Polymer Solid Aluminum Capacitor 35V 47F Honor Elec HG1V476M0607PC with High Temperature Resistance

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

The HG Series high-voltage, high-temperature polymer solid aluminum electrolytic capacitors are designed for demanding applications. They offer excellent performance with a 2000-hour lifespan at +105C and are compliant with RoHS and REACH directives. Recommended for system boards, graphics cards, small chargers, and smart TVs.

Product Attributes

Brand: HG Series (HT Series mentioned in some contexts)
Origin: Dongguan Honor
Certifications: RoHS, REACH

Technical Specifications

Series	Rated Voltage (WV)	Capacitance (F)	Dimensions (DxL mm)	Tan (max) (20, 120Hz)	Leakage Current (A) (max)	ESR (m max.) (20, 100kHz)	Rated Ripple Current (mArms) (105, 100kHz)	Product Code
HG	35V	10	5X8	0.12	300	68	1500	HG1V106M0508PC
HG	35V	22	5X7	0.12	300	58	1650	HG1V226M0507PC
HG	35V	47	5X8	0.12	300	55	1800	HG1V476M0508PC
HG	35V	47	6.3X7	0.12	50	1900	HG1V476M0607PC
HG	35V	68	6.3X8	0.12	50	1950	HG1V686M0608PC
HG	35V	100	5.5X9	0.12	700	38	2150	HG1V107M5509PC
HG	35V	100	6.3X7	0.12	45	2150	HG1V107M0607PC
HG	35V	100	6.3X8	0.12	38	2250	HG1V107M0608PC
HG	35V	100	6.3X10.5	0.12	35	2300	HG1V107M0610PC
HG	35V	100	8X8	0.12	32	2450	HG1V107M0808PC
HG	35V	150	6.3X9	0.12	1050	38	2550	HG1V157M0609PC
HG	35V	220	6.3X11.5	0.12	1540	38	2750	HG1V227M0611PC
HG	35V	220	8X8	0.12	38	2700	HG1V227M0808PC
HG	35V	220	8X11.5	0.12	35	2800	HG1V227M0811PC
HG	35V	220	10X12	0.12	35	2850	HG1V227M1012PC
HG	35V	270	6.3X15	0.12	1890	35	2900	HG1V277M0615PC
HG	35V	330	8X16	0.12	2310	28	3150	HG1V337M0816PC
HG	35V	330	10X12	0.12	28	3150	HG1V337M1012PC
HG	35V	470	6.3X15	0.12	3290	22	3250	HG1V477M0615PC
HG	35V	470	8X16	0.12	28	3350	HG1V477M0816PC
HG	35V	470	10X12	0.12	25	3450	HG1V477M1012PC
HG	35V	560	8X16	0.12	3920	28	3500	HG1V567M0816PC
HG	35V	680	8X16	0.12	4760	28	3650	HG1V687M0816PC
HG	35V	820	10X16	0.12	5740	28	3900	HG1V827M1016PC
HG	35V	1000	10X16	0.12	7000	28	4200	HG1V108M1016PC
HG	50V	4.7	6.3X5.5	0.12	300	58	1350	HG1H475M06058PC
HG	50V	10	5X8	0.12	300	58	1450	HG1H106M0508PC
HG	50V	22	6.3X8	0.12	300	58	1650	HG1H226M0608PC
HG	50V	47	6.3X7	0.12	470	52	1800	HG1H476M0607PC
HG	50V	47	8X8	0.12	48	2250	HG1H476M0808PC
HG	50V	68	8X8	0.12	680	48	2400	HG1H686M0808PC
HG	50V	100	8X8	0.12	1000	42	2300	HG1H107M0808PC
HG	50V	100	8X11.5	0.12	38	2450	HG1H107M0811PC
HG	50V	100	10X12	0.12	38	2550	HG1H107M1012PC
HG	50V	220	8X16	0.12	2200	38	2750	HG1H227M0816PC
HG	50V	220	10X12	0.12	38	2750	HG1H227M1012PC
HG	50V	330	10X16	0.12	3300	38	2900	HG1H337M1016PC
HG	50V	470	10X16	0.12	4700	32	3150	HG1H477M1016PC
HG	63V	5.6	6.3X5.5	0.12	300	68	850	HG1J565M0508PC
HG	63V	10	6.3X5.5	0.12	300	58	1150	HG1J106M0605PC
HG	63V	10	6.3X8	0.12	52	1400	HG1J106M0608PC
HG	63V	22	6.3X8	0.12	300	48	1550	HG1J226M0608PC
HG	63V	22	8X8	0.12	45	1750	HG1J226M0808PC
HG	63V	47	8X8	0.12	592	38	1850	HG1J476M0808PC
HG	63V	47	8X11.5	0.12	48	2050	HG1J476M0811PC
HG	63V	56	8X8	0.12	705	38	2000	HG1J566M0808PC
HG	63V	100	10X12	0.12	1260	38	2400	HG1J107M1012PC
HG	63V	150	10X16	0.12	1540	35	2650	HG1J157M1016PC
HG	63V	220	10X16	0.12	2772	38	2800	HG1J227M1016PC
HG	63V	330	10X16	0.12	4158	32	2850	HG1J337M1016PC
HG	80V	4.7	5X7	0.12	300	68	750	HG1K475M0608PC
HG	80V	10	5X7	0.12	300	58	850	HG1K226M0508PC
HG	80V	22	6.3X8	0.12	352	48	1150	HG1K686M0808PC
HG	80V	47	6.3X11.5	0.12	752	42	1450	HG1K107M0809PC
HG	80V	47	8X8	0.12	38	1600	HG1K107M0811PC
HG	80V	100	8X16	0.12	1600	35	1950	HG1K227M0811PC
HG	80V	220	10X16	0.12	3080	28	2450	HG1K337M1016PC
HG	100V	4.7	5X7	0.12	300	68	680	HG2A475M0507PC
HG	100V	10	5X8	0.12	300	58	720	HG2A106M0508PC
HG	100V	10	6.3X8	0.12	52	840	HG2A106M0808PC
HG	100V	22	6.3X8	0.12	440	48	980	HG2A226M0608PC
HG	100V	22	8X8	0.12	45	1100	HG2A226M0808PC
HG	100V	47	8X11.5	0.12	940	45	1350	HG2A476M0811PC
HG	100V	100	10X13.5	0.12	2000	35	1800	HG2A107M1013PC
HG	100V	150	10X16	0.12	3000	30	2250	HG2A157M1016PC

