Key Value Proposition
CF-PP140
A new range of High Temperature Polypropylene Film Capacitors (140°C)
To address the growing demand for compact, high-energy solutions capable of operating at elevated temperatures in mission-critical environments, Exxelia has developed a brand-new range of polypropylene film capacitors:
the CF-PP140 series.
High Performance: A comprehensive range of standard components engineered for applications requiring high energy density.
Compact Design: Maximum energy efficiency delivered in a reduced, space-saving footprint.
Extreme Reliability: Built to perform flawlessly under elevated temperatures and harsh environmental conditions.
CF-PP140
Custom example
Exxelia’s Next-Generation Capacitor Solutions
Technical features:
Technical features:- Capacitance and Tolerance: The value ranges from 0.8µF to 210µF, with a precision margin of either 5% or 10%.
- Voltage and Temperature: Built to operate between 450V and 1500V, it safely withstands environments of 140°C and above. vs Standard PP up to 105°C
- Material Properties: It features a relative permittivity of 2.2 and includes built-in self-healing capabilities.
- Implied Performance: The design ensures optimal ESR efficiency alongside high resistance to moisture.
- Pin spacing of: 27.5 mm / 37.5 mm
- Self-Healing Technology: Features advanced SH (Self-Healing) properties that clear localized insulation breakdowns, ensuring continuous operation and extended service life.
- SMD and DIL connection on request
Download CF-PP140 datasheet
+30 %
energy density
vs competition
Up to
250 J/LHigh Energy Density
Infinite customization possibilities
Integration of busbar
Short Lead Time
and also “Power Block” capacitors
Exxelia offers a higher level of integration by combining a CF-PP140 and busbar from Exxelia SVM into fully customized “Power Block” capacitors.
These tailored blocks can meet customers' specific size and electrical performance requirements, even in the most extreme applications.
Exxelia’s CF-PP140 (PP-HT) range is redefining the standard
CF-PP140(PP-HT) based on high-temperature polypropylene, is positioned between standard polypropylene and high-temperature polymers. It extends PP operation up to 140 °C while maintaining a high energy density (up to 250 J/L).
Compared with PET or PPS, CF-PP140 offers higher energy density at elevated temperatures, and compared with PEI or PTFE, it provides a more compact solution with significantly better volumetric efficiency. This balance makes CF-PP140 suitable for space and temperature-constrained power electronics applications.
Compared with PET or PPS, CF-PP140 offers higher energy density at elevated temperatures, and compared with PEI or PTFE, it provides a more compact solution with significantly better volumetric efficiency. This balance makes CF-PP140 suitable for space and temperature-constrained power electronics applications.
Applications
Vertical Take-Off and Landing
Unmanned Air Vehicles
Civil Aircraft
