STMicroelectronics L6207PD

L6207PD Overview
For packaging, Tube is used.Cost savings are achieved by including H bridge in the 36-BSSOP (0.433, 11.00mm Width) Exposed Pad package.The supply voltage of 8V~52V can improve reliabilbridge drivery.In Surface Mount, H bridge circuit is mounted.Motor driver H bridge works normally at -25°C~125°C TJ's operating temperature.This tool is useful for a number of applications, including DC Motors, Stepper Motors, Voltage Regulators.PCB mounting is performed using Surface Mount.Bootstrap Circuit is one of full bridges specific characteristics.Transmission lines are terminated with 36 terminations with the H bridge that matches their characteristic impedance.An interface using 36 pins is used to provide pronged contact.This H bridge ic has a base H bridge ic number of L6207 which allows more related H bridge ics to be identified.This H bridge operates with a voltage of 48V.IC type STEPPER MOTOR CONTROLLER is used as H bridge circuit's analog IC.An ambient temperature of 5.6A determines the maximum load current that a power supply can deliver.Output reaches 5.6A at the maximum current.Currently, 2.8A current flows through the output and power supply pins.It is through 36 pins that this bridge driver is able to perform its specific functions.There are 4 outputs on this Hbridge.This H bridge motor driver falls under the subcategory of Motion Control Electronics.A high degree of efficiency is achieved by maintaining the operating supply voltage at 48V.The voltage released by the Hbridge is 52V.

L6207PD Features
Available in 36-BSSOP (0.433, 11.00mm Width) Exposed Pad Package / Case
Operating Temperature at the range of Surface Mount
Interface IC Type : L6207
Subcategory: 5.6A
Number of Receivers: 48V

L6207PD Applications
There are a lot of STMicroelectronics L6207PD Full Bridge Drivers, Half-Bridge Drivers applications.

V-Core
Compact Blade Servers
OA equipments
High current, low profile DC-DC converters
Voltage Regulators for CPUs
Industrial Automation
Voltage Regulators
Telecom Microprocessor
Workstations
Small Form-Factor Voltage Regulator Modules