Electronics Component

Passives; Capacitor; Aluminum Electrolytic; Hybrid Construction; SMT


NSPE-TS series

+125℃ SMT Hybrid Construction Aluminum Electrolytic Capacitors

NIC Components Corp. is pleased to announce the release of the NSPE-TS product series of surface mount SMT aluminum electrolytic capacitors utilizing advanced hybrid construction, combining conductive polymer with liquid electrolyte, resulting in low ESR, high ripple current ratings (up to 3.9Arms), selfhealing characteristics, and stable performance over -55℃ to +125℃ operating temperature range. NSPETS series supports downsized circuit designs using smaller or fewer components, covers 100uF to 1000uF capacitance range in 6.3vdc and 10Vdc ratings, and is an alternate – upgrade to the legacy NSPE-S product series (NRNDEOL).

The NSPE-TS series is load life rated at +125℃ (2000 hours) and +105℃ (5000 hours) and supports low voltage high current power applications requiring stability at low operating temperatures, such as automotive, industrial controls, enterprise, networking, and communication infrastructure equipment. NSPE-TS meets the requirements of AEC-Q200, including extended bias humidity testing; +85℃, 85% RH testing for up to 2000 hours. The SMT construction is halogen-free, RoHS & REACH compliant, and compatible with +260°C peak Pb-free reflow soldering processes. Evaluation samples are available upon request. Please contact NIC today to review your requirements.


  •  Ultra-Low ESR and High Ripple Current Performance
  •  Downsize your circuit (smaller or fewer components)
  •  Advantages: Self-healing and No Voltage Derating
  • Ultra-stable over Temperature & Long lifetime
  •  Meets the requirements of AEC-Q200
  • Strong Moisture Resistance
  •  Available with Wide Anti-Vibration Terminations


  •  DC-DC Converters
  •  Point of Load Regulators
  •  High-Reliability
  •  Enterprise-Level
  •  Cellular Infrastructure
  •  Industrial Controls
  •  RF Communications

PDF Specification:


Click to comment

Leave a Reply

Your email address will not be published. Required fields are marked *

To Top