Hybrid Construction Aluminum Electrolytic Capacitors NSPE-HF series Hybrid construction SMT aluminum electrolytic capacitors, features increased capacitance per case size NIC Components is pleased to announce the addition of NSPE-HF series, of surface mount aluminum electrolytic capacitors, to its growing family of hybrid construction capacitors. Hybrid capacitors incorporate the best elements of both solid polymer and liquid electrolyte construction to provide ultra-low ESR, high ripple current ratings, with low leakage current and superior stability over voltage and temperature. NSPE-HF series is AEC-Q200 qualified for use in automotive applications, and is ideal for use as alternates to solid polymer, or MLCCs type capacitors in DC-DC, POL and other power management applications where high voltage and stability are required An advantage of NSPE-HF series is use of improved aluminum foil technology resulting in higher capacitance values, and reduced case sizes, with lifetime rating of 5,000 hours at +105degC (option for 10,000 hour rating; please contact NIC). The NSPE-HF series is rated for use over -55degC to +105degC, in capacitance values from 10uF to 470uF with ±20% (M) tolerance, and voltage ratings from 25VDC to 80VDC. The liquid electrolyte, used within NSPE-HF series, has the advantages of high surge voltage resistance, self-healing and open mode wear-out, as compared to solid construction tantalum and solid polymer type aluminum electrolytic capacitors Supplied in 6.3mm x 6.1mm to 10mm x 12.5mm case sizes (DØ x H), NSPE-HF series is compatible with Pb-free reflow soldering up to +260degC. Both RoHS and REACH compliant, NSPE-HF has unit pricing from $0.27 to $0.59, with lead times from 8 to 10 weeks. www.niccomp.com/catalog/nspe-hf.pdf www.niccomp.com/series/nspe-hf Page 1

Hybrid Construction Aluminum Electrolytic Capacitors NSPE-TF series +125C degC rated hybrid construction SMT aluminum electrolytic capacitors, features increased capacitance per case size NIC Components is pleased to announce the addition of NSPE-TF series, of surface mount aluminum electrolytic capacitors, to its growing family of hybrid construction capacitors. Hybrid capacitors incorporate the best elements of both solid polymer and liquid electrolyte construction to provide ultra-low ESR, high ripple current ratings, with low leakage current and superior stability over voltage and temperature. NSPE-TF series is AEC-Q200 qualified, for use in automotive applications, and is ideal for higher temperature harsh operating environments, where high voltage and stability are required.   NSPE-TF series utilizes improved aluminum foil technology, resulting in higher capacitance values, and reduced case sizes, with long lifetime rating of 4,000 hours at +125degC. The NSPE-TF series is rated for use over -55degC to +125degC, in capacitance values from 10uF to 470uF with ±20% (M) tolerance, and voltage ratings from 25VDC to 80VDC. The liquid electrolyte, used within NSPE-TF series, has the advantages of high surge voltage resistance, self-healing and open mode wear-out, as compared to solid construction tantalum and solid polymer type aluminum electrolytic capacitors. Supplied in 6.3mm x 6.1mm to 10mm x 12.5mm case sizes (DØ x H), NSPE-TF series is compatible with Pb-free reflow soldering up to +260degC. Both RoHS and REACH compliant, NSPE-TF has unit pricing from $0.32 to $0.65, with lead times from 8 to 10 weeks. www.niccomp.com/catalog/nspe-tf.pdf www.niccomp.com/series/nspe-tf Page 2

Summary – Hybrid Construction Aluminum Electrolytic Capacitor Substitutions Characteristics Substitute Reference Voltage Rating VDC Current Rating RCR Lifetime (Load Life) Rating Capacitance Value Higher voltage and current rating can be substituted for lower rating Longer lifetime rating, can be substituted for lower (shorter) lifetime rating Higher Capacitance value is general accepted as upgrade substitute in most applications Equivalent Series Resistance ESR Dissipation Factor DF Leakage Current LC Lower ESR, DF, and LC ratings can be substituted for higher rating Temperature Range (-_°C  +_°C) Wider operating temperature range ratings can be substituted for narrower temperature range. Tolerance (%) A tighter tolerance be substituted for wider tolerance Higher or Longer Lower Wider Tighter Page 3

Hybrid Construction Capacitors High capacitance series Upper Temp Rating Voltage Rating Cap Ripple Current Rating NSPE-TF 125℃ 80VDC 270uF 2.00 A NSPE-HF 105℃ 2.50 A In MP Series Upper Temp Rating Voltage Rating Cap Ripple Current Rating NSPE-Y 135℃ 63VDC 150uF 1.18 A NSPE- T 125℃ 125VDC 1.48 A NSPE-H 105℃ 2.47 A Higher Ripple Higher Capacitance UPGRADE Upgrade Roadmap –  July 2016: Upgraded life spec of NSPE-HF from 5000 hours to 10,000 hours @+105C Page 4

