Low ESR chip solid electrolyte tantalum capacitor

Overview

Low ESR chip solid electrolyte tantalum capacitor   低ESR片式固体电解质钽电容器


Our main products :
High temperature resistant chip conductive polymer tantalum capacitor, Chip conductive polymer solid tantalum capacitor, Chip solid electrolyte tantalum capacitor,
Automotive grade chip solid electrolyte tantalum capacitor, Low ESR chip solid electrolyte tantalum capacitor, High temperature resistant chip solid electrolyte tantalum capacitor.
It can replace AVX, KEMET, VISHAY and other brands.     Tantalum capacitors are not only used in military communications, aerospace and other fields, but also in industrial control, film and television equipment, communication instruments and other products.

Product list

Part NO. Photo Category temperature (℃) ESR Max (@+25C, 100kHz) Rated voltage Capacity (μF) Datasheet
HL45L-C6R3#227TE200 HL45L-C6R3#227TE200 200 mΩ 6.3 V 220 μF
HL45L-E6R3#157TE150 HL45L-E6R3#157TE150 150 mΩ 6.3 V 150 μF
HL45L-D6R3#157TE300 HL45L-D6R3#157TE300 300 mΩ 6.3 V 150 μF
HL45L-C6R3#157TE300 HL45L-C6R3#157TE300 300 mΩ 6.3 V 150 μF
HL45L-D6R3#107TE300 HL45L-D6R3#107TE300 300 mΩ 6.3 V 100 μF
HL45L-C6R3#107TE300 HL45L-C6R3#107TE300 300 mΩ 6.3 V 100 μF
HL45L-B6R3#107TE400 HL45L-B6R3#107TE400 400 mΩ 6.3 V 100 μF
HL45L-D6R3#686TE250 HL45L-D6R3#686TE250 250 mΩ 6.3 V 68 μF
HL45L-C6R3#686TE500 HL45L-C6R3#686TE500 500 mΩ 6.3 V 68 μF
HL45L-B6R3#686TE500 HL45L-B6R3#686TE500 500 mΩ 6.3 V 68 μF
HL45L-C6R3#476TE300 HL45L-C6R3#476TE300 300 mΩ 6.3 V 47 μF
HL45L-B6R3#476TE600 HL45L-B6R3#476TE600 600 mΩ 6.3 V 47 μF
HL45L-B6R3#336TE600 HL45L-B6R3#336TE600 600 mΩ 6.3 V 33 μF
HL45L-A6R3#336TE1k5 HL45L-A6R3#336TE1k5 1500 mΩ 6.3 V 33 μF
HL45L-E004#108TE150 HL45L-E004#108TE150 150 mΩ 4 V 1000 μF
HL45L-E004#687TE150 HL45L-E004#687TE150 150 mΩ 4 V 680 μF
HL45L-V004#477TE150 HL45L-V004#477TE150 150 mΩ 4 V 470 μF
HL45L-E004#477TE150 HL45L-E004#477TE150 150 mΩ 4 V 470 μF
HL45L-D004#477TE200 HL45L-D004#477TE200 200 mΩ 4 V 470 μF
HL45L-V004#337TE200 HL45L-V004#337TE200 200 mΩ 4 V 330 μF