ceramic cap acitors ma series: multilayer surface mount -5 5 c -2 5 c 0 c 25 c 50 c 75 c 10 0 c 12 5 c 15 % 10 % 0. 5% 0% -5 % -1 0% -1 5% x5r: typical capacitance change vs. t emperature 40 % 20 % 0% -2 0% -4 0% -6 0% 80 % -1 00 % -5 5 c -2 5 c 0 c 25 c 50 c 75 c 10 0 c 12 5 c y5v: typical cap acitance change vs. temperature ceramic cap acitors ma series: multilayer surface mount ceramic body terminations (nickel barrier) electrodes silver metalization nickel barrier layer solder plated ?miniature size ?high mounting density?nickel barrier t ermination ?high voltages are available up to 3000 volts. ?rohs compliant features multilayer chip capacitors are ideal for applications that require a large capacitance to size ratio. the nickel barrier termination prevents excessive leaching during wave (reflow) or dip (flow)soldering. introduction dimensions *thicknesses noted are maximum. thicknesses are less on low capacitance values. specifications specification cog(npo) x7r/x5r temp(c) -5 5~ +12 5 -3 0~ +8 5 tempcoeff 0 % 30pp m 015 % c%+2 2 t o -82 % dissipation (25c) <0.001@1kh z <0.025@1kh z <0.025@1kh z insulation resistance >1000 m f o r 100 g >1000 m f o r 100 g >500 m f o r 10,000 m y5v -55~ +125/-55~ +85 c1bc01 rev2006.10.02 ma 1206 xr 104 k 500 r par t number example *surface mount offerings continue to change, please contact rfe international, for values, sizes, and voltages not listed. 15 % 10 % 5% 0% -5 % -1 0% -1 5% -5 5 c -2 5 c 0 c 25 c 50 c 75 c 10 0 c 12 5 c cog/npo: typical capacitance change vs. t emperature typical capacitance change envelope: 0 30 ppm/c 15 % 10 % 5% 0% -5 % -1 0% -1 5% -5 5 c -2 5 c 0 c 25 c 50 c 75 c 10 0 c 12 5 c x7r: typical capacitance change vs. t emperature l w t r o h s lxw in 0.04 x 0.02 0.063 x 0.03 0.08 x 0.05 0.125 x 0.06 0.125 x 0.100 0.180 x 0.125 0.224 x 0.197 mm 1.00 x 0.50 1.60 x 0.80 2.03 x 1.27 3.18 x 1.60 3.18 x 2.54 4.50 x 3.20 5.7 x 5.0 t (max) in mm 0.022 0.55 0.036 0.92 2.7 0.106 0.106 2.7 1.35 1.85 0.073 0.106 2.7 0.053 1210 1812 2220 size 0402 0603 0805 1206 r f e i n t e r n a t i o n a l ? t e l : ( 9 4 9 ) 8 3 3 - 1 9 8 8 ? f a x : ( 9 4 9 ) 8 3 3 - 1 7 8 8 ? e - m a i l s a l e s @ r f e i n c . c o m
ceramic cap acitors ma series: multilayer surface mount standard vol tages and capacit ance ranges (pf) ma 1206 xr 104 k 500 r par t number example c1bc01 rev2006.10.02 *surface mount offerings continue to change, please contact rfe international, for values, sizes, and voltages not listed. r o h s siz e c ode vo lta ge co de 6.3 v 060 470 ,00 0 ~ 1,0 00, 000 10v 100 33, 000 ~ 100 ,00 0 220 ,00 0 ~ 1,0 00, 000 220 ,00 0 ~ 470 ,00 0 16v 160 5,6 00 ~ 47, 000 68, 000 ~ 220 ,00 0 10, 000 ~ 100 ,00 0 25v 250 330 ~ 1,0 00 3,9 00 ~ 10, 000 50v 500 0.4 7 ~ 470 100 ~ 10, 000 6.3 v 060 2,2 00, 000 ~ 10, 000 ,00 0 2,2 00, 000 ~ 4,7 00, 000 10v 100 150 ,00 0 ~ 470 ,00 0 330 ,00 0 ~ 2,2 00, 000 470 ,00 0 ~ 2,2 00, 000 16v 160 100 ,00 0 ~ 470 ,00 0 150 ,00 0 ~ 1,0 00, 000 270 ,00 0 ~ 1,0 00, 000 25v 250 390 0 ~ 10, 