Panasonic 33μF Surface Mount Polymer Capacitor, 50V dc

RS Stock No.:: 758-1095
Mfr. Part No.:: EEHZC1H330XP
Brand:: Panasonic

Panasonic 33μF Surface Mount Polymer Capacitor, 50V dc

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Subtotal (1 pack of 2 units)*

£2.43

(exc. VAT)

£2.916

(inc. VAT)

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In Stock

1,074 unit(s) ready to ship

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Units	Per unit	Per Pack*
2 - 18	£1.215	£2.43
20 - 48	£1.16	£2.32
50 - 98	£1.07	£2.14
100 - 198	£1.00	£2.00
200 +	£0.905	£1.81

*price indicative

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RS Stock No.:: 758-1095
Mfr. Part No.:: EEHZC1H330XP
Brand:: Panasonic

Specifications

Technical Reference

Legislation and Compliance

Product Details

Find similar products by selecting one or more attributes.

Select all	Attribute	Value
	Brand	Panasonic
	Technology	Hybrid
	Capacitance	33µF
	Voltage	50V dc
	Mounting Type	Surface Mount
	Equivalent Series Resistance	40mΩ
	Lead Pitch	1.8mm
	Tolerance	±20%
	Height	7.7mm
	Maximum Operating Temperature	+125°C
	Dimensions	6.3 (Dia) x 7.7mm
	Series	ZC
	Ripple Current	1100mArms
	Leakage Current	16.5 μA
	Minimum Operating Temperature	-55°C
	Polarised	Polar
	Automotive Standard	AEC-Q200
	Dissipation Factor	10%
	Diameter	6.3mm
	Lifetime	1000 h, 4000h

	Select all
	Brand Panasonic
	Technology Hybrid
	Capacitance 33µF
	Voltage 50V dc
	Mounting Type Surface Mount
	Equivalent Series Resistance 40mΩ
	Lead Pitch 1.8mm
	Tolerance ±20%
	Height 7.7mm
	Maximum Operating Temperature +125°C
	Dimensions 6.3 (Dia) x 7.7mm
	Series ZC
	Ripple Current 1100mArms
	Leakage Current 16.5 μA
	Minimum Operating Temperature -55°C
	Polarised Polar
	Automotive Standard AEC-Q200
	Dissipation Factor 10%
	Diameter 6.3mm
	Lifetime 1000 h, 4000h

Datasheet

Panasonic Series ZC Polymer Capacitor, 33μF Capacitance, 50V DC Voltage - EEHZC1H330XP

This polymer capacitor is designed to meet the demands of modern electronic applications. With a capacitance of 33 μF and a voltage rating of 50V DC, this surface mount capacitor provides efficient performance in compact designs. The device features a diameter of 6.3mm and a height of 7.7mm, making it suitable for various applications in the electronics sector.

Features & Benefits

• Hybrid technology enhances energy efficiency and reliability
• Low equivalent series resistance of 40 mΩ improves performance
• High-temperature rating of +125 °C allows for versatile usage
• Polarised design ensures correct installation and functionality
• Tolerance of ±20 % provides consistent capacitance in various conditions
• 1000 h to 4000 h lifetime enhances durability in demanding environments

Applications

• Used in automotive electronics for critical
• Ideal for modern electronic equipment and consumer devices
• Utilised in automation systems requiring compact components
• Suitable for power supply circuits in various electrical devices

What factors should be considered regarding the temperature range for optimal performance?

The operational temperature range spans from -55 °C to +125 °C, enabling reliable performance in extreme conditions. This wide range ensures suitability for both high-temperature automotive environments and colder applications.

How does the low equivalent series resistance affect circuit efficiency?

A low ESR of 40 mΩ minimises energy loss during operation, which directly improves the efficiency of electronic circuits and contributes to better overall system performance.

What installation method is recommended for ensuring proper function?

The surface mount design facilitates easy integration onto PCBs, ensuring a solid connection while saving space and optimising layout efficiency. Proper orientation during installation is essential due to the polarised nature of the capacitor.

What can I expect regarding the longevity of this component in automotive applications?

With a lifespan of up to 4000 h, it is engineered to meet the rigorous standards of AEC-Q200, significantly reducing the risk of early failure in automotive circuits.

How does the capacitor perform under varying voltage conditions?

Rated for 50V DC, it maintains stability under fluctuating voltage scenarios, ensuring consistent performance without risk of breakdown in electronic systems.