Overview
The M39018/01-0689 is a military-grade aluminum electrolytic capacitor from the M39018 series. Rated at 5.6µF capacitance with 225VDC working voltage and 300VDC surge voltage, this two-terminal axial-lead capacitor is designed for demanding applications in industrial control, aerospace, and defense electronics where reliability and performance stability are critical.
Key Features
- Military specification (M39018 series) ensures stringent quality and performance standards
- 225VDC working voltage / 300VDC surge rating provides safe operating margin
- 5.6µF capacitance for energy storage and AC filtering applications
- Axial lead through-hole configuration for PCB integration
- Aluminum electrolytic construction with proven long-term reliability
Technical Specifications
The M39018/01-0689 delivers consistent electrical performance across industrial temperature ranges. The capacitor features polar construction with a two-terminal axial configuration, allowing straightforward installation in legacy and modern circuit designs.
Typical Applications
This capacitor is commonly used in:
- Aerospace power supplies and control circuits
- Military instrumentation and communications equipment
- Industrial power conversion and filtering
- Energy storage in high-voltage DC circuits
- Electromagnetic equipment and heavy machinery control systems
Compatibility & Replacements
Compatible With
- Military and aerospace systems requiring MIL-SPEC components
- High-voltage DC power supply circuits (225V–300V range)
- Industrial filtering and energy storage applications
- PCB designs with through-hole axial-lead footprints
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator before ordering. The M39018/01-0689 may replace similar M39018 series variants with identical voltage and capacitance ratings; cross-reference your original component designation to ensure electrical and mechanical fit.
Works With
- Analog and digital power supply designs
- High-frequency switching circuits operating at reduced voltage stress
- AC line filtering and energy storage systems
