THA111M300AA1C

Ratings:	--
Package / Case:	FlatPack
Mounting Type:	Through Hole
Surface Mount Land Size:	--
Height - Seated (Max):	0.335" (8.50mm)
Size / Dimension:	1.433" L x 0.953" W (36.40mm x 24.20mm)
Lead Spacing:	0.394" (10.00mm)
Ripple Current @ High Frequency:	1.02A @ 20kHz
Ripple Current @ Low Frequency:	600mA @ 120Hz
Applications:	General Purpose
Series:	THA
Polarization:	Polar
Operating Temperature:	-55°C ~ 85°C
Lifetime @ Temp.:	3000 Hrs @ 85°C
ESR (Equivalent Series Resistance):	900 mOhm @ 120Hz
Voltage - Rated:	300V
Tolerance:	±20%
Capacitance:	110µF
Part Status:	Active
Packaging:	Bulk

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Aluminum electrolytic capacitors are used in a wide range of applications – from basic power supply filtering to energy storage for pulse power applications. THA111M300AA1C aluminum electrolytic capacitors are no exception. They are commonly used in high-end industrial, aerospace and automotive applications.THA111M300AA1C aluminum electrolytic capacitors are constructed of an aluminum anode body, electrolyte, and aluminum oxide dielectric. The anode body typically resembles a cylindrical can and is constructed from aluminum foil wrapped in a layer of an electrolyte-saturated, heat-treated paper. The outer wall of the aluminum can is perforated with metal tabs and holes, which are integrity protected by the layer of paper. The electrolyte is typically a salt solution of an inorganic metal or alloy, such as sodium chloride, or an organic solvent, such as ethylene glycol. The aluminum oxide dielectric layer is formed on the surface of the anode by an electrochemical oxidation process.THA111M300AA1C aluminum electrolytic capacitors offer a high dielectric strength and good volumetric efficiency, which allows for a small form factor. In addition, these capacitors are highly reliable and offer excellent long-term stability. They also provide high capacitance with minimal leakage current, and are capable of withstanding high temperatures.The primary components of THA111M300AA1C aluminum electrolytic capacitors are an anode body, an aluminum oxide dielectric, and an electrolyte. The working principle of THA111M300AA1C aluminum electrolytic capacitors is based on Faraday’s law. When an electric field is applied across the anode and electrolyte, ions from the electrolyte start to migrate and deposit on the anode body. This creates an electric field that is strong enough to break down the molecules of the electrolyte into smaller ions, which are then trapped in the dielectric layer that is formed on the anode body. This creates a layer of electrostatic insulation between the anode and cathode, and thus allows for the storage of electric energy.Due to their unique properties, THA111M300AA1C aluminum electrolytic capacitors are commonly used in applications such as DC power supplies, RF power amplifiers, microelectronic circuits, switching power supplies, and motor drives. THA111M300AA1C can also be used as feedback capacitors in linear regulated power supplies, voltage-limited LEDs, and in capacitor-based time delay circuits. These capacitors have also found extensive use as surge protection devices in military and aerospace applications. Additionally, they can be utilized as energy storage for pulse power applications, such as pulse forming networks and high-voltage and high-frequency pulsed lasers.In conclusion, THA111M300AA1C aluminum electrolytic capacitors offer a wide range of benefits and features. They provide high capacitance, good volumetric efficiency, and high reliability. They also offer excellent long-term stability and are capable of withstanding high temperatures. The primary components of THA111M300AA1C aluminum electrolytic capacitors are an anode body, an aluminum oxide dielectric, and an electrolyte. Their working principle is based on Faraday’s law. Due to their unique properties, THA111M300AA1C aluminum electrolytic capacitors are widely used in a variety of applications, including DC power supplies, RF power amplifiers, microelectronic circuits, switching power supplies, motor drives, surge protection devices, and capacitor-based time delay circuits.

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