Enhance the power reliability of your Raspberry Pi Zero projects with the V1.2 UPS Power HAT Board, specially designed to provide uninterrupted power supply and extend device runtime efficiently. Crafted with durable PCB material, this UPS HAT board integrates advanced features for seamless performance in daily office or hobby applications. Key Features: · Reliable UPS Solution for Raspberry Pi Zero: Specifically engineered to serve as an uninterruptible power supply, ensuring your Raspberry Pi Zero stays powered during outages or mobility. · Integrated Smart Components: Equipped with a CP2104 serial communication chip and a MAX17040G fuel gauge, providing accurate battery status monitoring and stable data transmission. · Long Standby Time: Offers up to 6 hours of standby power under typical conditions (zero workload with network on, power parameters logged every 2 seconds), ideal for extended use without external power. · Stable Power Output & Charging: Supports a charging current of 400mA with a precise 5V ± 0.1V output voltage; delivers 1.3A output at 5V from battery power alone and up to 2A when connected to an external adapter, ensuring consistent performance. · High Accuracy Power Measurement: Features a power measurement error margin of only ±2%, providing reliable monitoring for better power management. · Durable PCB Construction: Built from high-quality PCB material that is wear-resistant and dependable, designed to withstand everyday use with confidence. Specifications: · Item Type: V1.2 UPS Power HAT Board · Material: PCB · Charging Current: 400mA · Output Voltage: 5V ± 0.1V · Output Current: 1.3A at 5V (battery power only), 2A at 5V (with external adapter) · Built-in Polymer Lithium Battery Capacity: 1000mAh · Power Measurement Accuracy: ±2% Package Includes: · 1 x V1.2 UPS Power HAT Board The V1.2 UPS Power HAT Board is an essential accessory to enhance your Raspberry Pi Zero’s power stability, delivering reliable backup energy and smart power management. Its long standby time, precise voltage control, and robust design make it a practical choice for continuous operation in various applications.