Panasonic EE26 dimensions Case size / Impedance / Ripple current

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Aluminum Electrolytic Capacitor/HFQ

■Case size / Impedance / Ripple current

Discontinued

W.V.(V.DC)						6.3 (0J)					10 (1A)
Case size				Capacitance	Impedance (100kHz)			Ripple current	Capacitance	Impedance (100kHz)			Ripple current
Case size				Capacitance		(W)		(100kHz)	Capacitance		(Ω)		(100kHz)
φ		⋅		(µF)		(W)		(+105°C)	(µF)		(Ω)		(+105°C)
φ		⋅		(µF)	-10°C		+20°C	(+105°C)		-10°C		+20°C	(+105°C)
( D L)					-10°C		+20°C	(mA)		-10°C		+20°C	(mA)
4	⋅		11	68	2.000		1.000	120	47	2.000		1.000	120
5	⋅		11	100	1.300		0.650	175	82	1.300		0.650	175
5	⋅		15	150	0.920		0.460	235	100	0.920		0.460	235
6.3	⋅		11.2	220	0.600		0.300	290	180	0.600		0.300	290
6.3	⋅		15	330	0.400		0.200	400	220	0.400		0.200	400
8	⋅		11.5	470	0.340		0.170	445	330	0.340		0.170	445
8	⋅		15	680L❉	0.240		0.120	575	470L❉	0.240		0.120	575
8	⋅		20	1000	0.180		0.090	760	680	0.180		0.090	760
10	⋅		12.5	680	0.240		0.120	625	470	0.240		0.120	625
10	⋅		16	820	0.180		0.090	795	560	0.180		0.090	795
10	⋅		20	1200L❉	0.130		0.065	1015	1000L❉	0.130		0.065	1015
10	⋅		25	1500	0.110		0.055	1190	1200	0.110		0.055	1190
10	⋅		30	2200L❉	0.090		0.045	1440	1500L❉	0.090		0.045	1440
12.5	⋅		15	1200	0.130		0.065	1010	1000	0.130		0.065	1010
12.5	⋅		20	2200	0.084		0.042	1400	1800	0.084		0.042	1400
12.5	⋅		25	2700	0.068		0.034	1690	2200	0.068		0.034	1690
12.5	⋅		30	3900	0.060		0.030	1950	2700	0.060		0.030	1950
12.5	⋅		35	4700L❉	0.048		0.024	2220	3300L❉	0.048		0.024	2220
12.5	⋅		40	5600L❉	0.042		0.021	2390	3900L❉	0.042		0.021	2390
16	⋅		15	2700S❉	0.092		0.046	1360	1800S❉	0.092		0.046	1360
16	⋅		20	4700	0.068		0.034	1730	3300	0.068		0.034	1730
16	⋅		25	5600	0.056		0.028	2070	3900	0.056		0.028	2070
16	⋅		31.5	6800	0.050		0.025	2350	5600	0.050		0.025	2350
16	⋅		35.5	8200	0.044		0.022	2550	6800L❉	0.044		0.022	2550
16	⋅		40	12000	0.036		0.018	2900	8200L❉	0.036		0.018	2900
18	⋅		15	3300	0.076		0.038	1620	2200S❉	0.076		0.038	1620
18	⋅		20	5600S❉	0.056		0.028	2000	3900S❉	0.056		0.028	2000
18	⋅		25	6800S❉	0.050		0.025	2200	5600S❉	0.050		0.025	2200
18	⋅		31.5	10000	0.046		0.023	2800	6800	0.046		0.023	2800
18	⋅		35.5	12000S❉	0.042		0.021	2900	8200	0.042		0.021	2900
18	⋅		40	15000	0.034		0.017	3000	10000	0.034		0.017	3000
W.V.(V.DC)						16 (1C)					25 (1E)
W.V.(V.DC)						16 (1C)					25 (1E)
Case size				Capacitance	Impedance (100kHz)			Ripple current	Capacitance	Impedance (100kHz)			Ripple current
Case size				Capacitance		(Ω)		(100kHz)	Capacitance			(Ω)	(100kHz)
φ	⋅	L)		(µF)		(Ω)		(+105°C)	(µF)			(Ω)	(+105°C)
( D		L)		(µF)	-10°C		+20°C	(mA)		-10°C		+20°C	(mA)
4	⋅		11	39	-10°C		+20°C	(mA)		-10°C		+20°C	(mA)
4	⋅		11	39	2.000		1.000	120	27	2.000		1.000	120
5	⋅		11	56	1.300		0.650	175	39	1.300		0.650	175
5	⋅		15	82	0.920		0.460	235	56	0.920		0.460	235
6.3	⋅		11.2	120	0.600		0.300	290	82	0.600		0.300	290
6.3	⋅		15	180	0.400		0.200	400	120	0.400		0.200	400
8	⋅		11.5	270	0.340		0.170	445	180	0.340		0.170	445
8	⋅		15	330L❉	0.240		0.120	575	220L❉	0.240		0.120	575
8	⋅		20	470	0.180		0.090	760	330	0.180		0.090	760
10	⋅		12.5	330	0.240		0.120	625	220	0.240		0.120	625
10	⋅		16	390	0.180		0.090	795	270	0.180		0.090	795
10	⋅		20	680L❉	0.130		0.065	1015	470L❉	0.130		0.065	1015
10	⋅		25	820	0.110		0.055	1190	560	0.110		0.055	1190
10	⋅		30	1200L❉	0.090		0.045	1440	820L❉	0.090		0.045	1440
12.5	⋅		15	680	0.130		0.065	1010	470	0.130		0.065	1010
12.5	⋅		20	1200	0.084		0.042	1400	820	0.084		0.042	1400
12.5	⋅		25	1500	0.068		0.034	1690	1000	0.068		0.034	1690
12.5	⋅		30	2200L❉	0.060		0.030	1950	1500L❉	0.060		0.030	1950
12.5	⋅		35	2700L❉	0.048		0.024	2220	1800L❉	0.048		0.024	2220
12.5	⋅		40	3300L❉	0.042		0.021	2390	2200L❉	0.042		0.021	2390
16	⋅		15	1500S❉	0.092		0.046	1360	820S	0.092		0.046	1360
16	⋅		20	2200	0.068		0.034	1730	1500	0.068		0.034	1730
16	⋅		25	2700	0.056		0.028	2070	1800	0.056		0.028	2070
16	⋅		31.5	3900	0.050		0.025	2350	2700	0.050		0.025	2350
16	⋅		35.5	4700L❉	0.044		0.022	2550	3300L❉	0.044		0.022	2550
16	⋅		40	5600	0.036		0.018	2900	3900L❉	0.036		0.018	2900
18	⋅		15	1800	0.076		0.038	1620	1200	0.076		0.038	1620
18	⋅		20	3300S❉	0.056		0.028	2000	2200S❉	0.056		0.028	2000
18	⋅		25	3900S❉	0.050		0.025	2200	2700S❉	0.050		0.025	2200
18	⋅		31.5	4700	0.046		0.023	2800	3300	0.046		0.023	2800
18	⋅		35.5	6800	0.042		0.021	2900	3900	0.042		0.021	2900
18	⋅		40	8200	0.034		0.017	3000	4700	0.034		0.017	3000

