Datasheet4U Logo Datasheet4U.com

RT7206KN - Highly-Integrated USB Type-C Power Delivery Controller

Datasheet Summary

Description

The RT7206KNx series is a USB Type-C Power Delivery (PD) controller, that mainly utilized in the secondary side for off-line AC-DC power converters.

Through the high integration of control regulators and built-in blocking N-MOSFET, more compact designs are easily implemented.

Features

  • Protocol Support.
  • USB PD3.0 and PPS.
  • High Integration.
  • Wide Operating Range from 3.3V to 21V.
  • Built-In Shunt Regulator for Constant-Voltage and Constant-Current Regulations.
  • Built-In Blocking N-MOSFET.
  • Built-In Quick Discharge in VDD and VBUS.
  • Built-In VCONN Power and Switch.
  • Linear Cable Compensation.
  • Power-Saving Mode Supported.
  • Embedded MCU with 16kB OTP-ROM.
  • Embedded BMC Transmitter.
  • Protection.
  • VDD Adaptive Overvoltage P.

📥 Download Datasheet

Datasheet preview – RT7206KN

Datasheet Details

Part number RT7206KN
Manufacturer Richtek
File Size 0.99 MB
Description Highly-Integrated USB Type-C Power Delivery Controller
Datasheet download datasheet RT7206KN Datasheet
Additional preview pages of the RT7206KN datasheet.

📁 Similar Datasheet

Other Datasheets by Richtek
  • RT7202K - Highly Integrated USB PD Type-C Controller
  • RT7202KLA - Programmable Multi-Protocol Controller
  • RT7202KNL - Highly-Integrated USB Type-C Power Delivery Controller
  • RT7203BT - High-Integration Fast Charge Protocols Controller
  • RT7204E - High-Integration USB Multi-Protocol Controller
  • RT7205A - Programmable SMPS and USB Type-C Controller
  • RT7207 - USB PD Type-C Controller
  • RT7207A - USB PD Type-C Controller

Full PDF Text Transcription

Click to expand full text
RT7206KN Highly-Integrated USB Type-C Power Delivery Controller with Built-In Blocking N-MOSFET 1 General Description The RT7206KNx series is a USB Type-C Power Delivery (PD) controller, that mainly utilized in the secondary side for off-line AC-DC power converters. Through the high integration of control regulators and built-in blocking N-MOSFET, more compact designs are easily implemented. The embedded MCU solution and Bi-phase Mark Coding (BMC) Transmitter are incorporated to handle PD Protocol. Furthermore, the digital-to-analog (DAC) and analog-to-digital (ADC) converters are introduced to achieve high-precision control in various applications. The recommended junction temperature range is −40C to 125C, and the ambient temperature range is −40C to 105C.
Published: |