1 pcs
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60 days
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The UCC3626 motor controller device combines many of the functions required to design a high-performance, two- or four-quadrant, threephase, brushless dc motor controller into one package. TSB14C01APMG4 Texas Instruments(TI) IC 5V PHYS LAYER CNTRLR 64-LQFP Rotor position inputs are decoded to provide six outputs that control an external power stage. TSB14C01APMG4 Texas Instruments(TI) IC 5V PHYS LAYER CNTRLR 64-LQFP A precision triangle oscillator and latched comparator provide PWM motor control in eithervoltage- or current-mode configurations. The oscillator is easily synchronized to an external master clock source via the SYNCH input. Additionally, a QUAD select input configures the chip to modulate either the low-side switches only, or both upper and lower switches, allowing the user to minimize switching losses in less demanding two-quadrantapplications. TSB14C01APMG4 Texas Instruments(TI) IC 5V PHYS LAYER CNTRLR 64-LQFP The device includes a differential current-sense amplifier and absolute-value circuit which provide an accuratereconstruction of motor current, useful for pulse-by-pulse overcurrent protection, TSB14C01APMG4 Texas Instruments(TI) IC 5V PHYS LAYER CNTRLR 64-LQFP as well as closing a current control loop. A precision tachometer is also provided for implementing closed-loop speed control. The TACH_OUT signal is a variable duty-cycle, frequency output, which can be used directly for digital control or filtered to provide an analogfeedback signal. Other features include COAST, BRAKE, and DIR_IN commands, along with a direction output, DIR_OUT.