TPP36207

3-V to 36-V Input, 2-A Synchronous Step-Down Regulator with 6-μA Ultra-Low Quiescent Current

概述
开发资源
应用
订购明细

概述

The TPP36207 is a high-efficiency synchronous step-down regulator with integrated high-side and low-side MOSFETs. It provides up to 2-A output current with peak current mode control for fast loop response.

The TPP36207 operates over a wide input voltage range from 3 V to 36 V with only 6-µA ultra-low quiescent current. It is ideal for battery-powered systems due to its extremely low quiescent current.

The TPP36207 features 35-ns ultra-low minimum on time and low drop-out mode, which can maintain stable operation for high-frequency conditions. EMI performance is specially optimized in the TPP36207. The device features a frequency spread spectrum method, optimized symmetrical pinout, and an EMI-friendly package to optimize the EMI emissions.

The TPP36207 has built-in robust protections such as thermal shutdown, UVLO, enable (EN) control, and power good (PG) indicator. Additionally, during the overload or short circuit condition, the cycle-by-cycle current limit and hiccup protections are provided. Thermal shutdown provides reliable and fault-tolerant operation.

The TPP36207 is available in the QFN2x3-12 package.

Status

Production
Rating

Industrial
VIN (V)

3~36
Output (V)

1~36
Max Output Current (A)

2
Control Mode

Peak Current Mode
Switching Frequency (kHz)

400, 2100
Features

Low Iq
Temperature Range (℃)

-40 to +125
Package

QFN2X3-12

开发资源

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- 思瑞浦模拟产品选型册
  
  选型手册
  
  中文
  
  03/06/2026
- Datasheet_TPP36207
  
  数据手册
  
  英文
  
  07/20/2026
  
  3-V to 36-V Input, 2-A Synchronous Step-Down Regulator with 6-μA Ultra-Low Quiescent Current
- Development of Buck Converter
  
  技术文章
  
  英文
  
  01/19/2024
- Introduction to Latch-up and the Preventive Measures
  
  技术文章
  
  英文
  
  01/19/2024
- Introduction to ESD Performance of a Silicon Chip
  
  技术文章
  
  英文
  
  01/19/2024
- Application Tips on ESD-EOS
  
  技术文章
  
  英文
  
  01/19/2024
- Introduction to Constant-On-Time Control Topology of Buck Converter
  
  技术文章
  
  英文
  
  01/19/2024