DRV10983ZPWPR datasheet(15/58 Pages) TI1

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VCC

VCC/2

100% PWM DCO

50% PWM DC0

U-V

V-W

W-U

DRV10983

www.ti.com

SLVSCP6C – JULY 2014 – REVISED MAY 2016

Product Folder Links: DRV10983

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Feature Description (continued)

Sinusoidal voltage from phase to phase

Sinusoidal voltage with third order harmonics

from phase to GND

Figure 7. Representing Sinusoidal Voltages With Third-Order Harmonic Output

The output amplitude is determined by the magnitude of VCC and the PWM duty cycle output (PWM_DCO). The

PWM_DCO represents the peak duty cycle that is applied in one electrical cycle. The maximum amplitude is

reached when PWM_DCO is at 100%. The peak output amplitude is VCC. When the PWM_DCO is at 50%, the

peak amplitude is VCC / 2 (see Figure 8).

Figure 8. Output Voltage Amplitude Adjustment

9.3.4 Sleep or Standby Condition

The DRV10983 is available in either a sleep mode or standby mode version. The DRV10983 enters either sleep

or standby to conserve energy. When the device enters either sleep or standby, the motor stops driving. The

switching regulator is disabled in the sleep mode version to conserve more energy. The I2C interface is disabled

and any register data not stored in EEPROM will be reset. The switching regulator remains active in the standby

mode version. The register data is maintained, and the I2C interface remains active.

Setting sleepDis = 1 prevents the device from entering into the sleep or standby condition. If the device has

already entered into sleep or standby condition, setting sleepDis = 1 will not take it out of the sleep or standby

condition. During a sleep or standby condition, the Slp_Stdby status bit (address 0x10, bit 6) will be set.

For different speed command modes, Table 1 shows the timing and command to enter the sleep or standby

condition.

Table 1. Conditions to Enter or Exit Sleep or Standby Condition

Speed

Command

Mode

Enter Sleep/Standby Condition

Exit from Standby Condition

Exit from Sleep Condition

Analog

SPEED pin voltage < VEN_SL_SB for

TEN_SL_SB

SPEED pin voltage > VEX_SB for TEX_ SB

SPEED pin high ( V > VDIG_IH) for

TEX_SL_SB

PWM

SPEED pin low ( V < VDIG_IL) for

TEN_SL_SB

SPEED pin high ( V > VDIG_IH) for

TEX_SL_SB

SPEED pin high ( V > VDIG_IH) for

TEX_SL_SB

DRV10983ZPWPR Datasheet(PDF) 15 Page - Texas Instruments

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