L6206PD013TR - STMicroelectronics

Manufacturer Part Number

L6206PD013TR

Manufacturer

STMicroelectronics

Introduction

Integrated dual full bridge driver designed for motor control applications

Product Features and Performance

Digital output microelectronics technology BCDMOS

Integrated dual full bridge driver

High voltage capability up to 52V

Overcurrent and thermal protection

Under-voltage lockout (UVLO)

Bootstrap circuit included

Cross-conduction protection

Thermal shutdown

Product Advantages

High integration for reduced component count

Advanced protection features increases system reliability

Bootstrap circuit allows for high-side N-channel MOSFET control

Compatible with complex motor control algorithms

Supports high power density applications

Key Technical Parameters

Output Configuration: Half Bridge (4)

Current - Output/Channel: 2.8A

Current - Peak Output: 5.6A

Voltage - Supply: 8V ~ 52V

Voltage - Load: 8V ~ 52V

Operating Temperature: -25°C ~ 125°C

Rds On (Typ): 300mOhm

Technology: BCDMOS

Quality and Safety Features

Current limiting

Over temperature protection

Under-voltage lockout

Thermal shutdown protects the device at high temperatures

Compatibility

Can drive various inductive loads including DC motors, stepper motors, and voltage regulators

Application Areas

Robotic systems

Industrial automation

Office automation machines

Point of sale machines

Drones

Product Lifecycle

Status: Active

The product is available and not nearing discontinuation

Alternatives or next-generation replacements not mentioned

Several Key Reasons to Choose This Product

Robust high voltage operation up to 52V suits a wide range of motor applications

Protection features guarantee safety and longevity of the product

Applicable for a variety of inductive load applications broadening its usability

STMicroelectronics quality ensures reliability and performance

Suitable for complex motor driver systems with logic interface compatibility

Peak current capability of 5.6A supports applications requiring temporary high current bursts