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Comparison · Power supplies

36 W, 12 V 3 A power supply or LRC-60-1050

Two models side by side: measurements taken by the author in their reviews, and their conclusions. The better value in each row is highlighted.

In brief: Based on review measurements: Ripple: LRC-60-1050 (500 mV vs. 600); Temperature rise: LRC-60-1050 (54 °C vs. 138).

Model36 W, 12 V 3 A power supply36 W, 12 V 3 A power supply2026Read review →LRC-60-1050LRC-60-1050Light Route · 2020Read review →
Ripple, mV600500
Temperature rise, °C13854
Review conclusionWith reservationsRecommended

Only in one review: Voltage 12 V (36 W, 12 V 3 A power supply); Current 3 A (36 W, 12 V 3 A power supply); Power 36 W (36 W, 12 V 3 A power supply); Test current 2.5 A (36 W, 12 V 3 A power supply); Under load 57.5 V (LRC-60-1050); Efficiency 92 % (LRC-60-1050); Power factor 0.99 (LRC-60-1050); No load 0.5 W (36 W, 12 V 3 A power supply); Protection 3.7 A (36 W, 12 V 3 A power supply).

36 W, 12 V 3 A power supply: Works for low-power, undemanding loads, but the author says he would not buy it himself.

LRC-60-1050: It regulates current well and handles heat, moisture and high input voltage, but its startup is slow.

Figures were taken from the review text and checked against the quoted passages. Measurement conditions differ between reviews, so read the reviews yourself before buying. Prices at the time of review.

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