Hybrid Construction Capacitors NSPE-HF: -55 ~ +105C / 5000 hrs & 10,000 hrs* ( *- Contact NIC for 10KHrs support) High unit capacitance of anode foil is enabled by improvement of etching technology 35VDC in 10x12.8 / 10x12.5 sizes NSPE-HZ has 220uF … NSPE-HF has 330uF 25VDC in 10x12.8 / 10x12.5 sizes NSPE-HZ has 330uF … NSPE-HF has 470uF Page 5

Hybrid Construction Capacitors NSPE-TF: -55 ~ +125C / 4000 hrs High unit capacitance of anode foil is enabled by improvement of etching technology 35VDC in 10x12.8 / 10x12.5 sizes NSPE-TZ has 220uF … NSPE-TF has 330uF 25VDC in 10x12.8 / 10x12.5 sizes NSPE-TZ has 330uF … NSPE-TF has 470uF Page 6

Hybrid Construction Capacitors Comparison: Reduce Number of Components -55  +125C Ratings / NSPE-T_ Requirement Previous Solution  New Solution 1000uF 25VDC 3 x 330uF PN: NSPE-TZ331M25V10x12.8_F 2 x 470uF PN: NSPE-TF471M25V10x12.5_F 660uF 35VDC 3 x 220uF PN: NSPE-TZ221M35V10x12.8_F 2 x 330uF PN: NSPE-TF331M35V10x12.5_F 300uF 3 x 100uF PN: NSPE-TZ101M35V8x10.5_F 2 x 150uF PN: NSPE-TF151M35V8x10.5_F -55  +105C Ratings / NSPE-H_ Requirement Previous Solution  New Solution 1000uF 25VDC 3 x 330uF PN: NSPE-HZ331M25V10x12.8_F 2 x 470uF PN: NSPE-HF471M25V10x12.5_F 660uF 35VDC 3 x 220uF PN: NSPE-HZ221M35V10x12.8_F 2 x 330uF PN: NSPE-HF331M35V10x12.5_F 300uF 3 x 100uF PN: NSPE-HZ101M35V8x10.5_F 2 x 150uF PN: NSPE-HF151M35V8x10.5_F Page 7

Hybrid Construction Capacitors Maximum Capacitance by Case Size 25VDC / +125℃ 35VDC / +125℃　 Size NSPE-T　 NSPE-TF　 Φ6.3×6.0 25V- 47uF 25V- 56uF Φ6.3×7.7 25V- 68uF 25V- 100uF Φ8×10.5 25V- 150uF 25V- 220uF Φ10×10.5 25V- 270uF 25V- 330uF Φ10×12.5 25V- 470uF Size NSPE-T　 NSPE-TF　 Φ6.3×6.0 35V- 27uF 35V- 47uF Φ6.3×7.7 35V- 68uF Φ8×10.5 35V- 100uF 35V- 150uF Φ10×10.5 35V- 270uF Φ10×12.5 35V- 220uF 35V- 330uF Higher Capacitance Higher Capacitance Page 8 8

Hybrid Construction Capacitors Maximum Capacitance by Case Size 63VDC / +125℃ Size NSPE-T　 NSPE-TF　 Φ6.3×6.0 63V- 6.8uF 63V- 10uF Φ6.3×7.7 63V- 15uF Φ8×10.5 63V- 33uF Φ10×10.5 63V- 47uF 63V- 56uF Φ10×12.5 63V- 68uF Higher VDC Applications: Automotive 48VDC Power Systems 48 VDC Power over Ethernet Vehicle Communication Radios 48VDC Backplanes High VDC Drivers for Displays Higher Capacitance Page 9 9

Hybrid Construction Capacitors Upgrade NSPE-H /-HZ  NSPE-HF NSPE-T /-TZ  NSPE-TF NSPE-HF & NSPE-TF series Hybrid construction SMT aluminum electrolytic capacitors, features increased capacitance per case size FEATURES & ADVANTAGES: Higher capacitance per case size Reduced case size; PCB layout and unit cost savings Stable ESR & Z over Temperature Low ESR & High Ripple Current ratings Reduce the number of components used Reduce PCB size - costs and component placement costs Low leakage current, upgrade over solid polymer type Circuit Applications: Output capacitor DC-DC Ripple (noise) Filtering Bulk Storage Load Stepping & Point of Load (POL) End Products Automotive Mobile Communications Embedded Computing Industrial Controls Outdoor Video, Lighting & Displays Co-sell with NIC Products: NPIM_A – Auto Grade SMT Metal Composite Power Inductors NRCA / NTRA– Auto Grade Thick Film & Thin Film Resistors NMC-A – Auto Grade NPO & X7R MLCCs  Cross the below competitor PNs Competitor Product Series CDE Cornell Dubilier HZA HZC Nichicon Due May 2016 Panasonic EEH-ZA EEH-ZC Nippon Chemi-Con & United Chemi-Con HHXA, HHXB HHXC Page 10 10

Hybrid Construction Capacitors NIC has broad offering in Performance Passives Additional Information Needed? Need Samples? Technical Support: tpmg@niccompcom Sales Support: sales@niccomp.com European Engineering Support North America Engineering Support SE Asia Engineering Support Page 11