Name: Miniature aluminum electrolytic capacitors SAMWHA WF1H226M05011PC480 compliant with RoHS directive
Brand: Beijing Silk Road Enterprise Management Services Co., Ltd.
SKU: WF1H226M05011PC480
Availability: InStock

quality Miniature aluminum electrolytic capacitors SAMWHA WF1H226M05011PC480 compliant with RoHS directive factory

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Specifications

Operating Temperature:

-40℃~+105℃

Capacitance:

22uF

Height - Seated (Max):

11mm

Voltage Rating:

50V

Diameter:

5mm

Equivalent Series Resistance(ESR):

900mΩ@100kHz

Ripple Current:

150mA@100kHz

Tolerance:

±20%

Mfr. Part #:

WF1H226M05011PC480

Package:

Through Hole,D5xL11mm

Key Attributes

Model Number: WF1H226M05011PC480

Product Description

MINIATURE ALUMINUM ELECTROLYTIC CAPACITORS

High reliability miniature aluminum electrolytic capacitors featuring extremely low impedance at high frequency and high ripple current capability. Designed for E-meter applications and compliant with the RoHS directive. These capacitors offer a wide operating temperature range of -40 to +105 C and a load life of up to 10000 hours at 105 C.

Product Attributes

Material: Aluminum Electrolytic
Certifications: Complied to the RoHS directive

Technical Specifications

Item	Characteristics	Value
Operating temperature range		-40 ~ +105 C
Leakage current max. (after 2 minutes)	I = 0.03CV or 3 A whichever is greater
Capacitance tolerance		20% at 120Hz, 20 C
Dissipation factor max. (at 120Hz, 20 C)	tan	See table below
Low temperature characteristics (Impedance ratio at 120Hz)	Z-40 C/Z+20 C	See table below
Load life (at 105 C)		5000 hours (D=5, 6.3), 7000 hours (D=8, 10), 10000 hours (D=12.5)
Shelf life (at 105 C)		1000 hours no load test
Solvent Proof		Yes
Safety vent		( 6.3 up)

Dimensions & Maximum Permissible Ripple Current

WV	F (F)	D (mm)	L (mm)	Impedance ()max. 20 C 100kHz	Ripple current (mA rms) 105 C 100kHz	D (mm)	L (mm)	Impedance ()max. 20 C 100kHz	Ripple current (mA rms) 105 C 100kHz	D (mm)	L (mm)	Impedance ()max. 20 C 100kHz	Ripple current (mA rms) 105 C 100kHz	D (mm)	L (mm)	Impedance ()max. 20 C 100kHz	Ripple current (mA rms) 105 C 100kHz	D (mm)	L (mm)	Impedance ()max. 20 C 100kHz	Ripple current (mA rms) 105 C 100kHz	D (mm)	L (mm)	Impedance ()max. 20 C 100kHz	Ripple current (mA rms) 105 C 100kHz	D (mm)	L (mm)	Impedance ()max. 20 C 100kHz	Ripple current (mA rms) 105 C 100kHz	D (mm)	L (mm)	Impedance ()max. 20 C 100kHz	Ripple current (mA rms) 105 C 100kHz
5	1.0	5	11	0.90	150	5	11	0.90	150	5	11	0.90	150	5	11	0.90	150	5	11	0.90	150	5	11	0.90	150	5	11	0.90	150
5	2.2	5	11	0.40	250	5	11	0.40	250	5	11	0.40	250	5	11	0.40	250	5	11	0.40	250	5	11	0.40	250	5	11	0.40	250
5	3.3	5	11	0.25	400	5	11	0.25	400	5	11	0.25	400	5	11	0.25	400	5	11	0.25	400	5	11	0.25	400	5	11	0.25	400
5	4.7	5	11	0.16	580	5	11	0.16	580	5	11	0.16	580	5	11	0.16	580	5	11	0.16	580	5	11	0.16	580	5	11	0.16	580
5	10	5	11	0.12	770	5	11	0.12	770	5	11	0.12	770	5	11	0.12	770	5	11	0.12	770	5	11	0.12	770	5	11	0.12	770
5	22	6.3	11	0.08	1050	6.3	11	0.08	1050	6.3	11	0.08	1050	6.3	11	0.08	1050	6.3	11	0.08	1050	6.3	11	0.08	1050	6.3	11	0.08	1050
6.3	33	6.3	11.5	0.075	1170	6.3	11.5	0.075	1170	6.3	11.5	0.075	1170	6.3	11.5	0.075	1170	6.3	11.5	0.075	1170	6.3	11.5	0.075	1170	6.3	11.5	0.075	1170
8	47	8	11	0.062	1300	8	11	0.062	1300	8	11	0.062	1300	8	11	0.062	1300	8	11	0.062	1300	8	11	0.062	1300	8	11	0.062	1300
10	100	10	11	0.034	1850	10	11	0.034	1850	10	11	0.034	1850	10	11	0.034	1850	10	11	0.034	1850	10	11	0.034	1850	10	11	0.034	1850
10	220	10	12.5	0.025	2200	10	12.5	0.025	2200	10	12.5	0.025	2200	10	12.5	0.025	2200	10	12.5	0.025	2200	10	12.5	0.025	2200	10	12.5	0.025	2200
16	330	12.5	16	0.029	2000	12.5	16	0.029	2000	12.5	16	0.029	2000	12.5	16	0.029	2000	12.5	16	0.029	2000	12.5	16	0.029	2000	12.5	16	0.029	2000
16	390	12.5	16	0.025	2200	12.5	16	0.025	2200	12.5	16	0.025	2200	12.5	16	0.025	2200	12.5	16	0.025	2200	12.5	16	0.025	2200	12.5	16	0.025	2200
16	470	16	20	0.025	2200	16	20	0.025	2200	16	20	0.025	2200	16	20	0.025	2200	16	20	0.025	2200	16	20	0.025	2200	16	20	0.025	2200
25	1000	16	25	0.034	1850	16	25	0.034	1850	16	25	0.034	1850	16	25	0.034	1850	16	25	0.034	1850	16	25	0.034	1850	16	25	0.034	1850
25	2200	18	31.5	0.029	2000	18	31.5	0.029	2000	18	31.5	0.029	2000	18	31.5	0.029	2000	18	31.5	0.029	2000	18	31.5	0.029	2000	18	31.5	0.029	2000
35	3300	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200
50	4700	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200
63	6800	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200
100	10000	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200	18	35.5	0.025	2200

Frequency Coefficient of Permissible Ripple Current

Frequency F	120Hz	1kHz	10kHz	50kHz	100kHz
Coefficient	0.40	0.50	0.55	0.60	0.65

Low Temperature Characteristics (Impedance Ratio at 120Hz)

WV	Z-40 C/Z+20 C	tan max. (at 120Hz, 20 C)	Capacitance change
6.3	4	0.22	Within 25% of initial value
8	2.5	0.19	Within 25% of initial value
10	2	0.16	Within 25% of initial value
16	1.5	0.12	Within 25% of initial value
25	1.2	0.10	Within 25% of initial value
35	1.0	0.09	Within 25% of initial value
50	0.8	0.08	Within 25% of initial value
63	0.7	0.08	Within 25% of initial value
100	0.6	0.07	Within 25% of initial value

2410121627_SAMWHA-WF1H226M05011PC480_C20539367.pdf

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