Datasheet4U Logo Datasheet4U.com

LV8712T - PWM Constant-Current Control Stepping Motor Driver

Description

Stepping motor control (1) Power save function This IC is switched between standby and operating mode by setting the PS pin.

In standby mode, the IC is set to power-save mode and all logic is reset.

In addition, the internal regulator circuit do not operate in standby mode.

Features

  • Single-channel PWM constant-current control stepping motor driver incorporated.
  • Excitation mode can be set to 2-phase, 1-2 phase, W1-2 phase , or 2W1-2 phase.
  • Microstep can control easily by the CLK-IN input.
  • Power-supply voltage of motor : VM max = 18V.
  • Output current : IO max = 0.8A.
  • Output ON resistance : RON = 1.1Ω (upper and lower total, typical, Ta = 25°C ).
  • A thermal shutdown circuit and a low voltage detecting circuit are.

📥 Download Datasheet

Datasheet preview – LV8712T

Datasheet Details

Part number LV8712T
Manufacturer Sanyo Semicon Device
File Size 310.57 KB
Description PWM Constant-Current Control Stepping Motor Driver
Datasheet download datasheet LV8712T Datasheet
Additional preview pages of the LV8712T datasheet.
Other Datasheets by Sanyo Semicon Device

Full PDF Text Transcription

Click to expand full text
www.DataSheet.co.kr Ordering number : ENA1674A LV8712T Overview Bi-CMOS LSI PWM Constant-Current Control Stepping Motor Driver The LV8712T is a stepping motor driver of the micro-step drive corresponding to supports 2W 1-2 phase excitation. It is the best for the drive of the stepping motor for a scanner and a small printer. Features • Single-channel PWM constant-current control stepping motor driver incorporated. • Excitation mode can be set to 2-phase, 1-2 phase, W1-2 phase , or 2W1-2 phase • Microstep can control easily by the CLK-IN input. • Power-supply voltage of motor : VM max = 18V • Output current : IO max = 0.8A • Output ON resistance : RON = 1.1Ω (upper and lower total, typical, Ta = 25°C ) • A thermal shutdown circuit and a low voltage detecting circuit are built into.
Published: |