 ecj2fb1c474 @ 1.25 ll ? 680000 ecj2fb1c684 @ * 1.25 ?? l ecj2fb1a684 @ 1.25 l ? l 1000000 under development 1.25 ?? l ecj2fb1c105 @ * 1.25 ?? l ecj2fb1a105 @ 1.25 l ? l 2200000 under development 1.25 ?? l under development 1.25 ?? l ecj2fb1a225 @ * 1.25 ?? l ecj2fb0j225 @ 1.25 l ? l 3300000 ecj2fb1a335 @ * 1.25 ?? l ecj2fb0j335 @ 1.25 l ? l 4700000 under development 1.25 ?? l ecj2fb0j475 @ * 1.25 ?? l 10000000 ecj2fb0j106 @ ** 1.25 ?? l code b rated voltage dc50v dc25v dc16v dc10v dc6.3v part no part no part no part no part no b x7r x5r b x7r x5r b x7r x5r b x7r x5r b x7r x5r capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. code f rated voltage dc50v dc25v dc16v dc10v dc6.3v part no part no part no part no part no f y5v f y5v f y5v f y5v f y5v 10000 ecj2vf1h103z 0.6 ll 22000 ecj2vf1h223z 0.6 ll 47000 ecj2vf1h473z 0.6 ll 100000 ecj2vf1h104z 0.85 ll ecj2vf1e104z 0.6 ll ecj2vf1c104z 0.6 ll 220000 +80, e20% ecj2vf1h224z 0.85 ll ecj2vf1e224z 0.85 ll ecj2vf1c224z 0.6 ll 470000 (z) ecj2ff1e474z 1.25 ll ecj2vf1c474z 0.85 ll 1000000 ecj2ff1e105z * 1.25 l ? ecj2vf1c105z 0.85 ll 2200000 ecj2ff1e225z * 1.25 l ? ecj2ff1c225z 1.25 ll 4700000 ecj2ff1c475z * 1.25 l ? ecj2ff1a475z 1.25 ll 10000000 ecj2ff1a106z * 1.25 l ? ecj2ff0j106z * 1.25 l ? capacitance tolerance capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char.
multilayer ceramic capacitors ( ) for general n standard products for type ?13? (eia ?1206?) , taped version l class 1 code c g rated voltage dc50v dc50v part no part no ch sl 3300 ecj3vc1h332 @ 0.6 l ecj3vg1h332 @ 0.6 l 3900 ecj3vc1h392 @ 0.6 l ecj3vg1h392 @ 0.6 l 4700 5%(j) ecj3vc1h472 @ 0.6 l ecj3vg1h472 @ 0.6 l 5600 or ecj3vc1h562 @ 0.85 l ecj3vg1h562 @ 0.6 l 6800 10%(k) ecj3vc1h682 @ 0.85 l 8200 ecj3fc1h822 @ 1.15 l 10000 ecj3fc1h103 @ 1.15 l code f rated voltage dc50v dc25v dc16v dc10v part no part no part no part no f y5v f y5v f y5v f y5v 470000 ecj3vf1e474z 0.85 ll 1000000 ecj3ff1h105z 1.15 l ? ecj3ff1e105z 1.15 ll ecj3vf1c105z 0.85 ll 2200000 +80, e20% ecj3ff1e225z 1.15 ll ecj3vf1c225z 0.85 ll 4700000 (z) ecj3ff1e475z 1.15 l ? ecj3ff1c475z 1.15 ll 10000000 ecj3yf1c106z 1.6 l ? ecj3yf1a106z 1.6 ll 22000000 ecj3yf1a226z 1.6 l ? 100000 ecj3vb1e104 @ 0.85 ll ? ecj3vb1c104 @ 0.85 ll ? 150000 ecj3vb1e154 @ 0.85 ll ? ecj3vb1c154 @ 0.85 ll ? 220000 ecj3yb1h224 @ 1.6 ll ? ecj3vb1e224 @ 0.85 ll ? ecj3vb1c224 @ 0.85 ll ? 330000 ecj3vb1e334 @ 0.85 ll ? ecj3vb1c334 @ 0.85 ll ? 470000 ecj3fb1e474 @ 1.15 ll ? ecj3vb1c474 @ 0.85 ll ? 680000 10%(k) ecj3yb1e684 @ 1.6 ll ? ecj3vb1c684 @ 0.85 ll ? 1000000 or ecj3yb1e105 @ 1.6 ll ? ecj3fb1c105 @ 1.15 ll ? 1500000 20%(m) ecj3yb1a155 @ 1.6 l ? l 2200000 ecj3yb1e225 @ 1.6 ?? l ecj3yb1c225 @ 1.6 ll ? ecj3yb1a225 @ 1.6 l ? l 3300000 ecj3yb1a335 @ 1.6 l ? l 4700000 ecj3yb1e475 @ 1.6 ?? l ecj3yb1c475 @ 1.6 ?? l ecj3yb1a475 @ 1.6 ?? l ecj3yb0j475 @ 1.6 ?? l 10000000 under development 1.6 ?? l ecj3yb1c106m 1.6 ?? l ecj3yb1a106m 1.6 ?? l ecj3yb0j106m 1.6 ?? l 22000000 ecj3yb0j226m 1.6 ?? l code b rated voltage dc50v dc25v dc16v dc10v dc6.3v part no part no part no part no part no b x7r x5r b x7r x5r b x7r x5r b x7r x5r b x7r x5r capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char. 1 : capacitance tolerance code. packaging style code: v , f and y for taped version. ( f 180 reel, taping pitch: 4 mm) capaci- tance (pf) dim. t (mm) temp. char. capacitance tolerance dim. t (mm) temp. char. dim. t (mm) temp. char. dim. t (mm) temp. char. l class 2 soldering method of dimension t>1 mm: do not use flow soldering.

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