capacitance range 128 cg01-i application specific capacitors high frequency ceramic capacitors gr700 series part number eia code capacitance value min./max. 50vdc 100vdc 200vdc 300vdc 500vdc grm706 0603 min. 0.5pf 0.5pf 0.5pf max. 100pf 100pf 100pf grm708 0805 min. 0.5pf 0.5pf 0.5pf max. 160pf 140pf 100pf grm710 1210 min. 510pf 240pf 160pf 130pf 3.3pf max. 1000pf 470pf 220pf 150pf 120pf specifications the gr700 series was designed specifically as an alternative to ?ubic?chip capacitors in high-volume applications where low cost is a primary design objective. this product is manufactured with the same ?ow loss? cog ceramic formulation and electrode material as are used in our ma series. the rectangular shapes of this gr700 series allow for greater manufacturing automation resulting in lower cost. gr700 capacitors bridge the gap between standard cog chips and the high performance ma series, offering a low cost, high q capacitor. applications include cellular phone, gps, and rf lan. features miniature sizes stable cog temperature coefficient very high q at high frequencies high rf power handling capabilities operating temperature range 55 to + 125 c temperature coefficient 0 30 ppm/ c working voltage see table, capacitor catalog pages 90 and 91 dielectric test voltage (d.c.) 250% of rated working voltage (except 500 volt rated @ 200%) capacitance tolerance b, c, d, g, j, k available: specials on request quality factor (q)/esr consult factory for q / see table, capacitor catalog pages 89 -91 for esr insulation resistance @ 25 c: 0.1 to 470 pf: 1000k megohms min. over 470 pf: 100k megohms min. @ 125 c: 0.1 to 470 pf: 100k megohms min. over 470 pf: 10k megohms min. marking standard grm product is unmarked part numbering grm 706 c0g 220 k 100 a l capacitor temperature capacitance value capacitance voltage marking packaging type and size characteristics expressed in picofarads tolerance identified by a = no marking b = bulk grm = nickel standard tc and identified by a three- cog: (10pf or less) a three-digit l = 7 reel barrier cog = 0 30ppm/ c digit number. first two b = .1pf number layer tin 55 c to + 125 c digits represent significant c = .25pf grh = nickel figures. last digit specifies d = .5pf barrier solder the number of zeros to (over 10pf) coated follow. for values below g = 2% 10pf, the letter r is used j = 5% as the decimal point and the k = 10% last digit becomes significant.
cg01-i 129 gr700 series application specific capacitors high frequency ceramic capacitors environmental packaging aging negligible environmental tests mil-std-202 shock method 213, condition j vibration method 204, condition b moisture resistance method 106 solderability method 208 immersion method 104, condition b barometric pressure method 105, condition b resistance to soldering heat method 210, condition b thermal shock method 107, condition a life method 108, condition f quantity quantity per 7 ? reel per 13 reel grm706 4000 10000 grm708 3000 10000 grm710 2000 8000 type eia dimensions: mm style npo style configuration lw t max g min band termination y min palladium silver, 1.75 .1 0.95 .1 1.05 nickel interface grm706 0603 0.5 0.2 & sn60 solder palladium silver, 1.6 .1 0.8 .1 0.9 nickel interface & tin plating palladium silver, 2.16 0.3 1.40 0.3 1.40 nickel interface grm708 cog 0805 0.7 0.25 & sn60 solder palladium silver, 2.0 0.3 1.25 0.3 1.25 nickel interface & tin plating palladium silver, 3.30 0.3 2.67 0.3 1.65 nickel interface grm710 1210 1.0 0.3 & sn60 solder palladium silver, 3.2 0.3 2.5 0.3 1.52 nickel interface & tin plating configuration & dimensions ?gr700 series capacitance vs resistance esr (ohms) 0.1 10 1100 0.01 0.1 1 capacitance (pf) esr (ohms) 1 100 1000 0.01 0.1 1 capacitance (pf) esr (ohms) 0.1 10 1100 0.01 0.1 1 capacitance (pf) max esr at 1/4 wave grm706 max esr at 1/4 wave grm708 max esr at 1/4 wave grm710 10 t y g w l g t y l w t y g l w application specific capacitors see pages 38-42 for land pattern recommendations, soldering profiles, and mechanical considerations.
|
