HSSC - High Stability Silicon Capacitor 1005 / 0201 / 0402 / 0603 / 0805 / 1206 / 1812
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1 HSSC - High Stability Silicon Capacitor / 2 / 42 / 63 / 85 / 26 / 82 Rev. Key features Ultra high stability : Temperature <±.5% (-55 C to + C) <. %/V Negligible aging <.% /hours Unique high capacitance in EIA/ package, up to.5 nf High reliability (FIT <.7 parts / billion hours) Low leakage current down to pa Low ESL and Low ESR Suitable with lead free reflow-soldering Key applications All demanding applications, such as medical, aerospace, automotive industry High stability applications Decoupling / Filtering / Charge pump (i.e.: Pacemakers / defibrillators) Devices with battery operations Replacement of and NP Downsizing Please refer to our Assembly Note for further recommendations Thanks to the unique IPDiA Silicon capacitor technology, most of the problems encountered in demanding applications can be solved. High Stability Silicon Capacitors are dedicated to applications where stability is the main parameter. The HSSC avoid the need to over the capacitor value for sensitive capacitive circuitry and offer a higher DC voltage stability. This technology provides industry leading performances relative to the capacitor stability over the full operating voltage & temperature range. The very high and stable insulation resistance of silicon capacitors can enhance up to 3 % the battery lifetime in mobile applications. The IPDiA technology features a capacitor integration capability (up to 25nF/mm ² ) which allows a smaller case than existing solutions to answer high volume constraints. This technology also offers high reliability, up to times better than alternative capacitor technologies, such as Tantalum or MLCC, and eliminates cracking phenomena. This Silicon based technology is RoHS compliant and compatible with lead free reflow soldering process.
2 HSSC4.xxx - pf pf. nf nf.5 nf: IPDIA Sales IPDIA Sales (*) Thinner thickness (as low as µm thick) available, see Low Profile Silicon Capacitor product: LPSC (**) Extended temperature range (up to +25 C) available, see Xtreme Temperature Silicon Capacitor product: XTSC Capacitance range.5 nf (***) Operating temperature range -55 C to C (**) Storage temperatures - 7 C to 65 C <±.5 %, from -55 C to + C voltage (BV) VDC (***). % /V (from V to ) Equivalent Serial Inductor (ESL) Max ph Equivalent Serial Resistor (ESR) Max 2mΩ (***) GΩ 3V, from -55 C to+ C Negligible, <. % / h FIT<.7 parts / billion hours, Capacitor height Max 4 µm (*) vs. MLCC capacitors 2 CG MLCC capacitors vs. - CG CG(NPO) vs. CG,9,8,7,6,5,4,3,2, Fig. Capacitance change versus temperature B.2 S. U xx i.e.:.5 nf/ case (HSSC type) and Outline 4 = V 2 = = f =. p 3 = p 4 =. n 5 = n 6 = n 7 =. µ 9 = µ (E6) Typ. L.6±.2 W.4±.2 ( PCB footprint)
3 HSSC423.xxx - 2 pf pf. nf nf: nf (*) Thinner thickness (as low as µm thick) available, see Low Profile Silicon Capacitor product: LPSC (**) Extended temperature range (up to +25 C) available, see Xtreme Temperature Silicon Capacitor product: XTSC Capacitance range nf (***) Operating temperature range -55 C to C (**) Storage temperatures - 7 C to 65 C <±.5 %, from -55 C to + C voltage (BV), 3 V (***). % /V (from V to ) Equivalent Serial Inductor (ESL) Max ph Equivalent Serial Resistor (ESR) Max 4mΩ (***) GΩ 3V,from -55 C to + C Negligible, <. % / h FIT<.7 parts / billion hours, Capacitor height Max 4 µm (*) vs. MLCC capacitors Fig. Capacitance change versus temperature CG MLCC capacitors vs CG,9,8,7,6,5,4,3,2, 42 CG(NPO) vs. CG B.2 S. U xx i.e.: nf/2 case (HSSC type) and Outline 4 = V 7 = 3V 3 = 2 = f =. p 3 = p 4 =. n 5 = n 6 = n 7 =. µ 9 = µ (E6) Typ. 2 L.76±.3 W.56±.3 (2 PCB footprint)
