ATC 100 B Series Porcelain Superchip Multilayer Capacitors

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Derick Crawford
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1 AC 00 Series Porcelain Superchip Multilayer Capacitors Case Size Capacitance Range (.0" x.0") 0. pf to 000 pf High Q Ultra-Stable Performance ow ESR/ES High Self-Resonance ow Noise Established Reliability (QP) Available with Encapsulation Option* AC, the industry leader, offers new improved ESR/ES performance for the 00 Series RF/Microwave Capacitors. his Series is now available with extended operating temperatures up to 75 C. High Density porcelain construction provides a rugged, hermetic package. AC offers an encapsulation option for applications requiring extended protection against arc-over and corona. ypical functional applications: ypass, Coupling, uning, Feedback, Impedance Matching and DC locking. ypical circuit applications: UHF/Microwave RF Power Amplifiers, Mixers, Oscillators, ow Noise Amplifiers, Filter Networks, iming Circuits and Delay ines. *For leaded styles only. ENVIRONMENA ESS AC 00 Series Capacitors are designed and manufactured to meet and exceed the requirements of EIA-98, MI-PRF-5568 and MI-PRF-23. HERMA SHOCK: MI-SD-202, Method 07, Condition A. MOISURE RESISANCE: MI-SD-202, Method 06. O VOAGE HUMIDIY: MI-SD-202, Method 03, Condition A, with.5 Volts DC applied while subjected to an environment of 85 C with 85% relative humidity for 240 hours min. IFE ES: MI-SD-202, Method 08, for 2000 hours, at 25 C. 200% VDC applied. EECRICA AND MECHANICA SPECIFICAIONS QUAIY FACOR (Q): greater than 0,000 at MHz. EMPERAURE COEFFICIEN OF CAPACIANCE (CC): +90 ±20 PPM/ C (-55 C to +25 C) +90 ±30 PPM/ C (+25 C to +75 C) INSUAION RESISANCE (IR): 0. pf to 470 pf: 0 6 Megohms +25 C at rated VDC. 0 5 Megohms +25 C at rated VDC. 50 pf to 000 pf: 0 5 Megohms +25 C at rated VDC. 0 4 Megohms +25 C at rated VDC. IR above +25 C is derated by one order of magnitude. ORKING VOAGE (VDC): See Capacitance Values able, page 2. DIEECRIC IHSANDING VOAGE (DV): Case : 250% of rated VDC for 5 secs. RERACE: ess than ±(0.02% or 0.02 pf), whichever is greater. AGING EFFECS: None PIEZOEECRIC EFFECS: None (No capacitance variation with voltage or pressure). CAPACIANCE DRIF: ±(0.02% or 0.02 pf), whichever is greater. OPERAING EMPERAURE RANGE: 0. to 330 pf: from -55 C to +75 C 360 to 000 pf: from -55 C to +25 C (No derating of working voltage). ERMINAION SYES: Available in various surface mount and leaded styles. See Mechanical Configurations, page 3. ERMINA SRENGH: erminations for chips and pellets withstand a pull of 5 lbs. min., 5 lbs. typical, for 5 seconds in direction perpendicular to the termination surface of the capacitor. est per MI-SD-202, method 2. AC # Rev. I 6/06

