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High Reliability Aluminum Solid Capacitors Operating Temperature Range 55 To 105 JIERR PB25V820M8X15

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High Reliability Aluminum Solid Capacitors Operating Temperature Range 55 To 105 JIERR PB25V820M8X15

Voltage Rating : 25V

Capacitance : 820uF

Lifetime : 5000hrs@105℃

Tolerance : ±20%

Pin Spacing : 3.5mm

Height - Seated (Max) : 15mm

Equivalent Series Resistance(ESR) : 16mΩ@100kHz

Diameter : 8mm

Operating Temperature : -55℃~+105℃

Ripple Current : 4.1A@100kHz

Description : 25V 820uF ±20% 16mΩ@100kHz 4.1A@100kHz Through Hole,D8xL15mm Aluminum - Polymer Capacitors RoHS

Mfr. Part # : PB25V820M8X15

Model Number : PB25V820M8X15

Package : Through Hole,D8xL15mm

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Product Overview

ALUMINUM SOLID CAPACITORS - PB series are long-life products designed for operation at 105 with a lifespan of 5000 to 10000 hours. They offer a wide operating temperature range from -55 to +105 and are available in various rated voltages from 6.3V to 250V and rated capacitance from 1F to 2700F.

Product Attributes

Series: PB series
Capacitor Type: Aluminum Solid Capacitors
Features: Long-life Products
Operating Temperature: 105
Lifespan: 5000~10000Hrs

Technical Specifications

Rated Voltage (V)	Rated Capacitance (F)	Capacitance Tolerance (120Hz,20)	Leakage Current (LC) (A,2min)	Endurance (105)	Moisture Resistance (60C, RH90~95%, 1000H)	ESR (m,100KHz)	Dissipation Factor (tan ) (120Hz,20)	Rated Ripple Current (mA,105,100KHz)	Dimensions DxL(mm)	Part Number
6.3	1000	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	10	6	4500	6.3X12	PB6.3V1000M6X12
6.3	1500	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	10	6	4700	8X11.5	PB6.3V1500M8X11
6.3	1800	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	10	6	5000	10X12.5	PB6.3V1800M10X12
10	330	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	15	4300	8X8	PB10V330M8X8
10	470	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	13	4500	8X11.5	PB10V470M8X11
10	680	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	13	4500	8X11.5	PB10V680M8X11
10	1000	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	13	4900	10X11.5	PB10V1000M10X11
16	220	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	20	3500	6.3X8	PB16V220M6X8
16	220	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4300	8X8	PB16V220M8X8
16	270	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4300	8X8	PB16V270M8X8
16	270	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4500	8X11.5	PB16V270M8X11
16	330	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4100	6X11	PB16V330M6X11
16	330	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4500	8X11.5	PB16V330M8X11
16	470	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4100	6.3X11.5	PB16V470M6X11
16	470	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4500	8X11.5	PB16V470M8X11
16	560	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4500	6.3X14	PB16V560M6X14
16	680	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	14	4900	10X12.5	PB16V680M10X12
16	820	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4500	8X12.5	PB16V820M8X12
16	820	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	14	4900	10X12.5	PB16V820M10X12
16	1000	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4500	8X15	PB16V1000M8X15
16	1000	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4800	10X11.5	PB16V1000M10X11
16	1000	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	14	5100	10X15	PB16V1000M10X15
16	2200	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	14	5100	10X15	PB16V2200M10X15
25	100	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	25	2900	6.3X8	PB25V100M6X8
25	220	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	20	3500	6.3X12	PB25V220M6X12
25	220	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4100	8X11	PB25V220M8X11
25	270	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	25	3500	6.3X12	PB25V270M6X12
25	330	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4500	8X11.5	PB25V330M8X11
25	470	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4100	8X11	PB25V470M8X11
25	560	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	14	4700	10X12.5	PB25V560M10X12
25	680	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	14	4900	10X15	PB25V680M10X15
25	820	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	10	16	4100	8X15	PB25V820M8X15
25	1000	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4500	10X15	PB25V1000M10X15
25	1000	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4500	8X16	PB25V1000M8X17
35	100	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	28	2600	6.3X8	PB35V100M6X8
35	220	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	18	2980	6X12	PB35V220M6X12
35	330	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	14	4700	10X12.5	PB35V330M10X12
35	470	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	3800	8X15	PB35V470M8X15
35	470	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	14	4900	10X15	PB35V470M10X15
35	680	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	8	16	4100	10X15	PB35V680M10X15
160	4.7	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	130	12	1000	8X11.5	PB160V4R7M8X11
160	12	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	130	12	1000	8X11.5	PB160V12M8X11
200	1	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	300	15	600	8X11.5	PB200V1M8X11
200	2.2	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	300	15	600	10X12.5	PB200V2R2M10X12
250	1	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	300	15	600	8X11.5	PB250V1M8X11
250	2.2	20%	0.2CV or 500A (whichever is greater)	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	Capacitance Change: 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor: 150% of initial standard value	300	15	600	10X12.5	PB250V2R2M10X12

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