UBT1E101MPD8TA

Ratings:	--
Package / Case:	Radial, Can
Mounting Type:	Through Hole
Surface Mount Land Size:	--
Height - Seated (Max):	0.532" (13.50mm)
Size / Dimension:	0.315" Dia (8.00mm)
Lead Spacing:	0.138" (3.50mm)
Ripple Current @ High Frequency:	500mA @ 100kHz
Ripple Current @ Low Frequency:	250mA @ 120Hz
Applications:	Automotive
Series:	UBT
Polarization:	Polar
Operating Temperature:	-40°C ~ 125°C
Lifetime @ Temp.:	2000 Hrs @ 125°C
ESR (Equivalent Series Resistance):	--
Voltage - Rated:	25V
Tolerance:	±20%
Capacitance:	100µF
Part Status:	Active

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are highly efficient components popular in the electronics industry, owing to their unique properties. The UBT1E101MPD8TA is a type of capacitance that is categorized within this technology. This article explores the application field and working principle of the UBT1E101MPD8TA aluminum electrolytic capacitor, as well as its features, advantages and disadvantages that make them valuable in today’s digital world.

Application Field

The UBT1E101MPD8TA aluminum electrolytic capacitor is widely used in various applications including telecommunication, consumer electronics, automotive, and power management, among other areas of use. Because their specifications enable them to handle high currents and their long-term stability, these type of capacitances are preferred for high-voltage applications such as switching power supplies, converters, power motor drives, and high-frequency resonant circuits. In the automotive industry, the UBT1E101MPD8TA aluminum electrolytic capacitor is utilized in engine control units (ECUs) and in active aerodynamic systems, because it is capable of withstanding high temperatures and handling high current demands due to its increased internal resistance.

Working Principle

The UBT1E101MPD8TA aluminum electrolytic capacitor is an electrolytic component that is used to store electrical energy. It is composed of two metal plates, one of which is made out of aluminum. This plate is anode and is charged with a negative electrical charge. The other plate, referred to as the cathode, is typically made of cloth or paper which has been soaked with a liquid electrolyte which serves as the insulator. As electrical energy is applied to the electrodes, ions from the electrolyte are attracted to the negative charge. The attract of ions creates an electrical field between the electrodes, which increases capacitance and enables the storage of electrical energy. The construction of a UBT1E101MPD8TA aluminum electrolytic capacitor adjusts to the amount of electrical energy that needs to be stored. As more energy is administered, the dielectric layer between the electrodes becomes thicker due to the higher number of ions that are attracted to the negative charge. This increases the capacitance of the component significantly.

Features, Advantages and Disadvantages

The UBT1E101MPD8TA aluminum electrolytic capacitor has an extended operating life due to a unique design that allows it to dissipate heat more effectively and hence avoid thermal damage. This enables it to form an effective electrical bridge, even at high power levels. It also has a high dielectric strength, which prevents it from short-circuiting even at high frequencies. Furthermore, the component particularity reduces spikes and pulses associated with high power levels. As far as disadvantages, the UBT1E101MPD8TA aluminum electrolytic capacitor code has a larger size than alternative products, which can make it more difficult to incorporate into designs. Moreover, its performance is impaired when exposed to temperatures beyond the specified range, making it unsuitable for extreme temperature applications. Finally, the capacitor also has a reversible dielectric property, which results in a gradual decrease in capacitance when exposed to high voltage reversals. In conclusion, the UBT1E101MPD8TA aluminum electrolytic capacitor is a highly efficient component used in various applications, characterized by enhanced thermal dissipation, long-term stability, high dielectric strength, and an extended operating life. Despite its minor disadvantages, this type of component is preferred due to its effectiveness in handling high current and voltage levels as well as their ability to reduce spikes and pulse associated with high power levels.

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