4 HSSC424.xxx - 42 pf pf: pf: pf: pf: pf: pf: pf nf:.5 nf: 2.2 nf: 3.3 nf: 4.7 nf: 6.8 nf:. nf nf: nf: nf: nf: nf: nf IPDIA Sales nf: nf (*) Thinner thickness (as low as µm thick) available, see Low Profile Silicon Capacitor product: LPSC (**) Extended temperature range (up to +25 C) available, see Xtreme Temperature Silicon Capacitor product: XTSC Capacitance range pf to nf (***) Operating temperature range -55 C to C (**) Storage temperatures - 7 C to 65 C <±.5 %, from -55 C to + C voltage (BV), 3 V (***). % /V (from V to ) Equivalent Serial Inductor (ESL) Max ph Equivalent Serial Resistor (ESR) Max 4mΩ (***) GΩ 3V,from -55 C to + C Negligible, <. % / h FIT<.7 parts / billion hours, Capacitor height Max 4 µm (*) vs. MLCC capacitors Fig. Capacitance change versus temperature CG MLCC capacitors vs CG,9,8,7,6,5,4,3,2, 42 CG(NPO) vs. CG B.2 S. U xx i.e.: nf/42 case (HSSC type) and Outline 4 = V 7 = 3V 4 = 42 = f 5 = n =. p 3 = p 4 =. n 6 = n 7 =. µ 9 = µ (E6) Typ. 42 L.6±.5 W.66±.5 (42 PCB footprint)
5 HSSC425.xxx - 63 pf. nf nf nf: nf (*) Thinner thickness (as low as µm thick) available, see Low Profile Silicon Capacitor product: LPSC (**) Extended temperature range (up to +25 C) available, see Xtreme Temperature Silicon Capacitor product: XTSC Capacitance range nf (***) Operating temperature range -55 C to C (**) Storage temperatures - 7 C to 65 C <±.5 %, from -55 C to + C voltage (BV) VDC (***). % /V (from V to ) Equivalent Serial Inductor (ESL) Max 25 ph Equivalent Serial Resistor (ESR) Max 4mΩ (***) GΩ 3V, from -55 C to + C Negligible, <. % / h FIT<.7 parts / billion hours, Capacitor height Max 4 µm (*) vs. MLCC capacitors 2 CG MLCC capacitors vs. - CG CG(NPO) vs. CG,9,8,7,6,5,4,3,2, Fig. Capacitance change versus temperature B.2 S. U xx i.e.: nf/63 case (HSSC type) and Outline 4 = V 5 = 63 = f =. p 3 = p 4 =. n 5 = n 6 = n 7 =. µ 9 = µ (E6) Typ. 63 L.76±.5 W.6±.5 (63 PCB footprint)
6 HSSC426.xxx - 85 pf. nf nf: nf IPDIA Sales IPDIA Sales IPDIA Sales IPDIA Sales IPDIA Sales nf: nf (*) Thinner thickness (as low as µm thick) available, see Low Profile Silicon Capacitor product: LPSC (**) Extended temperature range (up to +25 C) available, see Xtreme Temperature Silicon Capacitor product: XTSC Capacitance range nf to nf (***) Operating temperature range -55 C to C (**) Storage temperatures - 7 C to 65 C <±.5 %, from -55 C to + C voltage (BV) VDC (***). % /V (from V to ) Equivalent Serial Inductor (ESL) Max 25 ph Equivalent Serial Resistor (ESR) Max 4mΩ (***) GΩ 3V from -55 C to +, C Negligible, <. % / h FIT<.7 parts / billion hours, Capacitor height Max 4 µm (*) vs. MLCC capacitors Fig. Capacitance change versus temperature CG MLCC capacitors vs CG,9,8,7,6,5,4,3,2, 42 CG(NPO) vs. CG B.2 S. U xx i.e.: nf/85 case (HSSC type) and Outline 4 = V 6 = 85 = f =. p 3 = p 4 =. n 5 = n 6 = n 7 =. µ 9 = µ Typ. 85 L 2.6±.5 W.36±.5 (85 PCB footprint)
