EEC2G106HQA415

Operating Temperature:	-25°C ~ 85°C
Features:	--
Ratings:	--
Applications:	Motor Run
Lead Spacing:	--
Termination:	Quick Connect, Disconnect
Height - Seated (Max):	1.614" (41.00mm)
Size / Dimension:	2.283" L x 1.024" W (58.00mm x 26.00mm)
Package / Case:	Rectangular Box
Mounting Type:	Chassis Mount
Series:	EEC
Dielectric Material:	Polypropylene (PP), Metallized
Voltage Rating - DC:	--
Voltage Rating - AC:	400V
Tolerance:	-5%, +10%
Capacitance:	10µF
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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Film Capacitors have been a go-to component for nearly every electrical technology for decades. This is for good reason, as the technology and materials used to create film capacitors have advanced tremendously since their inception. In particular, the EEC2G106HQA415 film capacitor way is widely hailed as the pinnacle of film capacitor technology and is used in a huge variety of application fields and circuits.

The EEC2G106HQA415 Film Capacitor

The EEC2G106HQA415 is a film capacitor that is widely used due to its reliability and consistency. It is an axial leaded, metallized polyester film capacitor and can be classified as an X2 type capacitor under the EN 60384-14 regulations. This specific type of film capacitor is extremely versatile due to its ability to handle both AC and DC current and has a maximum operating temperature of 105°C, making it perfect for high-temperature applications. Additionally, the EEC2G106HQA415 is self-healing and runs very efficiently with high ripple current capability and low dissipation factor.

Transformer Applications

Transformers are an essential part of the power grid, and the EEC2G106HQA415 film capacitor finds its way into even the most complex transformer designs. These film capacitors are designed with a high-temperature operating temperature range in order to ensure consistency even when under intense strain and load. They are typically used in oil-filled transformers due to their superior ability to withstand the environment and can also be used in other transformer types as well. Film capacitors are also vastly superior to electrolytic capacitors due to their ability to handle high ripple currents, allowing the transformer to operate at a full power rating without fear of overloading or failure.

Inverter Applications

Film capacitors are also widely used in inverters due to their ability to handle both DC and AC voltages without fail. The EEC2G106HQA415 is used in hundreds of inverter designs, as it is designed to handle the rapid frequency and voltage variations that these types of circuits experience. They are also extremely reliable in environments with high temperatures, which allows these film capacitors to more effectively drain away heat from the circuit board. The ripple current capability is also extremely useful in these circuits, as it helps to keep the power delivery consistent and reduces the risk of damage to component on the PCB due to high-frequency peaks.

Working Principle

The basic purpose of the EEC2G106HQA415 film capacitor is to act as a high-frequency filter and smooth out discrepancies in voltage and current. It does this by forming a dielectric between its two metal plates, which store electrical charge and create an electrostatic field. This electrostatic field absorbs electrical fluctuations and traps them inside itself until the power dissipates. Therefore, when voltage spikes occur in a circuit, the film capacitor absorbs these shock waves and prevents them from disrupting the flow of electricity and potentially overloading other components.

Conclusion

The EEC2G106HQA415 film capacitor is an extremely versatile component, capable of being used in a wide range of applications. It is most commonly used in transformer and inverter designs due to its robustness and ability to handle high-frequency voltage spikes. Additionally, its ability to handle both DC and AC currents is invaluable, as is its operating temperature range of up to 105°C. It is clear why the EEC2G106HQA415 is such a popular choice amongst electrical engineers.

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