Microwave SLCs GENERAL INFORMATION In addition to the standard SLC products shown below, AVX is now able to offer bordered versions in these same dielectric families as detailed on the opposing page utilizing micron resolution photolithography and etching processes. With borders precisely defined, these parts will be ben- eficial in those applications that require enhanced visual definition during placement and wire bonding. Additionally, bordered devices have proven effective in reducing susceptibility to conductive epoxy electrode bridging. Custom designs to meet stringent circuit trace width matching requirements are available upon request. GH SERIES: SINGLE LAYER CAPACITORS WITHOUT BORDERS NP0, TEMPERATURE COMPENSATING & X7R DIELECTRICS DIMENSIONS: inches (millimeters) Case Code/Size GH16 GH18 GH26 GH35 Length & Width .015.003 (.381.076) .018.003 (.457.076) .025.005 (.635.127) .035.005 (.889.127) Thickness Min/Max .0045/.012 (.114/.035) Cap (pF) Cap (pF) Cap (pF) Cap (pF) Dielectric k Min Max Tol* Min Max Tol* Min Max Tol* Min Max Tol* A 14 0.06 0.2 A 0.08 0.2 A 0.2 0.4 A 0.4 0.9 A A 31 0.1 0.4 A 0.2 0.5 A 0.4 1 A 0.7 2 A A 60 0.3 1 B 0.4 1.1 A 0.8 2 B 1.5 4.7 B 4 200 0.8 3 C 1.2 3.6 C 2.4 6.8 C 4.7 13 D 7 420 1.5 5.6 J 2.2 6.2 D 4.3 12 D 8.2 22 J Y 650 2.7 10 K 4.3 11 D 7.5 22 J 15 43 J C 1100 3.3 15 K 6.8 18 J 13 36 J 27 75 J C 2000 6.2 29 K 13 36 J 24 68 J 47 130 J C 4200 13 60 K 30 75 J 56 150 J 110 300 J DIMENSIONS: inches (millimeters) Case Code/Size GH50 GH70 GH90 Length & Width .050.010 (1.27.254) .070.010 (1.78.254) .090.010 (2.29.254) Thickness Min/Max .0045/.012 (.114/.035) Cap (pF) Cap (pF) Cap (pF) Dielectric k Min Max Tol* Min Max Tol* Min Max Tol A 14 0.6 2 A 1.3 3.9 A 2.2 5.6 A A 31 1.5 4.7 B 3 8.2 B 5.1 13 C A 60 2.7 9.1 C 6.2 16 D 10 27 G 4 200 8.2 30 G 20 56 G 33 82 G 7 420 15 51 G 33 91 G 56 150 G Y 650 27 100 G 62 180 G 110 270 G C 1100 47 160 J 100 300 J 180 470 J C 2000 82 300 J 220 560 J 330 820 J C 4200 180 680 J 430 1200 J 750 1800 J Note: Tol* - Letter indicates tightest available 9Microwave SLCs GB SERIES: SINGLE LAYER CAPACITORS WITH BORDERS NP0, TEMPERATURE COMPENSATING & X7R DIELECTRICS DIMENSIONS: inches (millimeters) Case Code/Size GB15 GB20 GB25 GB30 Length & Width .015.002 (.381.051) .020.002 (.508.051) .025.002 (.635.051) .030.002 (.762.051) Thickness Min/Max .0045/.012 (.114/.035) (B) Border .002+.002,-.001 (.051+.051,-.025) Cap (pF) Cap (pF) Cap (pF) Cap (pF) Dielectric k Min Max Tol* Min Max Tol* Min Max Tol* Min Max Tol* A 14 0.06 0.1 A 0.1 0.2 A 0.2 0.3 A 0.3 0.4 A A 31 0.1 0.2 A 0.3 0.4 B 0.4 0.7 B 0.6 1 B A 60 0.3 0.4 B 0.5 0.8 C 0.8 1.3 C 1.2 2 C 4 200 0.9 1.3 D 1.5 2.7 D 2.7 4.7 M 3.9 6.8 K 7 420 1.5 2.4 D 2.7 4.7 M 4.7 8.2 M 6.8 12 K Y 650 2.7 4.7 M 4.7 9.1 M 8.2 15 M 12 22 K C 1100 4.7 7.5 M 8.2 15 M 15 24 M 22 36 K C 2000 9.1 13 M 16 27 M 27 47 M 39 68 K C 4200 20 33 M 36 62 M 56 100 M 91 150 K DIMENSIONS: inches (millimeters) Case Code/Size GB35 GB40 GB50 Length & Width .035.002 (.899.051) .040.002 (1.016.051) .050.002 (1.270.051) Thickness Min/Max .0045/.012 (.114/.035) (B) Border .002+.002,-.001 (.051+.051,-.025) Cap (pF) Cap (pF) Cap (pF) Dielectric k Min Max Tol* Min Max Tol* Min Max Tol A 14 0.4 0.6 A 0.5 0.9 B 0.8 1.3 B A 31 0.8 1.5 C 1.1 2 C 1.8 3 C A 60 1.6 3 C 2.2 3.9 C 3.6 6.2 D 4 200 5.1 9.1 K 6.8 13 K 11 20 K 7 420 9.1 16 K 12 22 K 20 36 K Y 650 18 30 K 22 39 K 36 62 K C 1100 30 51 K 39 68 K 62 110 K C 2000 51 91 K 68 120 K 110 200 K C 4200 120 200 K 160 270 K 270 430 K Note: Tol* - Letter indicates tightest available HOW TO ORDER GH 16 5 A 6R8 K N 6N Type Code Case Working Dielectric Capacitance Capacitance Termination Packaging Code Voltage Code Value Tolerance Code Code GH = w/o borders 5 = 50WVDC A = NP0* EIA Cap Code in pF A = 0.05pF N = Ti/W-Ni-Au 6N = Antistatic GB = w/ borders B = 0.1pF 1 = 100WVDC 4 = TC Au (100-in min) Waffle Pack First two digits = C = 0.25pF 7 = TC over significant figures or D = 0.5pF Y = TC Ni (1500 nom) R for decimal place. G = 2% C = X7R over Third digit = number J = 5% Ti/W (500 nom) of zeros or after R K = 10% significant figures. M = 20% NOTE: A Dielectric is not RoHS Compliant 10