2 AC 00 Capacitance Values CAP. CAP. RAED CAP. CAP. RAED CAP. CAP. RAED CAP. CAP. RAED CODE (pf) O. VDC CODE (pf) O. VDC CODE (pf) O. VDC CODE (pf) O. VDC 0R 0. 2R R R R R , C 0R R R R6 3.6, C, R R9 3.9 D R R R R R R R0.0 5R F, G, R R J, K, R2.2 6R M R3.3, C, 7R5 7.5, C, J, R4.4 D 8R2 8.2 K, M R5.5 9R R R R F, G, J, R K, M 2R R R VRMS = X VDC SPECIA VAUES, OERANCES, HIGHER VDC AND MACHING AVAIAE. ENCAPSUAION OPION AVAIAE. PEASE CONSU FACORY. F, G, J, K, M AC PAR NUMER CODE AC J 500 X C Series Case Size Capacitance Code: First 2 significant digits for capacitance. R=Decimal Point Indicates number of zeros following digits of capacitance in picofarads except for decimal values. Capacitance olerance CAPACIANCE OERANCE Code C D F G J K M ol. ±0. pf ±0.25 pf ±0.5 pf ±% ±2% ±5% ±0% ±20% Packaging - ape and Reel, 000 pc. qty., 7" Reel std.* V - Vertical Orientation of Product, ape and Reel, 000 pc. qty., 7" Reel std.* C - AC Cap-Pac, 00 pc. qty. std.* - ulk Packaging (packed in plastic bags) I - Special Packaging. Consult Factory. *Consult AC for other quantities aser Marking VDC ermination Code he above part number refers to a 00 Series (case size ) 9 pf capacitor, J tolerance (±5%), 500 VDC, with termination (in /ead, Solder Plated over Nickel arrier), laser marking and AC Cap-Pac packaging. AC accepts orders for our parts using designations with or without the AC prefix. oth methods of defining the part number are equivalent, i.e., part numbers referenced with the AC prefix are interchangeable to parts referenced without the AC prefix. Customers are free to use either in specifying or procuring parts from American echnical Ceramics. For additional information and catalogs contact your AC representative or call direct at (63) Consult factory for additional performance data. 2 A M E R I C A N E C H N I C A C E R A M I C S AC Europe sales@atceramics-europe.com AC North America sales@atceramics.com AC Asia sales@atceramics-asia.com

3 AC 00 Capacitors: Mechanical Configurations AC SERIES & CASE SIZE AC ERM. CODE MI-PRF CASE SIZE & YPE OUINES / IS A ERMINAION SURFACE ENGH () ODY DIMENSIONS INCHES (mm) IDH () HICKNESS () OVERAP (Y) ead and ermination Dimensions and Materials MAERIAS Y.0 00 CDR4G Solder Plate ) in /ead, Solder Plated over Nickel arrier ermination 00 P CDR4G Pellet 00 N/A Y ) Y.0 Solderable Nickel arrier ).02 (2.59).05 (0.38) ±.00 (0.25) Heavy in/ead Coated, over Nickel arrier ermination RoHS Compliant in Plated over Nickel arrier ermination Y.0 00 CA CDR3G Gold Chip ) RoHS Compliant Gold Plated over Nickel arrier ermination 00 MS CDR2G Microstrip.20 (3.05) ength ( ) idth ( ) hickness ( ) 00 AR CDR22G Axial Ribbon.35 ±.05 (3.43 ±0.38).250 (6.35) min..093 ±.005 (2.36 ±0.3).004 ±.00 (.02 ±.025) 00 RR CDR24G Radial Ribbon.02 (2.59) N/A 00 R CDR23G Radial ire.45 ±.020 (3.68 ±0.5).500 (2.7) min. #26 AG.,.06 (.406) dia. nominal 00 A CDR25G Axial ire Additional lead styles available: Narrow Microstrip (NM), Narrow Axial Ribbon (NA) and Vertical Narrow Microstrip (H). Other lead lengths are available; consult factory. All leads are high purity silver attached with high temperature solder and are RoHS compliant. For a complete military catalog, request American echnical Ceramics document AC A M E R I C A N E C H N I C A C E R A M I C S AC Europe sales@atceramics-europe.com AC North America sales@atceramics.com AC Asia sales@atceramics-asia.com

4 AC SERIES & CASE SIZE AC 00 netic Capacitors: Mechanical Configurations AC ERM. CODE MI-PRF CASE SIZE & YPE OUINES / IS A ERMINAION SURFACE ENGH () ODY DIMENSIONS INCHES (mm) IDH () HICKNESS () EAD AND ERMINAION DIMENSIONS AND MAERIAS OVERAP (Y) MAERIAS 00 N Solder Plate Y ) in /ead, Solder Plated over Nickel arrier ermination 00 PN Y Pellet ).02 (2.59).05 (0.38) ±.00 (0.25) Heavy in/ead Coated, over Nickel arrier ermination 00 N Y.0 Solderable Nickel arrier ) RoHS Compliant in Plated over Nickel arrier ermination 00 MN Microstrip.20 (3.05) ength ( ) idth ( ) hickness ( ) 00 AN Axial Ribbon 35 ±.05 (3.43 ±0.38).250 (6.35) min..093 ±.005 (2.36 ±0.3).004 ±.00 (.02 ±.025) FN RN N Radial Ribbon Radial ire Axial ire.45 ±.020 (3.68 ±0.5).02 (2.59) N/A.500 (2.7) min. #26 AG.,.06 (.406) dia. nominal Additional lead styles available: Narrow Microstrip (NM), Narrow Axial Ribbon (NA) and Vertical Narrow Microstrip (H). Other lead lengths are available; consult factory. All leads are high purity silver attached with high temperature solder and are RoHS compliant. 90J Horizontal Electrode Orientation Suggested Mounting Pad Dimensions 90J Vertical Electrode Orientation Case Vertical Mount Cap Value Pad Size A Min. Min. C Min. D Min. 0. pf Normal High Density pf Normal High Density to 50 pf Normal High Density > 50 pf Normal High Density A D C All values Horizontal Mount Normal High Density A M E R I C A N E C H N I C A C E R A M I C S AC Europe sales@atceramics-europe.com AC North America sales@atceramics.com AC Asia sales@atceramics-asia.com

