L6206N [STMicroelectronics]

L6206N Overview

In order to package H bridge, Tube is used.H bridge is included in the 24-PowerDIP (0.300, 7.62mm) package as a cost-saving measure.Based on the supply voltage of 8V~52V, improved reliabilbridge drivery can be ensured.H bridge circuit is put into place in the way of Through Hole.Motor driver H bridge is possible for -25°C~125°C TJ to operate normally at motor driver H bridges operating temperature.There are lots of uses for H bridge motor driver, including DC Motors, Stepper Motors, Voltage Regulators.On the PCB H gate is mounted using Through Hole.Full bridge also has a number of specific characteristics, including Bootstrap Circuit.To terminate a transmission line with the H bridge whose characteristic impedance matches the line, 24 terminations are employed.Signal interfaces include 24 pins that serve as pronged contacts.The base H bridge ic number of L6206 allows you to find more related H bridge ics by using that number.To operate H bridge circuit, a voltage supply of 48V is required.H bridge circuit contains an analog IC type STEPPER MOTOR CONTROLLER.During a specified ambient temperature, the power supply can supply the maximum load current 5.6A.A maximum current is reached by output when H-bridge reaches 5.6A.The power supply pins and the output pins are conducting a current of 2.8A.It is through the 24 pins that the bridge driver can perform its specific functions.The output of this Hbridge is 4.There are many similarities between this H bridge motor driver and other components in the subcategory of Motion Control Electronics.The operating supply voltage is maintained at 48V in order to ensure high efficiency.Hbridge 52V releases voltage.

L6206N Features

Available in 24-PowerDIP (0.300, 7.62mm) Package / Case
Operating Temperature at the range of Through Hole
Interface IC Type : L6206
Subcategory: 5.6A
Number of Receivers: 48V

L6206N Applications

There are a lot of STMicroelectronics
L6206N Full Bridge Drivers, Half-Bridge Drivers applications.

• Desktop Computers
• V-Core
• Non-V-Core
• Workstations
• High-Current DC-DC Point-of-Load Converters
• Networking Microprocessor Voltage Regulators
• Telecom Microprocessor
• Voltage Regulators
• Small Form-Factor Voltage Regulator Modules
• Notebook Computers