For datasheet specifics (pinout, thermal data, exact Vout options), always download the manufacturer’s datasheet from LCSC, Mouser, or a verified distributor.
The OZ8682L incorporates numerous advanced features that make it suitable for power‑sensitive portable designs. The following table summarises its most important attributes:
Where ( V_PROG ) is typically during constant-current charging. 8682l ic datasheet
Known for low power consumption design and fast-charging capabilities with no "memory effect". Pin Configuration (General Overview)
Ensure proper thermal pad contact when soldering the QFN-16 package to prevent overheating during operation. For datasheet specifics (pinout, thermal data, exact Vout
This article consolidates datasheet information for the OZ8682L (8682L) from official sources and component distributors. It provides an accessible reference for design engineers, repair technicians, and electronics students who need to understand the chip’s capabilities, electrical characteristics, pinout, application circuits, and practical considerations.
Not without verification. While both are SMBus battery chargers from O2Micro, the 8681L lacks the Hybrid Power Boost feature, and pin compatibility is not guaranteed. Always consult the datasheets before substituting. Known for low power consumption design and fast-charging
Elias sat back. The datasheet wasn't just a manual; it was a deterrent. It was designed to look like a simple logic gate to anyone glancing at it, but the electrical characteristics revealed a chaotic oscillator hidden inside. It was a security chip, likely meant to prevent Soviet reverse-engineering during the Cold War. Without the specific "key" pulse train, the chip would ground the system forever.
The (full part number OZ8682LN ) is a high-performance SMBus Level 2 Battery Charger IC manufactured by O2Micro . It is most commonly found in laptop power management circuits, specifically within Apple MacBook Pro models (e.g., A1278 and A1229) and other portable electronics. Core Specifications & Function
