MLPS392M063EA0C is a 63 Vdc, 3900 µF aluminum electrolytic capacitor in a flatpack case with dimensions 0.60 in height, 1.81 in width, and 2.00 in length, featuring bare case mounting and straight leads. It has a maximum ESR of 87 mΩ at 120 Hz and 70 mΩ at 20 kHz, with a rated ripple current of 1.51 Arms at 105 °C and 1.87 Arms at 20 kHz. The capacitor operates within a temperature range of -55 °C to 105 °C, has a capacitance tolerance of ±20%, and is rated for 10,000 hours of life at 105 °C under rated voltage and ripple current. The case is aluminum with a stainless steel sleeve, and terminals are copper wire with brite tin electroplate.
105 °C Flatpack, Ultra Long Life, Aluminum Electrolytic 3900µF 63V
CAP ALUM 3900UF 20% 63V RADIAL
Type MLPS/MLPSR 105 C Flatpack, Ultra Long Life, Aluminum Electrolytic
Type MLPS Flatpack aluminum electrolytic capacitors offer high capacitance density in a low-profile package at 105 C. Their welded seals and rugged construction provide extraordinary long-life and reliability needed for ruggedized, commercial, and military-grade power supplies. MLPS Flatpacks have been fully tested to 10,000 hours at rated voltage and ripple current at 105 C.
Highlights
| Cornell Dubilier | New Yorker Electronics Co., Inc. | DigiKey | Richardson RFPD | |
|---|---|---|---|---|
| Product Category | Capacitors | Capacitors | Capacitors | Capacitors |
| Product Number | MLPS392M063EA0C | 2002-MLPS392M063EA0C | 338-MLPS392M063EA0C-ND | MLPS392M063EA0C |
| Product Name | Aluminum Electrolytic | Aluminum Electrolytic Capacitors | Aluminum Electrolytic Capacitors | Aluminum Electrolytic Capacitor |
| Configuration / Form Factor | Leaded Capacitor | Leaded Capacitor | Chip Capacitor | |
| Operating Temperature | -55 to 105 C (-67 to 221 F) | 105 C (221 F) | -55 to 105 C (-67 to 221 F) | -55 to 105 C (-67 to 221 F) |
| Electrolytic Capacitors | Aluminum Electrolytic | Aluminum Electrolytic | Aluminum Electrolytic | Aluminum Electrolytic |
| Capacitance Range | 3900 microF | 3900 microF | 3900 microF | 3900 microF |
| Capacitance Tolerance | 20 (+/- %) | 20 (+/- %) | 20 (+/- %) |