7 HSSC427.xxx - 26 nf nf IPDIA Sales IPDIA Sales IPDIA Sales IPDIA Sales IPDIA Sales nf nf IPDIA Sales IPDIA Sales IPDIA Sales IPDIA Sales IPDIA Sales µf, µf µf (*) Thinner thickness (as low as µm thick) available, see Low Profile Silicon Capacitor product: LPSC (**) Extended temperature range (up to +25 C) available, see Xtreme Temperature Silicon Capacitor product: XTSC Capacitance range nf to µf (***) Operating temperature range -55 C to C (**) Storage temperatures - 7 C to 65 C <±.5 %, from -55 C to + C voltage (BV) VDC (***). % /V (from V to ) Equivalent Serial Inductor (ESL) Max nh Equivalent Serial Resistor (ESR) Max 5mΩ (***) GΩ 3V, from -55 C to + C Negligible, <. % / h FIT<.7 parts / billion hours, Capacitor height Max 4 µm (*) vs. MLCC capacitors 2 CG MLCC capacitors vs. - CG CG(NPO) vs. CG,9,8,7,6,5,4,3,2, Fig. Capacitance change versus temperature i.e.: µf/26 case (HSSC type) and Outline B.2 S. U xx 4 = V 7 = 26 = f =. p 3 = p 4 =. n 5 = n 6 = n 7 =. µ 9 = µ (E6) Typ. 26 L 3.36±.5 W.76±.5 (26 PCB footprint)
8 HSSC429.xxx - 82 nf nf, µf µf 3.3µF IPDIA Sales (*) Thinner thickness (as low as µm thick) available, see Low Profile Silicon Capacitor product: LPSC (**) Extended temperature range (up to +25 C) available, see Xtreme Temperature Silicon Capacitor product: XTSC Capacitance range µf to 3.3µF (***) Operating temperature range -55 C to C (**) Storage temperatures - 7 C to 65 C <±.5 %, from -55 C to + C voltage (BV) VDC (***). % /V (from V to ) Equivalent Serial Inductor (ESL) Max nh Equivalent Serial Resistor (ESR) Max 5mΩ (***) GΩ 3V, from -55 C to + C Negligible, <. % / h FIT<.7 parts / billion hours, Capacitor height Max 4 µm (*) vs. MLCC capacitors 2 CG MLCC capacitors vs. - CG CG(NPO) vs. CG,9,8,7,6,5,4,3,2, Fig. Capacitance change versus temperature B.2 S. U xx i.e.: 3.3 µf/82 case (HSSC type) = V 9 = 82 = f =. p 3 = p 4 =. n 5 = n 6 = n 7 =. µ 9 = µ and Outline Typ. 82 L 4.66±.5 W 3.56±.5 (82 PCB footprint) Reproduction in whole or in part is prohibited without the prior written consent of the copyright owner. The information presented in this document does not form part of any quotation or contract, is believed to be accurate and reliable and may be changed without notice. No liability will be accepted by the publisher for any consequence of its use. Publication thereof does not convey nor imply any license under patent- or other industrial or intellectual property rights. For more information, please visit: To contact us, to: sales@ipdia.com Date of release: 4//2 Document identifier:
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Important notice Dear Customer, On 7 February 2017 the former NXP Standard Product business became a new company with the tradename Nexperia. Nexperia is an industry leading supplier of Discrete, Logic
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In data sheets and application notes which still contain NXP or Philips Semiconductors references, use the references to Nexperia, as shown below.
Important notice Dear Customer, On 7 February 2017 the former NXP Standard Product business became a new company with the tradename Nexperia. Nexperia is an industry leading supplier of Discrete, Logic
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In data sheets and application notes which still contain NXP or Philips Semiconductors references, use the references to Nexperia, as shown below.
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