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If you are looking to drive two motors running from 5-28 V and drawing up to 5 A, this compact dual carrier of Freescale’s MC33887 motor driver is just what you need. Extra features such as current sensing and over-current protection make the 33887 an excellent general-purpose motor driver.
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This little board is an easy way to use Freescale’s MC33887 motor driver. Thanks to a 5-28 V operating range, current output up to 5 A, and extra features such as current sensing and over-current protection, the 33887 is an excellent general-purpose motor driver.
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If you are looking to drive two high-power motors through one compact unit, these dual VNH2SP30 motor driver carriers are perfect for you. With these boards, it’s easy to get a medium-sized, differential drive robot running in no time. For even better control, the VNH2 version includes current sensing and can operate a higher PWM frequency (20 KHz) than its VNH3 counterpart.
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If you are looking to drive two high-power motors through one compact unit, these dual VNH3SP30 motor driver carriers are perfect for you. With these boards, it’s easy to get a medium-sized, differential drive robot running in no time. The VNH3 version is a lower-cost option than its VNH2 counterpart.
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Need more current? If you’ve got a larger motor waiting to be used, this compact VNH2SP30 motor driver is just what you need. The VNH2 version includes current sensing and can operate a higher PWM frequency (20 KHz) than its VNH3 counterpart.
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Need more current? If you’ve got a larger motor waiting to be used, this compact VNH3SP30 motor driver is just what you need. The VNH3 version is a lower-cost option than its VNH2 counterpart.
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The Sanyo LB1836M is a great low-voltage dual motor driver (dual H-bridge) that we use in our micro dual serial motor controller and original Orangutan robot controllers. The low-voltage operation and relatively high peak current of 1 A make it an attractive option for those wanting to build small motion control systems powered by one or two Li-based cells or a few NiMH cells.
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The L298 is a dual H-bridge driver for DC brushed motors and stepper motors. It supports a wide operating voltage range and can deliver 2 A per channel in a through-hole package that is accessible for do-it-yourself projects.
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This TI SN754410 motor driver is a quadruple half-H driver that can be used for bidirectional control of two DC motors or to control a single stepper motor. It is the same motor driver used in our dual serial motor controller.
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The VNH3SP30 is a great H-bridge motor driver for motors running from 6-16 V and drawing up to about 15 A. The chip is able to withstand 40-V transients, has a peak current of 30 A, and features various fault protection features such as over-temperature and over-current shutdown. For a higher-output version, see the VN2HSP30.
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The VNH2SP30 is an improved version of the VN3HSP30 motor driver, featuring current sensing, increased drive capability, and a higher maximum PWM frequency of 20 kHz.
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