Other Technical Data

Characteristic	Specification
Working Temperature Range	-55 to +105
Rated Capacitance Tolerance	20% (20, 120Hz)
Leakage Current (LC)	Standard Product Value (20, 2 min) Calculation: LC 0.2CV or 300A, whichever is greater
Dissipation Factor (tan)	Refer to Standard Product Table (20, 120Hz)
Equivalent Series Resistance (ESR)	Refer to Standard Product Table (20, 100KHz)
Durability (105, Rated Voltage, 2000 hours)	Appearance: No significant change; Capacitance change rate: 20% of initial value; tan: 150% of initial spec; ESR: 150% of initial spec; Leakage current: Initial spec value
Damp Heat Load Characteristics (60, 90-95%RH, Rated Voltage, 2000 hours)	Appearance: No significant change; Capacitance change rate: 20% of initial value; tan: Initial spec value; ESR: 150% of initial spec; Leakage current: Initial spec value
Surge Voltage Characteristics (105, 1000 cycles of 30s charge / 5m30s discharge, Rc=1k)	Rated Voltage (RV): 35, 50, 63, 80, 100V; Surge Voltage (SV): 40.3, 57.5, 72.5, 92, 115V; Appearance: No significant change; Capacitance change rate: 20% of initial value; tan: Initial spec value; ESR: 150% of initial spec; Leakage current: Initial spec value
High/Low Temperature Impedance Ratio	Z (-55) / Z (+20): 0.75 to 1.25; Z (105) / Z (+20): 0.75 to 1.25
Ripple Current Frequency Coefficient	120Hz f