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DRV10983ZPWP Datasheet(PDF) 11 Page - Texas Instruments |
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DRV10983ZPWP Datasheet(HTML) 11 Page - Texas Instruments |
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11 / 58 page  11 DRV10983 www.ti.com SLVSCP6C – JULY 2014 – REVISED MAY 2016 Product Folder Links: DRV10983 Submit Documentation Feedback Copyright © 2014–2016, Texas Instruments Incorporated 9 Detailed Description 9.1 Overview The DRV10983 is a three-phase sensorless motor driver with integrated power MOSFETs, which provide drive current capability up to 2 A continuous. The device is specifically designed for low-noise, low external component count, 12- to 24-V motor drive applications. The device is configurable through a simple I2C interface to accommodate different motor parameters and spin-up profiles for different customer applications. A 180° sensorless control scheme provides continuous sinusoidal output voltages to the motor phases to enable ultra-quiet motor operation by keeping the electrically induced torque ripple small. The DRV10983 features extensive protection and fault detect mechanisms to ensure reliable operation. Voltage surge protection prevents the input Vcc capacitor from overcharging, which is typical during motor deceleration. The devices provides phase to phase overcurrent protection without the need for an external current sense resistor. Rotor lock detect is available through several methods. These methods can be configured with register settings to ensure reliable operation. The device provides additional protection for undervoltage lockout (UVLO) and for thermal shutdown. The commutation control algorithm continuously measures the motor phase current and periodically measures the VCC supply voltage. The device uses this information for BEMF estimation, and the information is also provided through the I2C register interface for debug and diagnostic use in the system, if desired. A buck switching regulator efficiently steps down the supply voltage. The output of this regulator provides power for the internal circuits and can also be used to provide power for an external circuit such as a microcontroller. If providing power for an external circuit is not necessary (and to reduce system cost), configure the buck switching regulator as a linear regulator by replacing the inductor with resistor. TI designed the interfacing to the DRV10983 to be flexible. In addition to the I2C interface, the system can use the discrete FG pin, DIR pin, and SPEED pin. SPEED is the speed command input pin. It controls the output voltage amplitude. DIR is the direction control input pin. FG is the speed indicator output, which shows the frequency of the motor commutation. EEPROM is integrated in the DRV10983 as memory for the motor parameter and operation settings. EEPROM data transfers to the register after power-on and exit from sleep mode. The DRV10983 device can also operate in register mode. If the system includes a microcontroller communicating through the I2C interface, the device can dynamically update the motor parameter and operation settings by writing to the registers. In this configuration, the EEPROM data is bypassed by the register settings. |
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