PD100W IP2368 2-5S Bidirectional Charging / Discharging Module Buck Converter Electronic Kit

Quantity : 1 High-concerned chemical : none Package : TQFP is_d : Yes Supply Voltage : As Description Application : MOBILE PHONE Type : Module Brand Name : DIY NOW Origin : Mainland China Condition : New Operating Temperature : As Description Condition : New Type : Fast Charge Module Key Word : Buck Converter Dropship : Support

PD100W IP2368 2-5S Bidirectional Charging/Discharging Module Buck Converter Electronic Kit Features:

1. Supports 2-5S lithium batteries, adaptable to various battery pack needs

2. Bidirectional 100W high power, efficient and fast charging and discharging

3. Type-C interface, supports PD3.0 fast charging protocol

4. Built-in temperature protection, safe, reliable and durable

5. No components on the back panel, easy to install heat sink

6. Integrated 4-light power display, real-time status monitoring

Product Parameters: Voltage: 2-5S lithium batteries or lithium iron phosphate batteries Interface: Type-C interface Power: 100W Supports multiple fast charging protocols such as FCP, AFC, SCP, DRP, SRC, PD3.0 Module defaults to 4S 60W 4000mAh, no components on the back panel, heat sink can be added by the user Includes temperature protection by default, compatible with 2S-5S batteries, perfect size match for 4S batteries 18650 Battery Pack

4 power indicator lights show charging/discharging status and current battery level.

Suitable for DIY high-performance fans, super-fast charging power banks, and fast charging for drones and model aircraft.

Capacity and corresponding resistance value relationship:

5000mAh corresponds to 6.2kΩ

10000mAh corresponds to 12.4kΩ

15000mAh corresponds to 18.7kΩ

20000mAh corresponds to 24.9kΩ

25000mAh corresponds to 30.9kΩ

Calculation formula: RCAP = Qmax/800

Example: 6.2kΩ =5000mAH/800 Power and corresponding resistance value relationship: 20W corresponds to 5kΩ 30W corresponds to 7.5kΩ 45W corresponds to 11.2kΩ 60W corresponds to 15kΩ 100W corresponds to 25kΩ Calculation formula: PCCIN=4xRISET For example: 100W=4x25kΩ Number of battery cells in series and corresponding resistance value relationship: 2 cells in series corresponds to 6.2kΩ 3 cells in series corresponds to 9.1kΩ 4 cells in series corresponds to 13kΩ 5 cells in series corresponds to 18kΩ

Product list: Module *1 label:yes