automotive antennaguard vc as 06 ag 18 3r0 y a t 1 a varistor series case type working capacitance non-std not termination reel reel chip as= 04=0402 voltage 3r0=3pf cap tol applicable t=ni/sn 1=7? a=4k automotive 06 = 0603 18=18vdc 120=12pf y=max plated 3=13? or 10k 1=pd/ag/pt w=7? (0402 only) avx ?? part ? number ? working ? voltage ? (dc) ? working ? voltage ? (ac) ? maximum ? leakage ? current ? typical ? capacitance ? case ? size ? elements ? jump ? start ? vcas04ag183r0y ?? 18 ?? 14 ? 0.1 ? 3 ? 0402 ? 1 ? 27.5 ? vcas06ag183r0y ?? 18 ?? 14 ? 0.1 ? 3 ? 0603 ? 1 ? 27.5 ? VCAS06AG18120Y ?? 18 ?? 14 ? 0.1 ? 12 ? 0603 ? 1 ? 27.5 ? v w (dc) dc working voltage [v] vw(ac) ac working voltage [v] i l maximum leakage current at the working voltage [a] cap typical capacitance [pf] @ frequency specified and 0.5v rms size (eia) 0402 0603 l 1.00 0.10 (0.040 0.004) 1.60.15 (0.0630.006) w 0.50 0.10 (0.020 0.004) 0.800.15 (0.0320.006) t 0.60 max. (0.024 max.) 0.90 max (0.035 max.) bl 0.25 0.15 (0.010 0.006) 0.350.15 (0.0140.006)
aec-q200 pulse test aec-q200-002 -10.00% -5.00% 0.00% 5.00% 10.00% 6 kv contact 12kv air 16kv air 25 kv air esd pulse % vb change vcas04ag183r0y vcas06ag183r0y VCAS06AG18120Y s21 response -30.0 -20.0 -10.0 0.0 10.0 0 1 10 100 1000 10000 frequency (mhz) insertion loss (db) vcas06ag1812roy vcas04ag183roy vcas06ag183roy
no. item requirement test method 1 operating temp. -55c to +125 c 2 appearance/dimensions no visible damage dimensions: see par 6 visual examination at 10% magnification dimensions verification by class2 caliper 3 solderability the dipped surface shall be at least 95% covered with a new smooth solder coating. soak in eutectic solder bath of temperature at 230+/-5 c for 5sec. 4 solder heat resistance no mechanical damage. capacitance: 3 pf leakage: <100na a. read capacitance and leakage. b. soak in eutectic solder bath of temperature at 260+/-5 c. for 10+/-1sec. c. natural cool down to +25 c d. read capacitance and leakage after 24+/- 2 hours. 5 humidity life capacitance: 3 pf leakage: <100na a. read capacitance and leakage. b. leave device in chamber of +85+/-3 c, 85+/5% relative humidity for 1,000 5hours. c. read capacitance and leakage after 3-4 hours conditioning at 25+/-5 c 6 life test capacitance: 3 pf leakage: <100na a. read capacitance and leakage. b. apply 100% of working voltage at test temperature of 125+/-4 c for 1,000+48/-0hours. c. read capacitance and leakage after 24+/-2 hours conditioning at 25+/- 5 c
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