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Henrik 0

Sensor LED Driver _ 2

Posted September 24, 2012 · Add Comment

PCBMotor Sensor LED Driver _ 2 for High Resolution controller

  • About us

    Our customers increase the number of products sold by being able to improve the (low) speed and (ultra high) resolution achievable in their motion control applications. They implement a small Piezo Motor directly onto a printed circuit board. This motor has a high resolution, hollow center, low weight and building height, off-power holding torque and, with it’s automated assembly process, lowers their Bill of Material.

    PCBMotor’s core business model is to operate as a component supplier, delivering stator and driver circuits to low-volume solutions and Piezo components for higher volume.

    To facilitate our customer’s time-to-market, our design services for Electronic Hardware & Firmware, Mechanical and Software solutions, enable fast and swift prototyping for complete motor solutions.

  • GuidesRecentAll time
    Guide how to: Deploy - Go to market

    Guide how to: Develop - Fast prototype

    Guide how to: Evaluate - learn and Turn

    Guide How to: White Paper PCBMotor versus Stepper

    Guide how to: Select size - Performance table

    Guide how to: Reduce Motor Size by Integrating Accurate, Low Cost Piezo Motors

    Guide how to: Design and layout

    Guide how to: Solve High Resolution, Low Speed Motion Control Dilemmas at a Lower Cost

    Guide how to: Build Applications with PCBMotor

    Guide how to: How does PCBMotor's technology work?

    What are the advantages of a PCBMotor compared to a stepper motor?

    Whitepaper: How To Solve High-Resolution And Low Speed Motion Control Dilemmas

    30mm motor with 230g load

    Video: 30mm diameter motor (100 sequences)

    Whitepaper: How to Reduce Motor Size

    Deploy – Go to market

    Develop – Fast prototyping

    Evaluate – Learn and Turn

    PCBMotor v Stepper

    Performance

    Speed and Torque measurement Ø60mm

    Tracking – Resonance frequency

    How to driver Motors in parallel?

    PCBMotor Production Process

    High resolution twin motor kit

    Hollow Center & through-hole devices (piezo video)

    Integrating multiple PCBMotors

    Introducing piezo motor technology

    Slimline Motors for Instrument Panels, Gauges & Meters

    Motors for instrument clusters, interior displays & panels

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    All our videos – here in one place

    Interface to High Resolution Twin Controller

    Press release: A new filter solution for wireless communication networks

    See the new design examples in our gallery

    White Paper: Design Rules & Layout Guidelines

    White Paper: Solving High Resolution, Low Speed Motion Control Dilemmas at a Lower Cost

    White Paper: An Engineer’s Guide to Building Applications with PCBMotor

    How does PCBMotor’s technology work?

    10 Things Everyone Should Know About PCBMotors

    What is micropulsing?

    What’s the maximum resolution of a PCBMotor?

    What does a positioning system look like?

    Do I need a positioning system?

    What are the advantages of a PCBMotor compared to a stepper motor?

    What’s in it for PCBMotor?

    What’s in it for me/the customer?

    Why is the stator connected to the board via only a few bridges?

    Does PCBMotor deliver the rotor?

    Can I build a PCBMotor on my own?

    Does PCBMotor build the motors?

    What applications are best suited for this technology?

    Why is friction tape needed?

    Can I damage the motor if I turn the rotor by hand?

    Is power required to hold the motor in position?

    How quickly can a PCBMotor start and stop?

    How much weight can a PCBMotor hold?

    What is the step size of a PCBMotor?

    What is the cost of a control driver for larger volumes?

    What’s the lifetime of a PCBMotor?

    Are there any options if I need a smaller control driver footprint?

    Can I expect EMC issues wth the control driver and motor?

    Can a PCBMotor, control driver and application circuit be mounted on the same PCB?

    Can several PCBMotors be controlled by the same driver?

    What supply voltage do the driver need?

    Do I have to purchase the control driver from PCBMotor?

    Why do I need frequency tracking?

    What does the control driver do?

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    • Whitepaper: How To Solve High-Resolution And Low Speed Motion Control Dilemmas
    • Video: 30mm diameter motor (100 sequences)
    • Whitepaper: How to Reduce Motor Size
  • ABOUT PCBMOTOR

    Our customers increase the number of products sold by being able to improve the (low) speed and (ultra high) resolution achievable in their motion control applications. They implement a small Piezo Motor directly onto a printed circuit board. This motor has a high resolution, hollow center, low weight and building height, off-power holding torque and, with it’s automated assembly process, lowers their Bill of Material.

    PCBMotor’s core business model is to operate as a OEM vendor for complete motors. For high volume customers deliveries of subassembly, stator and drivers can be agreed.olume.

    To facilitate our customer’s time-to-market, our design services for customization our engineers resources include Electronic Hardware & Firmware, Mechanical and Software skills  enabling fast and swift prototyping for complete motor solutions.

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