non-standard design guide<\/a>.<\/p>\nDoes GaN help meet efficiency rules like DOE VI or ErP?<\/h3>\n
Yes.<\/strong> The higher active efficiency and lower no-load draw of a GaN power adapter make it easier to clear DOE Level VI, EU ErP (Reg. (EU) 2019\/1782), and CoC Tier 2.<\/p>\nAre Paiyi GaN chargers PD 3.2 certified?<\/h3>\n
Designed to PD 3.2, certified per SKU.<\/strong> Units are designed to the USB PD 3.2 specification including SPR AVS; certification status varies by model and batch, and earlier runs were certified under PD 3.1. We send the model-specific report.<\/p>\nWhat MOQ applies to a custom GaN power adapter?<\/h3>\n
From 200 pcs per model<\/strong> at Paiyi Power, which fits mid-batch B2B programs that a big OEM would decline.<\/p>\nIs GaN less reliable than silicon?<\/h3>\n
No \u2014 properly designed, it is more reliable in thermal terms.<\/strong> Lower loss means less heat to manage; reliability comes from the design, the quality system (ISO 9001), and 100% inspection, not the switch material alone.<\/p>\nCan a GaN supply be wide-temperature or rugged?<\/h3>\n
Yes.<\/strong> Because GaN runs cooler, wide-temperature and sealed\/rugged builds are more practical; specify the range and IP rating per project.<\/p>\nHow fast can a sample be ready?<\/h3>\n
Prototypes ahead of the 5\u20136 week first-production lead time.<\/strong> With in-house engineers, a specialist power adapter manufacturer returns a revised sample faster than a trader or catalogue OEM.<\/p>\n
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