BMS NMC 1S 10A (TDT) (76b7)

TDT BMS NMC 1S 10A Hardware

Product Data Sheet

The BMS NMC 1S 10A (TDT) is a high-efficiency Battery Management System tailored for single-cell Lithium NMC battery packs. With a maximum discharge current of 10A, this board is the ideal solution for small to mid-range power electronics, RC models, LED torches, power banks, and DIY projects.

Technical Specifications

• Configuration: 1S (Single Cell, 3.7V Nominal)
• Continue current: 10A
• Overcharge Detection voltage: 4.3±0.05V
• Over discharge Detection voltage: 2.5±0.1V
• Over current detection: 10~20A
• Product Code: TDT-NMC-1S-10A
• Category: Battery Management System

Key Features

• Comprehensive Protection: Automatic cutoff for overcharge, deep discharge, and short circuits.
• 10A Continuous Current: Handles robust power loads suitable for moderate applications.
• Easy Assembly: Designed for nickel strip welding, allowing fast and reliable connection.
• BESD Certified: Engineered with sustainability, safety, and durability in mind.
• Compact Size: Perfect for embedded systems and battery pack housing.
• Auto-Recovery Circuitry: Smart IC protection with reset-free operation.

Application Areas

• Power Banks & USB Devices
• LED Flashlights & Torches
• Remote Control Cars & Toys
• DIY Lithium Battery Packs
• IoT and Low Power Modules
• School & College Electronics Projects

The PCM NMC 01S10A (TDT) is a Battery Protection Circuit Module (PCM) designed for 1 series Nickel Manganese Cobalt (NMC) battery packs, supporting a 10A continuous discharge current. It is suitable for low to moderate-power applications such as small energy storage systems and backup power solutions. The PCM offers critical protection features including overcharge, over-discharge, overcurrent, short circuit, and temperature protection, ensuring the safe operation of the battery. Additionally, the TDT designation refers to a specific manufacturer or design. This module helps maintain battery health by preventing voltage imbalances and optimizing overall performance, thus extending the battery's lifespan.