13030-01MASLT

Operating Temperature:	-55°C ~ 105°C
Features:	General Purpose
Ratings:	--
Manufacturer Size Code:	B
Lead Spacing:	--
Height - Seated (Max):	--
Size / Dimension:	0.312" Dia x 0.641" L (7.92mm x 16.28mm)
Package / Case:	Axial, Can
Mounting Type:	Through Hole
Lifetime @ Temp.:	2000 Hrs @ 105°C
Series:	DLA
ESR (Equivalent Series Resistance):	190 mOhm
Type:	Hermetically Sealed
Voltage - Rated:	25V
Tolerance:	±20%
Capacitance:	100µF
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Tray

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The tantalum-polymer capacitors are among the latest advances when it comes to capacitors. These capacitors are becoming increasingly popular due to their ability to offer much higher capacitance for a given size than other capacitor types, providing the user with an efficient, lightweight and reliable source of power storage. They can be used for a wide range of applications, from microelectronics to automotive electronics.The tantalum-polymer capacitors offer a simple construction and low cost compared to other types. They are formed from a mixture of etched tantalum powder, graphite, carbon and other conducting materials, along with a polymer electrolytic solution and a metal oxide coating. The most common metals used in the electrode metal layer are titanium and aluminum.The capacitor is then assembled into a metal-oxide semiconductor capacitor (MOSC), or a unique MOSC structure, depending on the application. The MOSC is formed by a metal oxide-semiconductor structure and is used to protect the capacitor from current surges and static electricity. The oxide layer, which acts as an insulator, prevents the metals from becoming shorted and ensures that the capacitor operates at its optimum level.The stationary layer of the capacitor is composed of an electrolyte solution which is a mixture of the conducting electrolytes, such as ethylene sulfonate, or a combination of ethylene carbonate or a mixture of glycol and carbonate ions, and the capacitive electrolytes. The capacitive electrolytes, such as propylene glycol, are responsible for transferring charge, while the conducting electrolytes provide the necessary electrical path for electrical conduction. The two electrolytes form a sandwich strata that provides the capacitor\'s charge transfer efficiency.The static layer of the capacitor is typically a dielectric layer of silica, or a ceramic material. This layer provides insulation between the stationary layer and the metal layer, allowing them to interact and form the necessary electrical conduction and current flow.The working principle of the tantalum-polymer capacitor is quite simple. When the capacitor is charged, an electric current is generated from the metal layer, which is transferred to the stationary layer. This sets up an electric field, which causes an electron to move from the stationary layer to the metal layer, thereby creating the charge transfer necessary for the capacitor to store energy.When the capacitor is used to store energy, the metallic layer then receives the electrons from the stationary layer and serves as the main source of power. The current flow from the metal layer to the stationary layer then releases the stored energy to the load. This cycle is repeated every time the charge transfer is required.In conclusion, the tantalum-polymer capacitor is a powerful tool in the advancement of electronics, allowing for an efficient and reliable source of power storage. These capacitors are lightweight and easy to assemble, making them well suited for a variety of applications. The operating principles of the capacitor can be adapted to accommodate the needs of any given application. The unique construction of these capacitor make them an ideal choice for a wide range of applications including automotive electronics, microelectronics and other applications.

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