| Allicdata Part #: | UPM1C391MPD1TA-ND |
| Manufacturer Part#: |
UPM1C391MPD1TA |
| Price: | $ 0.10 |
| Product Category: | Capacitors |
| Manufacturer: | Nichicon |
| Short Description: | CAP ALUM 390UF 20% 16V RADIAL |
| More Detail: | 390µF 16V Aluminum Electrolytic Capacitors Radial,... |
| DataSheet: |  UPM1C391MPD1TA Datasheet/PDF |
| Quantity: | 1000 |
| Moisture Sensitivity Level (MSL): | 1 (Unlimited) |
| Lead Free Status / RoHS Status: | Lead free / RoHS Compliant |
| 2000 +: | $ 0.08672 |
Specifications
| Polarization: | Polar |
| Package / Case: | Radial, Can |
| Mounting Type: | Through Hole |
| Surface Mount Land Size: | -- |
| Height - Seated (Max): | 0.846" (21.50mm) |
| Size / Dimension: | 0.315" Dia (8.00mm) |
| Lead Spacing: | 0.138" (3.50mm) |
| Impedance: | 100 mOhms |
| Ripple Current @ High Frequency: | 730mA @ 10kHz |
| Ripple Current @ Low Frequency: | 570mA @ 120Hz |
| Applications: | General Purpose |
| Ratings: | -- |
| Series: | UPM |
| Operating Temperature: | -55°C ~ 105°C |
| Lifetime @ Temp.: | 3000 Hrs @ 105°C |
| ESR (Equivalent Series Resistance): | -- |
| Voltage - Rated: | 16V |
| Tolerance: | ±20% |
| Capacitance: | 390µF |
| Moisture Sensitivity Level (MSL): | -- |
| Part Status: | Active |
| Lead Free Status / RoHS Status: | -- |
| Packaging: | Tape & Box (TB) |
Description
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Aluminum Electrolytic Capacitors
Aluminum electrolytic capacitors are widely used in a variety of applications and as a result, many different types with a variety of characteristics are available. One variety of aluminum electrolytic capacitor is the UPM1C391MPD1TA, which is suitable for a variety of applications.
Application Field
The UPM1C391MPD1TA aluminum electrolytic capacitor is a long life type capacitor and offers excellent stability of electrical performance over a long period of time with high temperature humidity and electrical cycling. It also provides an incredibly low equivalent series inductance (ESL) and equivalent series resistance (ESR), making it suitable for energy storage, power protection, and pulse power supply systems.The UPM1C391MPD1TA is designed to be used in power electronics systems, lighting, and automotive applications due to its ability to withstand high vibration and mechanical shock. The capacitors have a high ripple current capability which makes them suitable for high frequency applications.The UPM1C391MPD1TA is also is capable of being used in servers and communications systems such as battery-powered mobile radios, and other appliances. Additionally, the UPM1C391MPD1TA is well suited for medical equipment and DC power control when used in conjunction with diode or thyristor type rectifier bridge circuits. Thanks to its miniaturized design, the UPM1C391MPD1TA lends itself well to space saving designs.
Working Principle
The UPM1C391MPD1TA is an aluminum electrolytic capacitor that utilizes a solid electrolyte formed directly on the aluminum oxide membrane to provide an equivalent series resistance as low as 0.14 ohms at 100 kHz. The capacitor also features a low equivalent series inductance of 0.7nH. The UPM1C391MPD1TA is also designed with a long life and is capable of storing up to 10,000 hours at an operating temperature of -55°C to +125°C.In order to understand how the UPM1C391MPD1TA capacitor works, it is important to understand its internal construction. The main parts of an aluminum electrolytic capacitor consist of a rolled aluminum foils, an anode body, an electrolyte solution, a dielectric oxide film, and an anode terminal. The rolled aluminum foil is composed of multiple layers of deconvolution foils connected together by soldering in order to increase the capacitance.When a voltage is applied to the anode body, the electrolyte solution reacts with the aluminum foil to form a thin layer of aluminum oxide, which is the dielectric oxide film. This film acts as a barrier and isolates the anode body and terminal from the electrolyte, creating a non-conductive path between them. When current passes through the capacitor, electrons are transferred across the dielectric oxide film, creating a charge difference between the two terminals, which is what stores the energy in the capacitor.
The specific data is subject to PDF, and the above content is for reference
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