P62BN820MA2636T

Opti-Cap ® Ultra Broadband DC Blocking Features l X7R temperature and voltage stability l Resonance free DC blocking to >40GHz l SMT by solder or epoxy bonding l Low frequency stability over temperature l Very low series inductance l 0201, 0402 and 0602 footprints Functional applications l Test Equipment, Photonics, SONET, TOSA/ROSA, High Speed Data l Broadband Microwave/Millimeter Wave l Transimpedance Amplifiers Specification Electrical Temperature Coefficient of Capacitance X5R: -55°C to +85°C (TCC ± 15%) X7R: -55°C to +125°C (TCC ± 15%) Insertion Loss Capacitance Range 1.5nF to 220nF Maximum Assembly Process Temperature 0.2 250ºC 0 Milli-Cap®: GHz Range Magnitude (dB) -0.2 -0.4 Multilayer Capacitor: KHz–MHz Range -0.6 -0.6 P21BN300MA03976 -1 P42BN820MA03152 P62BN820MA02636 -1.2 0 5 10 15 20 25 30 35 40 Frequency (GHz) Electrical characteristics - Opti-Capº Part Number Capacitance Voltage Rating DF (Max) IR (Min) 3.5% >102 MΩ 3.5% >102 MΩ 3.5% >102 MΩ X7R 3.5% >102 MΩ 10V X5R 3.5% >102 MΩ 82pF 50V X7R 3.5% >102 MΩ 82pF 25V X7R 3.5% >102 MΩ MLC Milli-Cap® P21BN300MA04733 100nF 30pF P21BN300MA04282 22nF 30pF P21BN300MA03976 10nF 30pF P21BN300MA04678 1.5nF 30pF 25V P42BN820MA03152 220nF 82pF P42BN820MA04679 22nF P62BN820MA02636 100nF 10V TCC X5R Frequency Range www.dilabs.com 16KHz >40GHz North America Knowles (Cazenovia) Phone: +1 315 655 8710 DLISales@knowles.com Europe Knowles (UK) Ltd Phone: +44 1603 723300 SyferSales@knowles.com Far East Knowles Capacitors Phone: +86 512 62588258-6243 KCAsiaSales@knowles.com 10104/17/v4 Dimensional specifications - Opti-Capº Case size Milli-Capº MLC Length Width Thickness Length Width Thickness P21 (0201) 0.020” ± 0.004” 0.012” ± 0.002” 0.010” ± 0.002” 0.022 ± 0.002” 0.010 ± 0.001” 0.010 ± 0.002” P42 (0402) 0.038” ± 0.004” 0.020” ± 0.002” 0.020” ± 0.002” 0.040 ± 0.002” 0.020 ± 0.002” 0.020 ± 0.002” P62 (0602) 0.058” ± 0.004” 0.020” ± 0.002” 0.020” ± 0.002” 0.067 ± 0.004” 0.031 ± 0.004” 0.031 ± 0.005” Attachment Methods - Opti-Capº Recommended attachment to soft or hard substrate using Conductive Epoxy 1. Place a single drop of conductive epoxy onto each micro strip as illustrated; the edge of the epoxy shall be at least .003”- .004” back from the edge of the trace to prevent filling the gap with epoxy. 2. Centering the termination gap of the capacitor within the gap in the micro strip, press with careful, even pressure onto the micro strip ensuring the terminations make good contact with the epoxy drops. 3. Cure according to the epoxy manufacturer’s preferred schedule, typically 125°C to 150°C max. 4. After curing, inspect joint for epoxy shorts across the termination and micro strip gaps that would cause a short across the cap. Isopropanol and Methanol are both safe to use to pre clean Opti-Caps®. Isopropanol, and Methanol are not to be used after mounting with conductive epoxy as they act as a solvent! Recommended attachment to soft or hard substrate using Solder 4. After the reflow step is completed, inspect joint for voids or excess flux and non-reflowed solder balls that can degrade performance or cause shorts across the gaps. Proper cleaning after the reflow process is crucial to avoiding performance degradation and discovering poor solder joints. Isopropanol and Methanol are both safe to use with soldered Opti-Caps®. © Copyright: Knowles Corporation 2017 - Design: www.panpublicity.co.uk 1. Place a single drop of solder paste onto each micro strip as illustrated; the edge of the solder shall be at least .001”- .002” back from the edge of the trace to prevent filling the gap with solder. 2. Centering the termination gap of the capacitor within the gap in the micro strip, press with careful, even pressure onto the micro strip ensuring the terminations make good contact with the drops of solder paste. 3. Reflow according to the solder manufacturer’s preferred profile, ensuring the reflow temperature does not exceed 250°C. 10104/17/v4