1 PACK Stepper Motor Driver TB6600 4A 9-42V CNC Controller, Nema 17 Stepper Motor Driver Single Axes Hybrid Stepper Motor (1 PACK TB6600)
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Make sure this fits by entering your model number.9V-42V DC power supply, H bridge bipolar constant phase flow drive.The largest 32 subdivision of the 6 models are optionalThe maximum 4.0A of the eight kinds of output currentCan control 2 phase stepper motor forward and reverse rotation, With 1-2, W1 -2 , 2W1 -2, 4W1 -2 phase excitation mode.Energy-saving semi-automatic current lock function, built-in temperature protection and over current protection.
상품설명
Feature: PWM chopper type bipolar stepper motor driver IC 1. 9V-42V DC power supply 2. H bridge bipolar constant phase flow drive 3. the maximum 4.0A of the eight kinds of output current 4. the largest 32 subdivision of the 6 models are optional 5. input signal high speed photoelectric isolation 6. common-anodestandard single pulse interface 7. offline to maintain the function 8. semi closed enclosure can be adapted to a more stringent environment 9. to provide energy-saving semi-automatic current lock function 10. built-in temperature protection and over current protection. Can control 2 phase stepper motor forward and reverse rotation, With 1-2, W1 -2 , 2W1 -2, 4W1 -2 phase excitation mode. Only the clock pulse signal can be driven two-phase bipolar stepper motor to achieve low vibration, high efficiency work. IC parameter: single chip bipolar sine microstep stepper motor driver the new BiCD 0.13 nm process up to 42V resistance (a +) = 0.4 the forward and reverse rotation control 5 subdivision mode options (1/1, 1/2, 1/4, 1/8, 1/16,1/32) output current: IOUT = 4.0A (peak, in 100ms) rated output: IOUT = 3.5 A package: HZIP25 - 1.00F input port internal pull-down resistor: 100 K alarm output pin current:Ialert = 1mA monitoring output pin (MO): Imo= 1mA with reset and enable pin with standby function Break through the traditional, single power supply built in overheating protection (TSD) circuit Undervoltage protection, built-in (UVLO) circuit built-in overcurrent detection (ISD), circuit
Make sure this fits by entering your model number.9V-42V DC power supply, H bridge bipolar constant phase flow drive.The largest 32 subdivision of the 6 models are optionalThe maximum 4.0A of the eight kinds of output currentCan control 2 phase stepper motor forward and reverse rotation, With 1-2, W1 -2 , 2W1 -2, 4W1 -2 phase excitation mode.Energy-saving semi-automatic current lock function, built-in temperature protection and over current protection.
상품설명
Feature: PWM chopper type bipolar stepper motor driver IC 1. 9V-42V DC power supply 2. H bridge bipolar constant phase flow drive 3. the maximum 4.0A of the eight kinds of output current 4. the largest 32 subdivision of the 6 models are optional 5. input signal high speed photoelectric isolation 6. common-anodestandard single pulse interface 7. offline to maintain the function 8. semi closed enclosure can be adapted to a more stringent environment 9. to provide energy-saving semi-automatic current lock function 10. built-in temperature protection and over current protection. Can control 2 phase stepper motor forward and reverse rotation, With 1-2, W1 -2 , 2W1 -2, 4W1 -2 phase excitation mode. Only the clock pulse signal can be driven two-phase bipolar stepper motor to achieve low vibration, high efficiency work. IC parameter: single chip bipolar sine microstep stepper motor driver the new BiCD 0.13 nm process up to 42V resistance (a +) = 0.4 the forward and reverse rotation control 5 subdivision mode options (1/1, 1/2, 1/4, 1/8, 1/16,1/32) output current: IOUT = 4.0A (peak, in 100ms) rated output: IOUT = 3.5 A package: HZIP25 - 1.00F input port internal pull-down resistor: 100 K alarm output pin current:Ialert = 1mA monitoring output pin (MO): Imo= 1mA with reset and enable pin with standby function Break through the traditional, single power supply built in overheating protection (TSD) circuit Undervoltage protection, built-in (UVLO) circuit built-in overcurrent detection (ISD), circuit
2019-04-05 03:43:37