Useful of 4,000 hours at 85°C

Features • Higher ripple though use of low-ESR material consequently, the permissible ripple current is improved by 27% in the windless status or 40% in the ventilated condition (0.5m/s) as compared with conventional constructions (HP3 series). • Improvement in air exhaust (flow hole p

文件：86.5 Kbytes 页数：3 Pages

AICTECH

Useful of 4,000 hours at 85°C

Features • Higher ripple though use of low-ESR material consequently, the permissible ripple current is improved by 27% in the windless status or 40% in the ventilated condition (0.5m/s) as compared with conventional constructions (HP3 series). • Improvement in air exhaust (flow hole p

文件：86.5 Kbytes 页数：3 Pages

AICTECH

Useful of 4,000 hours at 85°C

Features • Higher ripple though use of low-ESR material consequently, the permissible ripple current is improved by 27% in the windless status or 40% in the ventilated condition (0.5m/s) as compared with conventional constructions (HP3 series). • Improvement in air exhaust (flow hole p

文件：86.5 Kbytes 页数：3 Pages

AICTECH

Useful of 4,000 hours at 85°C

Features • Higher ripple though use of low-ESR material consequently, the permissible ripple current is improved by 27% in the windless status or 40% in the ventilated condition (0.5m/s) as compared with conventional constructions (HP3 series). • Improvement in air exhaust (flow hole p

文件：86.5 Kbytes 页数：3 Pages

AICTECH

Useful of 4,000 hours at 85°C

Features • Higher ripple though use of low-ESR material consequently, the permissible ripple current is improved by 27% in the windless status or 40% in the ventilated condition (0.5m/s) as compared with conventional constructions (HP3 series). • Improvement in air exhaust (flow hole p

文件：86.5 Kbytes 页数：3 Pages

AICTECH

Useful of 4,000 hours at 85°C

Features • Higher ripple though use of low-ESR material consequently, the permissible ripple current is improved by 27% in the windless status or 40% in the ventilated condition (0.5m/s) as compared with conventional constructions (HP3 series). • Improvement in air exhaust (flow hole p

文件：86.5 Kbytes 页数：3 Pages

AICTECH

Useful of 4,000 hours at 85°C

Features • Higher ripple though use of low-ESR material consequently, the permissible ripple current is improved by 27% in the windless status or 40% in the ventilated condition (0.5m/s) as compared with conventional constructions (HP3 series). • Improvement in air exhaust (flow hole p

文件：86.5 Kbytes 页数：3 Pages

AICTECH

Useful of 4,000 hours at 85°C

Features • Higher ripple though use of low-ESR material consequently, the permissible ripple current is improved by 27% in the windless status or 40% in the ventilated condition (0.5m/s) as compared with conventional constructions (HP3 series). • Improvement in air exhaust (flow hole p

文件：86.5 Kbytes 页数：3 Pages

AICTECH

Useful of 4,000 hours at 85°C

Features • Higher ripple though use of low-ESR material consequently, the permissible ripple current is improved by 27% in the windless status or 40% in the ventilated condition (0.5m/s) as compared with conventional constructions (HP3 series). • Improvement in air exhaust (flow hole p

文件：86.5 Kbytes 页数：3 Pages

AICTECH

Useful of 4,000 hours at 85°C

Features • Higher ripple though use of low-ESR material consequently, the permissible ripple current is improved by 27% in the windless status or 40% in the ventilated condition (0.5m/s) as compared with conventional constructions (HP3 series). • Improvement in air exhaust (flow hole p

文件：86.5 Kbytes 页数：3 Pages

AICTECH