000 47, 000 ~ 100 ,00 0 150 ,00 0 ~ 470 ,00 0 50v 500 0.4 7 ~ 3,3 00 100 ,00 0 ~ 100 ,00 0 10, 000 ~ 220 ,00 0 100 v 101 0.4 7 ~ 680 100 ,00 0 ~ 22, 000 6.3 v 060 2,2 00, 000 ~ 10, 000 ,00 0 10, 000 ,00 0 ~ 22, 000 ,00 0 10v 100 220 ,00 0 ~ 3,3 00, 000 2,2 00, 000 ~ 10, 000 ,00 0 2,2 00, 000 ~ 10, 000 ,00 0 16v 160 150 ,00 0 ~ 2,2 00, 000 1,0 00, 000 ~ 10, 000 ,00 0 470 ,00 0 ~ 4,7 00, 000 25v 250 390 0 ~ 33, 000 100 ~ 1,0 00, 000 100 ,00 0 ~ 2,2 00, 000 50v 500 0.4 7 ~ 10, 000 100 ~ 330 ,00 0 10, 000 ~ 1,0 00, 000 100 v 101 0.4 7 ~ 27, 000 100 ~ 100 ,00 0 250 v 251 10 ~ 1,2 00 100 ~ 22, 000 500 v 501 10 ~ 470 100 ~ 15, 000 6.3 v 060 10, 000 ,00 0 ~ 47, 000 ,00 0 22, 000 ,00 0 ~ 47, 000 ,00 0 10v 100 10, 000 ,00 0 ~ 22, 000 ,00 0 10, 000 ,00 0 ~ 22, 000 ,00 0 16v 160 680 ,00 0 ~ 10, 000 ,00 0 3,3 00, 000 ~ 10, 000 ,00 0 2,2 00, 000 ~ 10, 000 ,00 0 25v 250 820 0 ~ 100 ,00 0 330 ,00 0 ~ 3,3 00, 000 3,3 00, 000 ~ 10, 000 ,00 0 680 ,00 0 ~ 4,7 00, 000 50v 500 0.4 7 ~ 33, 000 220 ~ 1,0 00, 000 10, 000 ~ 2,2 00, 000 100 v 101 0.4 7 ~ 6,8 00 100 ~ 470 ,00 0 250 v 251 10 ~ 3,9 00 100 ~ 100 ,00 0 500 v 501 10 ~ 2,2 00 100 ~ 33, 000 100 0v 102 10 ~ 1,5 00 100 ~ 4,7 00 200 0v 202 10 ~ 470 100 ~ 1,0 00 6.3 v 060 47, 000 ,00 0 ~ 100 ,00 0,0 00 47, 000 ,00 0 ~ 100 ,00 0,0 00 10v 100 22, 000 ,00 0 ~ 47, 000 ,00 0 10, 000 ,00 0 ~ 47, 000 ,00 0 16v 160 10, 000 ,00 0 ~ 22, 000 ,00 0 3,3 00, 000 ~ 10, 000 ,00 0 10, 000 ,00 0 ~ 22, 000 ,00 0 25v 250 3,3 00, 000 ~ 10, 000 ,00 0 3,3 00, 000 ~ 10, 000 ,00 0 50v 500 100 0 ~ 100 ,00 0 1,0 00, 000 ~ 3,3 00, 000 100 v 101 100 0 ~ 10, 000 100 ,00 0 ~ 1,0 00, 000 250 v 251 100 0 ~ 6,8 00 22, 000 ~ 220 ,00 0 500 v 501 100 0 ~ 3,3 00 3,3 00 ~ 47, 000 100 0v 102 10 ~ 2,2 00 220 ~ 4,7 00 200 0v 202 10 ~ 560 220 ~ 1,5 00 300 0v 302 10 ~ 220 6.3 v 060 *47 ,00 0,0 00 ~ 100 ,00 0,0 00* 10v 100 *22 ,00 0,0 00 ~ 47, 000 ,00 0* 16v 160 25v 250 4,7 00, 000 ~ 22, 000 ,00 0 50v 500 *10 ,00 0 ~ 220 ,00 0* 1,0 00, 000 ~ 4,7 00, 000 100 v 101 *1, 200 ~ 15, 000 * 470 ,00 0 ~ 2,2 00, 000 250 v 251 1,0 00 ~ 10, 000 *47 ,00 0 ~ 470 ,00 0* 500 v 501 1,0 00 ~ 6,8 00 *4, 700 ~ 150 ,00 0* 100 0v 102 10 ~ 4,7 00 470 ~ 15, 000 200 0v 202 10 ~ 1,2 00 470 ~ 4,7 00 300 0v 302 10 ~ 390 100 ~ 2,2 00 16v 160 25v 250 10, 000 ,00 0 ~ 22, 000 ,00 0 10, 000 ,00 0 ~ 22, 000 ,00 0 50v 500 100 v 101 680 ,00 0 ~ 4,7 00, 000 250 v 251 330 ,00 0 ~ 1,0 00, 000 500 v 501 68, 000 ~ 220 ,00 0 100 0v 102 1,0 00 ~ 47, 000 200 0v 202 1,0 00 ~ 10, 000 300 0v 302 1,0 00 ~ 3,3 00 121 0 181 2 (als o 1 808 siz e fo r 250 v - 3k v * = 181 2 o nly ) t em per atu re c oef fiec ien t co g/n po (cg ) 040 2 060 3 080 5 120 6 x7 r (xr ) x5 r (x5 r) 1,0 00, 000 y5 v (yv ) 100 ,00 0,0 00 47, 000 ,00 0 22, 000 ,00 0 10, 000 ,00 0 *22 ,00 0,0 00* *10 ,00 0,0 00* 222 0 4,7 00, 000 47, 000 ,00 0 10, 000 ,00 0 r f e i n t e r n a t i o n a l ? t e l : ( 9 4 9 ) 8 3 3 - 1 9 8 8 ? f a x : ( 9 4 9 ) 8 3 3 - 1 7 8 8 ? e - m a i l s a l e s @ r f e i n c . c o m
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