Linear Technology/Analog Devices DC1197ABOARD DEMO FOR LT3572EUF

Linear Technology/Analog Devices DC1197A Reference Design 3
Linear Technology/Analog Devices DC1197A Reference Design 1
Linear Technology/Analog Devices DC1197A Reference Design 2
Linear Technology/Analog Devices DC1197A Reference Design 3
Linear Technology/Analog Devices DC1197A Reference Design 1
Linear Technology/Analog Devices DC1197A Reference Design 1
Linear Technology/Analog Devices DC1197A Reference Design 2
Linear Technology/Analog Devices DC1197A Reference Design 3

Applications:

Power Drivers >

MOSFET Power Driver

End Products:

Motor ControlPermanent Magnet MotorStepper Motor

ECAD Model:

Description

The Analog Devices DC1197A-A, DC1197A Demo Board for the LT3572 Dual Full-Bridge Piezo Driver With 900mA Boost Converter, Motor Control, and LED Driver is a versatile and powerful development platform for evaluating the LT3572. This demo board features two full-bridge piezo drivers, a 900mA boost converter, motor control, and LED driver. The board is designed to provide a complete solution for driving piezo actuators, motors, and LEDs. It includes a wide range of features such as adjustable current limit, adjustable frequency, and adjustable voltage. The board also includes a USB interface for programming and debugging. The board is ideal for applications such as medical, industrial, and consumer products.

Specifications

Linear Technology/Analog Devices technical specifications, attributes, parameters and parts with similar specifications to Linear Technology/Analog Devices .
  • Type
    Parameter
  • Lifecycle Status
    PRODUCTION (Last Updated: 3 months ago)
  • Factory Lead Time
    8 Weeks
  • Number of Pins
    0
  • Part Status
    Active
  • Moisture Sensitivity Level (MSL)
    1 (Unlimited)
  • Type
    Power Management
  • Function
    Motor Controller/Driver
  • Utilized IC / Part
    LT3572
  • Supplied Contents
    Board(s)
  • Primary Attributes
    Piezoelectric
  • RoHS Status
    ROHS3 Compliant
0 Similar Products Remaining