❉L or S in case size table are optional codes.

Design, Specifications are subject to change without notice. Ask factory for technical specifications before purchase and/or use.
Whenever a doubt about safety arises from this product, please inform us immediately for technical consulation without fail.	Mar. 2005
	Mar. 2005

– EE27 –

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Contents Explanation of Part Number Dimensions in mm not to scaleSeries HFQ Type a Frequency correction factor for ripple currentCase size / Impedance / Ripple current +20 10 C V.DC 50 1H10C +20C V.DC 63 1J Case sizeCircuit Design Operating Temperature and FrequencyOperating Temperature and Life Expectancy Expected Life Estimate Quick Reference GuideProduction factor Application factor Faliure modeTypical failure modes and their factors EE17Using Two or More Capacitors in Series or Parallel Capacitor Mounting Considerations6Electrical Isolation of the Capacitor Capacitor Handling TechniquesEB Series Long Term Storage Precautions for using capacitorsEmergency Procedures Capacitor Disposal EE22

EE26 specifications

The Panasonic EE26 is a cutting-edge battery solution that exemplifies innovation and efficiency in power storage technology. Designed for a wide range of applications, including consumer electronics, renewable energy systems, and electric vehicles, the EE26 boasts several main features that distinguish it from conventional battery options.

One of the standout characteristics of the EE26 is its high energy density. This allows the battery to store more energy in a compact size, making it an ideal choice for portable devices that require lightweight and efficient energy sources. The design incorporates advanced lithium-ion technology, which has become a standard in the industry due to its superior performance and longevity.

Another key feature of the Panasonic EE26 is its rapid charging capability. With optimized internal architecture, the battery can achieve significant charge levels in a fraction of the time compared to traditional batteries. This is particularly beneficial for users who need fast power replenishment without lengthy downtimes, such as in electric vehicles or in emergency backup power systems.

Durability and reliability are also paramount in the EE26's design. Panasonic engineers have included robust thermal management systems that reduce the risk of overheating and extend the overall lifespan of the battery. Additionally, the battery is built with high-quality materials that are resistant to wear and degradation, ensuring consistent performance over time.

Safety is a critical component of the EE26's architecture. It is equipped with multiple safety features, including overcharge protection, short circuit protection, and built-in thermal fuses. These safety mechanisms work in tandem to minimize risks during operation, making the EE26 a secure option for both personal and professional use.

Moreover, the Panasonic EE26 is tailored for sustainability. Its manufacturing processes align with environmental standards, and the materials used are designed to be recyclable, contributing to reduced ecological impact. This commitment to sustainability is a growing concern for consumers and manufacturers, pushing Panasonic to lead in green technologies.

In summary, the Panasonic EE26 is a versatile battery solution that integrates high energy density, rapid charging, durability, safety, and sustainability into its design. Whether powering everyday gadgets or advanced technologies, the EE26’s innovations reflect Panasonic's dedication to enhancing battery performance to meet the demands of a rapidly evolving world.