5 AC 00 Performance Data ESR VS. CAPACIANCE AC SERIES 00, CASE, Q VS. CAPACIANCE AC SERIES 00, CASE 0000 ESR (Ohms) MHz Q MHz (ypical) CAPACIANCE (pf) (.0 pf to 5 pf) 0 (ypical) 0 00 CAPACIANCE (pf) (.0 pf to 5 pf) ESR VS. CAPACIANCE AC SERIES 00, CASE 000 Q VS. CAPACIANCE AC SERIES 00, CASE ESR (Ohms) MHz Q 00 (ypical) CAPACIANCE (pf) (56 pf to 000 pf) 000 MHz (ypical) CAPACIANCE (pf) (56 pf to 000 pf) 5 A M E R I C A N E C H N I C A C E R A M I C S AC Europe sales@atceramics-europe.com AC North America sales@atceramics.com AC Asia sales@atceramics-asia.com

6 AC 00 Performance Data FREQUENCY (GHz) 00 0 SERIES RESONANCE VS. CAPACIANCE AC SERIES 00, CASE % CHANGE IN CAPACIANCE CAPACIANCE CHANGE VS. EMPERAURE AC SERIES 00,, CASE C= +90 ± 20 PPM/ C (-55 C to +25 C) C= +90 ± 30 PPM/ C (+25 C to +75 C) 0. (ypical) CAPACIANCE (pf) EMPERAURE (Degrees C) RMS CURREN (Amps) 00 0 CURREN RAING VS. CAPACIANCE AC SERIES 00,, CASE he current rating is based on a 65 C mounting surface and a device thermal resistance ( ) of 20 C/. A power dissipation of 3 will result in a case temperature of 25 C. 000 MHz 30 MHz Dotted line = Power dissipation limited Solid line = Voltage limited (Vrms) CAPACIANCE (pf) (0. pf to 5 pf) RMS CURREN (Amps) 00 0 CURREN RAING VS. CAPACIANCE AC SERIES 00, CASE he current rating is based on a 65 C mounting surface and a device thermal resistance ( ) of 20 C/. A power dissipation of 3 will result in a case temperature of 25 C. 000 MHz 30 MHz Dotted line = Power dissipation limited Solid line = Voltage limited (Vrms) CAPACIANCE (pf) (56 pf to 000 pf) Sales of AC products are subject to the terms and conditions contained in American echnical Ceramics Corp. erms and Conditions of Sale (AC document # Rev. A 0/03). Copies of these terms and conditions will be provided upon request. hey may also be viewed on AC's website at Click on the link for erms and Conditions of Sale. AC has made every effort to have this information as accurate as possible. However, no responsibility is assumed by AC for its use, nor for any infringements of rights of third parties which may result from its use. AC reserves the right to revise the content or modify its product without prior notice. 996 American echnical Ceramics Corp. All Rights Reserved AC # Rev. I 6/06

ATC 100 B Series Porcelain Superchip Multilayer Capacitors

ATC 100 B Series Porcelain Superchip Multilayer Capacitors AC 00 Series Porcelain Superchip Multilayer Capacitors Case Size Capacitance Range (" x ") 0. pf to 000 pf High Q Ultra-Stable Performance ow ESR/ES High Self-Resonance ow Noise Established Reliability