onsemi PCB Module with LV8702V Motor Driver for LV8702V for LV8702V-TLM-H

Name: onsemi PCB Module with LV8702V Motor Driver for LV8702V for LV8702V-TLM-H
Brand: onsemi
SKU: 1858017

RS 庫存號: 185-8017品牌: onsemi製造商零件號: LV8702VSLDGEVB

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技術文件

規格

Brand

onsemi

Power Management Function

Motor Driver

For Use With

LV8702V-TLM-H

Kit Classification

Evaluation Board

Featured Device

LV8702V

Kit Name

PCB Module with LV8702V

原產地

Japan

產品詳情

The LV8702VSLDGEVB is an ON Semiconductor motor driver module featuring the LV8702V. This module is capable of easily driving a stepper motor Motor driving is made easy with Arduino Micro1) compatibility. The LV8702VSLDGEVB comes with a Baseboard for facilitated plug-and-play connectivity with an Arduino Micro. GUI and Open-source API Functions are available for custom, user-specific motor driving programs.

VCCmax = 36 V, IOmax = 2.5 A2) (between OUT_A and B, between OUT_C and D)
24 V Applications Recommended (VCC = 9∼32 V Max)
Rotation of the Motor is Controlled by a Single Pulse Signal, which is Advantageous for Smooth Driving (Micro−step) and Rotating at High Speed Rotation
4 Patterns can be Set for Full, Half (2 Patterns) and Quarter Step
High−efficiency Drive that Adjusts the Current to the Optimum Current according to the Motor Load and Rotational Speed (in Half, Quarter Step Setting)
The Reduction of Power Consumption, Heat Generation, Vibration and Noise is Achieved
User−friendly GUI Allows Operation Check and Sample Program

查看Power, Motor & Robotics Development Tools中的所有內容

暫時無法取得庫存資訊。

P.O.A.

onsemi PCB Module with LV8702V Motor Driver for LV8702V for LV8702V-TLM-H

P.O.A.

onsemi PCB Module with LV8702V Motor Driver for LV8702V for LV8702V-TLM-H

暫時無法取得庫存資訊。

技術文件

規格

Brand

onsemi

Power Management Function

Motor Driver

For Use With

LV8702V-TLM-H

Kit Classification

Evaluation Board

Featured Device

LV8702V

Kit Name

PCB Module with LV8702V

原產地

Japan

產品詳情

VCCmax = 36 V, IOmax = 2.5 A2) (between OUT_A and B, between OUT_C and D)
24 V Applications Recommended (VCC = 9∼32 V Max)
Rotation of the Motor is Controlled by a Single Pulse Signal, which is Advantageous for Smooth Driving (Micro−step) and Rotating at High Speed Rotation
4 Patterns can be Set for Full, Half (2 Patterns) and Quarter Step
High−efficiency Drive that Adjusts the Current to the Optimum Current according to the Motor Load and Rotational Speed (in Half, Quarter Step Setting)
The Reduction of Power Consumption, Heat Generation, Vibration and Noise is Achieved
User−friendly GUI Allows Operation Check and Sample Program