6 how to order cb type cb: smd lead free cl 04 size 01: 1206 02: 1210 03: 1812 04: 2220 05: 2824 95: 2840 16: 4030 17: 5040 18: 6054 2 dielectric 2 = pet-ht 8 = pps 7 = pen g voltage b = 16v c = 25v d = 50/63v e = 100v g = 250v i = 400v k = 630v 0104 capacitance 1st digit: 0 2nd & 3rd: the 2nd significant figures of the capacitance value. 4th digit: the number of zeros to be added to the capacitance value. k tolerance eia code g (1) = 2% j = 5% k = 10% -- suffix packaging -- = bulk ba = tape & reel diameter: 180mm bc = tape & reel diameter: 330mm example of an order: how to order a chip film pet-ht 100nf ?0% 250v bulk packaging. (1) : tolerance g available only for pps series. film chip capacitors how to order, dimensions and construction size code equivalent size length (l) width (w) termination return 01 1206 3.30?.30 (0.130?.012) 1.60?.30 (0.063?.012) 0.50?.30 (0.020?.012) 02 1210 3.30?.30 (0.130?.012) 2.50?.30 (0.098?.012) 0.50?.30 (0.020?.012) 03 1812 4.50?.50 (0.177?.020) 3.20?.50 (0.126?.020) 0.60?.40 (0.024?.157) 04 2220 5.80?.50 (0.228?.020) 5.00?.50 (0.197?.020) 0.80?.60 (0.032?.024) 05 2824 7.20?.50 (0.283?.020) 6.10?.50 (0.240?.020) 0.80?.60 (0.032?.024) 95 2840 7.20?.50 (0.283?.020) 10.0?.80 (0.343?.031) 0.80?.60 (0.032?.024) 16 4030 10.5?.60 (0.413?.024) 7.60?.80 (0.299?.031) 0.80?.60 (0.032?.024) 17 5040 12.8?.60 (0.504?.024) 10.2?.80 (0.401?.031) 0.80?.60 (0.032?.024) 18 6054 15.3?.60 (0.602?.024) 13.7?.80 (0.539?.031) 0.80?.60 (0.032?.024) case dimensions: millimeters (inches) w l h t stacked film construction our smd film capacitors (cb series) are using stacked tech- nology with metallized plastic film, which forms the basis for the capacitive element. combined with the nacked design choice, it gives our products an again better self-healing capability as well as a very good capacitance per volume ratio. this also means that internal construction of the multi- layer stack, usually hidden in encapsulated film capacitors design, is visible at the cut edges in the surface mount con- figuration. in a typical film capacitor stack, hundreds of film layers are compacted during manufacture. under a micro- scope these have the appearance of pages in a book. subsequent manufacturing and pcb assembly processes allow a small amount of relaxation in these layers. in some cases, small gaps between layers may become visible. these are referred to as microgaps, and their occurrence is a stan- dard feature of this technology. even if it can be considered an cosmetic issue, presence of these gaps has no effect at all on mechanical or electrical performance or reliability. (detailed report is available upon request.)
7 film chip capacitors electrical properties and test conditions ?cb series test description performance capacitance c measurement frequency 1 khz 20? shall be within tolerance of the rated value dissipation factor df measurement frequency 1 khz 20? df < 100.10 -4 insulation resistance ir voltage applied: ir > 1000 mohms for c < = 0.33? 10v for vr < 100v ir x c > 400sec. for c > 0.33? 100v for vr > = 100v dielectric strength surge voltage = 1.4vr applied there shall be no direct breakdown for 1mm between terminals mounting board = 1.6mm (0.063") thick epoxy c = within 2% of initial value glass laminated or alumine substrate df = < = 50.10 -4 at 1 khz ir = within initial limit adhesion force of 5 n applied for 10 secs. no visible damage board bending test bending of 1 mm(0.039") c = within 2% of initial value for 90 mm (3.543") length no visible damage thermal shock 500 cycles ?5/+125? c = within 5% of initial value esr = no more than 3 times initial value ir = not less than 50% of the initial limit damp heat 40? 93% rh / no voltage / 56 days c = within 7% of initial value steady state delta df = < 50.10 -4 at 1 khz ir = not less than 50% of the initial limit accelerated damp heat 85? 85% rh 1.5v-500h c = within 7% of initial value (load humidity) delta df = < = 70.10 -4 at 1 khz ir = not less than 50% of the initial limit life test 85? / 1.25vr / 1000h c = within 8% of initial value delta df = < 50.10 -4 at 1 khz ir = not less than 50% of the initial limit life test 105? / vr/1,000 hours c = within 7% of initial value 125? / vr/1,000 hours delta df = < 50.10 -4 at 1 khz ir = not less than 50% of the initial limit charge/discharge 10,000 cycle / vr c = within 5% of initial value df = < 50.10 -4 at 1 khz ir = not less than 50% of the initial limit standardization reference standard is cecc 32201
9 film chip capacitors packaging ?cb series tape & reel dimensions 2.00 (0.079) 0.05 (0.002) 4.00 (0.157) 0.10 (0.004) 1.75 (0.069) 0.15 (0.006) 1.50 (0.059) w k 0 direction of unreeling p 1 +0.10 -0 13.0 (0.512) 0.50 (0.020) w 2 w 1 a tape & reel characteristics in accordance with iec 286 and eia 481, the material used: carrier tape: antistatic material cover tape: polyester reel: recyclable material parts in bulk or on reel are packed in hermetically sealed plastic bags. recommendations once the sealed bag is opened, the capacitors must be stored in a dry atmosphere until soldering. recommended storage conditions are: pet & pen: < 30? and r.h.<60% for a maximum of 168 hours pps: < 30? and r.h.<60% for a maximum of 4 weeks the use-by date is 3 years if kept in origin plastic bags. in case of storage outside the conditions recommended above the capacitors must be dried prior to soldering. recommended drying conditions are: 48 hours minimum at 60? and rh < 10%.
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