MCP8024 BLDC MOTOR DRIVER EVALUATION BOARD

The BLDC Motor Driver Evaluation Board of the MCP8024 TQFP is used to demonstrate the MCP8024 drive capabilities. A total stand-alone engine operator for brushless DC motors (BLDC) is the MCP8024 TQFP BLDC Motor Driver Evaluation Board. The board is capable of riding up to 15A and 28V with a three-phase brushless DC motor. The board’s input voltage variety is between 7V and 28V. The MCP8024 on board uses internal rectifier diodes to produce 5V and 12V.

The board uses the motor gate driver MCP8024 3-Phase Brushless DC (BLDC) and the plug-in module (PIM) dsPIC33FJ32MC204 to implement a 6-step BLDC motor controller. In a BLDC motor system, the MCP8024 TQFP BLDC Motor Driver Evaluation Board is being used to test the MCP8024 of Computer chip. As presented, the MCP8024 TQFP BLDC Motor Driver Evaluation Board is prepared to use one on-board toggle switch to stop and start the engine, plus one on-board potentiometer to set the engine speed. The test board will power a BLDC engine with up to 28V supply voltage and up to 15A motor current. The BLDC Motor Driver Evaluation Board MCP8024 TQFP offers a 6-step trapezoidal control dataset with a 750 mW buck converter, 5V and 12V LDO, high-to-low voltage translators, present sense operational amplifiers and Auditorium-effect inputs.The assessment board gives an impression of the designation of the power supplies and the six Pulse-Width Modulation (PWM) inputs on board.
The mcp8024 TQFP BLDC motor driver evaluation board kit includes;
• MCP8024 TQFP BLDC Motor Driver Evaluation Board (ADM00557)
 • dsPIC33FJ32MC204 Plug-In-Module (MA330017)
 • Information Sheet

FEATURES

 The MCP8024 TQFP BLDC Motor Driver Evaluation Board has the following features:
  • Input Operating Voltage Range: +7.0V to +28V
  • Maximum of 500 mA of gate drive current for external N-Channel MOSFETs
  • Drives up to a 15A BLDC motor
  • PICkit 3, MPLAB REAL ICE in-circuit emulator and MPLAB ICD 3 debugger interfaces
  • Speed control potentiometer
  • Terminal block for 5V and 12V Hall-effect sensors
  • SPI and I2C headers for user communications
  • Programmable external MOSFET overcurrent protection
  • Programmable PWM dead-time protection
  • 750 mW Buck Regulator with resistor-programmable output voltage
  • ON/OFF momentary contact switch
  • Reset momentary contact switch
  • Spare user-programmable momentary contact switch
  • PWM signal LED indicators
  • 100-pin dsPIC DSC PIM header for use with MA330017 compatible PIMs
  • Programmable PWM blanking time for current switching spikes
  • Complete “C” source code

Configuring the The MCP8024

The MCP8024 has setup registers which can be used to change the device’s operating variables. The parameters were changed using the DE2 messaging bus to transmit data to the MCP8024. The transmission bus DE2 is a half-duplex, 9600 baud, 8-bit data, 1-stop bit, 1-start bit, no parity, serial communication link. To communicate with the registers, the user can attach code to the firmware of the evaluation board. The code of the evaluation board includes a subroutine that initializes the registers of MCP8024.
Buy Mcp8024 TQFP BLDC motor  Now at Enrgtech
Location: England, UK

Comments

Post a Comment

Popular posts from this blog

Little Know more about Brush-less Motors

Image
Brushless motors Brushless differs from conventional dc motors in the sense that it does not have brushes. Commutation is done using electronic drives to feed power to the stator windings. They consist of a rotor which is in the form of a permanent magnet and a stator that is in the form of polyphase armature windings. A  brushless DC motor  can be constructed in two ways; one is by placing the rotor outside the core and the other is by placing the rotor inside the core. How a brushless motor works Brushless motors are driven by electronic drives that  switch  the supply voltage between the stator windings while the rotor turns. There is a transducer that monitors the position of the rotor as it turns and conveys the information to an electronic controller. The controller then decides which stator winding to be energized based on the position of the rotor. Electronic drives are made up of two transistors each phase which is run by a microprocessor. T...
Read more

LED Modules: Manufacturer,Types and Application

Image
LED Modules Light-emitting diodes (LED) modules are LED self-contained devices that are designed to either function on its own or to plug into a compatible unit. These modules are mostly used in the development of both energy-efficient and portable lighting.  An LED contains several LED bulbs that are connected to a fixture that contains a battery or an alternative power supply which powers all the bulbs contained therein. LED modules can either emit white light or emit different colours based on the material they are made of. They are prominently used for advertising and signages but could as well be used for other purposes due to their versatility. Types of LED modules There are a variety of LED modules available in the market. There no specific parameters that can be used to categorize LED modules . They can be categorized in terms of efficiency, form, CCT, colour among others. Some of the common ones used in signage and advertising include; Side LED mod...
Read more

Block-chain: A Complete Beginners Guide | Block Chain Technology

Image
Blockchain technology Blockchain technology is barely three decades old, but it has completely changed global money transfer as we know it. It was first conceived in 1991 by a group of researchers who originally intended it to be used to timestamp digital documents to make it impossible to tamper with them. This concept was first put into actual use in 2009 by Satoshi Takamoto to create Bitcoin. Bitcoin has since spurred the adoption of  blockchain technology  for cryptocurrency, medical records, and land records among others.  What is blockchain? A blockchain is a network of computers that share a digital ledger that is duplicated and distributed across all participants in the network (nodes). That is to say that each node on the network has a duplicate copy of the ledger. The digital ledger keeps a chain of transactions since the creation of the network. The chain of transactions keeps growing as new blocks of transactions are approved and then added along....
Read more