USB Fast Charge Module – SW6206

R102.00

Package Includes

  • 1x USB Fast Charge Module – SW6206

Availability: 10 in stock

Features / Specs

  • Main IC: Zhuhai iSmartWare SW6206
  • Main Power Source: Lithium Battery
  • Supported Battery Voltages: 4.2V / 4.35V / 4.4V / 4.5V
  • Battery Voltage Range: 2.8V – 4.5V
  • Output Current (Max): 5A
  • Output Power: 22.5W
  • Conversion Efficiency: Up to 96%
  • Switching Frequency: 400kHz
  • Number of Input Ports: 3
  • Number of Output Ports: 5
  • Input Connector(s): 1x USB Type-C Female Socket / 1x Lightning Socket / 1x Micro USB Female Socket
  • Output Connector(s): 2x USB Type-A Female Sockets / 1x USB Type-C Female Socket / 1x Lightning Socket / 1x Micro USB Female Socket
  • Input Port Voltage Range: 4.5 ~ 13.5V
  • USB Type-A Sockets Supported Protocols (Output Only): BC1.2: Apple & Samsung / Qualcomm: QC2.0; QC3.0 / MTK: PE+1.1 & PE+2.0 / Huawei: FCP & SCP / Samsung: AFC / Spreadtrum: SFCP / OPPO: VOOC
  • USB Type-C Socket Supported Protocols (Input): PD2.0; PD3.0 / MTK: PE+1.1/ Huawei: FCP & SCP / Samsung: AFC
  • USB Type-C Socket Supported Protocols (Output): BC1.2: Apple & Samsung / PPS; PD2.0; PD3.0 / Qualcomm: QC2.0; QC3.0; QC4.0+ / MTK: PE+1.1 & PE+2.0 / Huawei: FCP & SCP / Samsung: AFC / Spreadtrum: SFCP
  • Micro USB Socket Supported Protocols (Input Only): Qualcomm: QC2.0 / MTK: PE+1.1 / Huawei: FCP & SCP / Samsung: AFC
  • Lightning Socket Supported Protocols (Input & Output): PD Fast Charge / 5V @ 2.4A Slow Charge
  • Protection: Input over-voltage and under-voltage protection / Output over-current protection / Short circuit protection / Over-temperature protection
  • Support for JEITA compliance
  • Operating Temperature Range: -20°C to +60°C
  • Dimensions: ~(71.9mm x 29mm x 6.7mm)
  • Indication LEDs: “LED1” is fast charge indication LED / LEDs “D3” to “D6” show battery level – please see image for details
  • Provided NTC should be attached to battery for temperature monitoring – Can be shorted if not required
  • Battery Capacity Setting: “R8” is used to set battery capacity. Formula to calculate appropriate Ω value = (____mAh + 2000) x 5 ÷ 3 … If 30,0000mAh battery is used, “R8” should be approximately 53kΩ

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