High temperature aluminum solid capacitor JIERR PH25V680M6X16 with low ESR and capacitance stability

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Product Description

ALUMINUM SOLID CAPACITORS - PH Series

The PH series offers high-temperature aluminum solid capacitors designed for demanding applications. These capacitors are rated for 125 operation and provide long-term reliability with 2000~5000 hours of life. They are suitable for a wide range of operating temperatures and voltages, offering stable performance with tight capacitance tolerance and low leakage current.

Product Attributes

Brand: Not specified
Origin: Not specified
Material: Aluminum Solid Capacitor
Color: Not specified
Certifications: Not specified

Technical Specifications

Series	Rated Voltage (V)	Rated Capacitance (F)	Capacitance Tolerance	Leakage Current (A, 2min)	Dissipation Factor (120Hz, 20)	ESR (m, 100KHz)	Rated Ripple Current (mA, 125, 100KHz)	Dimensions DxL(mm)	Part Number
PH	6.3	820	20%	1000	12	12	1600	8X11.5	PH6.3V820M8X11
PH	6.3	1200	20%	1000	12	12	1600	8X11.5	PH6.3V1200M8X11
PH	6.3	1500	20%	1000	12	12	1600	8X11.5	PH6.3V1500M8X11
PH	10	470	20%	940	12	14	1600	8X11.5	PH10V470M8X11
PH	10	560	20%	1000	12	14	1400	8X8	PH10V560M8X8
PH	10	680	20%	1000	12	14	1600	8X11.5	PH10V680M8X11
PH	10	1000	20%	1000	12	14	1600	8X11.5	PH10V1000M8X11
PH	16	47	20%	300	8	28	1000	5X7	PH16V47M5X7
PH	16	220	20%	704	12	16	1400	6.3X11	PH16V220M6X11
PH	16	330	20%	1000	8	20	1200	6.3X9	PH16V330M6X9
PH	16	470	20%	1000	12	16	1400	8X8	PH16V470M8X8
PH	16	560	20%	1000	12	16	1400	6.3X12	PH16V560M6X12
PH	16	680	20%	1000	8	16	1400	6.3X11.5	PH16V680M6X11
PH	16	680	20%	1000	12	16	1600	8X11.5	PH16V680M8X11
PH	16	820	20%	1000	8	14	2000	6.3X14	PH16V820M6X14
PH	16	1000	20%	1000	8	14	2000	10X12	PH16V1000M10X12
PH	16	1500	20%	1000	8	14	2000	8X17	PH16V1500M8X17
PH	16	2200	20%	1000	8	14	2000	10X17	PH16V2200M10X17
PH	25	10	20%	300	8	40	900	5X8	PH25V10M5X8
PH	25	100	20%	500	8	30	1100	6X7	PH25V100M6X7
PH	25	220	20%	1000	8	16	1100	5X11	PH25V220M5X11
PH	25	330	20%	1000	8	16	1400	6.3X12	PH25V330M6X12
PH	25	470	20%	1000	8	16	1600	8X11.5	PH25V470M8X11
PH	25	560	20%	1000	12	20	1600	8X11.5	PH25V560M8X11
PH	25	680	20%	1000	8	16	1400	8X15	PH25V680M8X15
PH	25	680	20%	1000	8	16	1400	6.3X16	PH25V680M6X16
PH	25	820	20%	1000	8	16	1600	6.3X16	PH25V820M6X16
PH	25	1000	20%	1000	8	16	2000	10X15	PH25V1000M10X15
PH	25	1200	20%	1000	8	16	2000	10X15	PH25V1200M10X15
PH	25	1500	20%	1000	8	16	2000	10X17	PH25V1500M10X17
PH	25	2200	20%	1000	8	16	2000	10X17	PH25V2200M10X17
PH	35	100	20%	700	8	20	1100	6.3X9	PH35V100M6X9
PH	35	100	20%	700	12	20	1400	8X8	PH35V100M8X8
PH	35	220	20%	1000	8	18	1600	8X11.5	PH35V220M8X11
PH	35	330	20%	1000	8	16	1600	8X12.5	PH35V330M8X12
PH	35	330	20%	1000	12	16	2000	10X12.5	PH35V330M10X12
PH	35	470	20%	1000	8	16	2000	10X12.5	PH35V470M10X12
PH	35	680	20%	1000	8	16	2000	10X15	PH35V680M10X15
PH	35	820	20%	1000	12	16	2000	10X15	PH35V820M10X15
PH	35	1000	20%	1000	8	16	2000	10X17	PH35V1000M10X17
PH	50	68	20%	680	12	28	1100	6.3X9	PH50V68M6X9
PH	50	100	20%	1000	8	25	1600	8X11.5	PH50V100M8X11
PH	50	220	20%	1000	12	20	2000	8X15	PH50V220M8X15
PH	50	220	20%	1000	8	18	2000	10X12.5	PH50V220M10X12
PH	50	470	20%	1000	12	16	2000	10X17	PH50V470M10X17
PH	63	82	20%	1000	12	28	1600	8X11.5	PH63V82M8X11
PH	63	100	20%	1000	12	20	2000	10X12.5	PH63V100M10X12
PH	80	22	20%	500	12	30	1400	8X8	PH80V22M8X8
PH	100	47	20%	940	12	30	1600	8X11.5	PH100V47M8X11

General Specifications

Item	Condition	Performance
Operating Temperature Range	-	-55~+125
Rated Voltage Range	-	2.5~100V
Rated Capacitance Range	-	10~3300F
Capacitance Tolerance (120Hz, 20)	-	20%
Leakage Current (LC) (After applying rated voltage for 2 minutes)	-	I0.2CV or 500A (whichever is greater)
Endurance (125, 2000~5000h, at rated voltage)	Under 105, apply rated voltage and superimpose ripple current, then return to 20, The capacitors shall meet the following requirements.	Capacitance Change: Within 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor (tan ): 150% of initial standard value
Moisture Resistance	Stored at 60C, RH90~95%, 1000H	Capacitance Change: Within 20% of initial value Leakage Current: Within initial specified value ESR: 150% of initial standard value Dissipation Factor (tan ): 150% of initial standard value