Panasonic 220 μF Aluminium Electrolytic Capacitor 50V dc, Surface Solder - EEEFT1H221AP 500

RS Stock No.:: 103-4765
Mfr. Part No.:: EEEFT1H221AP
Manufacturer:: Panasonic

Panasonic 220 μF Aluminium Electrolytic Capacitor 50V dc, Surface Solder - EEEFT1H221AP 500

This image is representative of the product range

Subtotal (1 reel of 500 units)*

PHP13,945.50

(exc. VAT)

PHP15,619.00

(inc. VAT)

FREE delivery for orders over ₱5,000.00

Temporarily out of stock

2,000 unit(s) shipping from March 15, 2027

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Units	Per Unit	Per Reel*
500 +	PHP27.891	PHP13,945.50

*price indicative

RS Stock No.:: 103-4765
Mfr. Part No.:: EEEFT1H221AP
Manufacturer:: Panasonic

Specifications

Technical data sheets

Legislation and Compliance

Product Details

Find similar products by selecting one or more attributes.

Select all	Attribute	Value
	Brand	Panasonic
	Product Type	Aluminium Electrolytic Capacitor
	Capacitance	220μF
	Voltage	50V dc
	Mount Type	Surface
	Packaging	Carrier Tape
	Height	10.2mm
	Polarity	Polar
	Length	10.2mm
	Package/Case	500
	Minimum Operating Temperature	-55°C
	Diameter	8mm
	Termination Type	Solder
	Pin Count	2
	Maximum Operating Temperature	105°C
	Standards/Approvals	RoHS
	Lifetime	2000 h
	Series	FT
	Equivalent Series Resistance ESR	180mΩ
	Automotive Standard	AEC-Q200
	Tolerance ±	0.2
	Leakage Current	110μA
	Ripple Current	670mA
	Dissipation Factor	200%

	Select all
	Brand Panasonic
	Product Type Aluminium Electrolytic Capacitor
	Capacitance 220μF
	Voltage 50V dc
	Mount Type Surface
	Packaging Carrier Tape
	Height 10.2mm
	Polarity Polar
	Length 10.2mm
	Package/Case 500
	Minimum Operating Temperature -55°C
	Diameter 8mm
	Termination Type Solder
	Pin Count 2
	Maximum Operating Temperature 105°C
	Standards/Approvals RoHS
	Lifetime 2000 h
	Series FT
	Equivalent Series Resistance ESR 180mΩ
	Automotive Standard AEC-Q200
	Tolerance ± 0.2
	Leakage Current 110μA
	Ripple Current 670mA
	Dissipation Factor 200%

Panasonic FT Series Type V Capacitors Datasheet

COO (Country of Origin):: MY

Panasonic Series FT Aluminium Electrolytic Capacitor, 220μF Capacitance, 50V DC Voltage - EEEFT1H221AP

This aluminium electrolytic capacitor is designed for surface mount applications, featuring a capacitance of 220 μF and a voltage rating of 50V DC. With dimensions of 8mm in diameter and a height of 10.2mm, it offers a Compact solution suitable for a range of electronic circuits. Enhance your device's performance with this robust component that operates effectively within a wide temperature range.

Features & Benefits

• High ripple current rating of 670 mA for reliable operation

• Polarised design ensures proper circuit integration

• Low equivalent series resistance of 180 mΩ for improved efficiency

• Extended lifetime of 2000 hours under optimal conditions

• Minimum operating temperature of -55 °C enables versatility

• AEC-Q200 compliant, meeting automotive industry standards

Applications

• Used for automotive electronics requiring high reliability

• Suitable for power supply circuits in automation systems

• Ideal for smoothing and filtering in electrical devices

• Employed in demanding Compact capacitors

• Utilised in signal processing circuits for improved performance

What is the significance of the capacitor's low ESR?

The low equivalent series resistance of 180 mΩ helps reduce heat generation and improves overall efficiency, making it suitable for applications where energy savings are crucial.

How does the polarised design impact circuit performance?

The polarised design ensures correct installation, minimising the risk of failure, which is particularly important in sensitive electronic circuits where misalignment can cause damage.

What temperature range can this capacitor operate in?

It can function effectively in temperatures as low as -55 °C and up to +105 °C, making it versatile for various environments, including extreme conditions.

What are the implications of its AEC-Q200 compliance?

This compliance indicates that the capacitor meets stringent automotive standards, ensuring reliability and durability in automotive applications, thus reducing the risk of failure in critical systems.