MOTOR Datasheet(PDF) - MSK4324 - Anaren Microwave

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MOTOR Datasheet, PDF

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Searched Keyword : 'MOTOR' - Total: 20 (1/1) Pages

Manufacturer	Part #	Datasheet	Description
Anaren Microwave	MSK4324	936Kb/8P	10 AMP, 200V, 3 PHASE MOSFET BRUSHLESS MOTOR CONTROLLER
	MSK4362	948Kb/9P	30 AMP, 75V, 3 PHASE MOSFET BRUSHLESS MOTOR CONTROLLER
	MSK4364	193Kb/7P	5 AMP, 55V, 3 PHASE MOSFET BRUSHLESS MOTOR CONTROLLER
	MSK4460	138Kb/7P	10 AMP, 55V, 3 PHASE MOSFET BRUSHLESS MOTOR CONTROLLER
	MSK4253	161Kb/6P	5 AMP, 55V, H-BRIDGE MOSFET BRUSHED MOTOR CONTROLLER
	MSK4310	164Kb/9P	10 AMP, 55V, 3 PHASE BRUSHLESS MOTOR SPEED CONTROLLER
	MSK4363	196Kb/7P	10 AMP, 75V, 3 PHASE MOSFET BRUSHLESS MOTOR CONTROLLER
	MSK4250	136Kb/6P	10 AMP, 75V, H-BRIDGE MOSFET BRUSHED MOTOR CONTROLLER
	MSK4252	151Kb/6P	30 AMP, 75V, H-BRIDGE MOSFET BRUSHED MOTOR CONTROLLER
	MSK4251	137Kb/6P	10 AMP, 75V, H-BRIDGE MOSFET BRUSHED MOTOR CONTROLLER
	MSK4360	767Kb/8P	10 AMP, 55V, 3 PHASE MOSFET BRUSHLESS MOTOR CONTROLLER
	MSK4203	121Kb/5P	75 VOLT 10 AMP H-BRIDGE PWM MOTOR DRIVER/AMPLIFIER
	MSK4205	794Kb/9P	100 VOLT 30 AMP H-BRIDGE PWM MOTOR DRIVER/AMPLIFIER
	MSK4206	494Kb/9P	100 VOLT 20 AMP H-BRIDGE PWM MOTOR DRIVER/AMPLIFIER
	MSK4225	132Kb/5P	75 VOLT 20 AMP MOSFET H-BRIDGE PWM MOTOR DRIVER/AMPLIFIER
	MSK4201	144Kb/6P	75 VOLT 5 AMP MOSFET H-BRIDGE PWM MOTOR DRIVER/AMPLIFIER
	MSK4231RH	752Kb/8P	RAD HARD 10 AMP, 70V, H-BRIDGE MOSFET STEPPER MOTOR DRIVE
	MSK4200	146Kb/6P	75 VOLT 5 AMP MOSFET H-BRIDGE PWM MOTOR DRIVER/AMPLIFIER
	MSK4304RH	153Kb/7P	10 AMP, 100 VOLT RAD HARD MOSFET POWER 3-PHASE MOTOR DRIVE HYBRID
	MSK4351-1	891Kb/7P	50 AMP, 500 VOLT IGBT PLUS DIODE FULLY ISOLATED SMART POWER 3-PHASE MOTOR DRIVE POWER HYBRID

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1

What is MOTOR

A motor is an electromechanical device that converts electrical energy into mechanical energy.

Motors are used in a wide variety of applications, such as powering electric vehicles, driving fans and pumps, and moving robotic systems.

There are several types of motors, including DC motors, AC motors, stepper motors, and servo motors.

DC motors use direct current (DC) to generate rotary motion, while AC motors use alternating current (AC) to generate rotary motion.

Stepper motors are a type of DC motor that can be controlled in small, precise increments, making them useful for applications that require precise positioning, such as in printing machines and medical equipment.

Servo motors are a type of DC motor that provide precise control over position and speed, making them useful for applications that require high accuracy and responsiveness, such as in robotics and automation systems.

Advantages of motors include high power-to-weight ratios, high efficiency, and the ability to control speed and torque.

However, they also have some disadvantages, such as high current demands and the need for cooling.

To mitigate these risks, motors are often used in combination with other components, such as gearboxes, power electronics, and cooling systems.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.

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