Motor Mind C
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Single or dual DC motor controller
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- Controls 1 or 2 brushed 6-24VDC motors
- Up to 2.25A (per motor)
- Serial mode
- Analogue mode (0-5VDC)
- R/C mode (1.0-2.0ms PWM)
- 1.2KHz or 19.2KHz PWM (serial only)
- 40 pin DIP 0.6" wide footprint
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| The Motor Mind C provides control of one or two small brushed
DC motors. Motor speed and direction can be controlled up to 2.25A continuous
current per motor. This module is ideal for controlling small robotic systems.
The Motor Mind C accepts serial commands, but may also be configured for
analogue control inputs (0-5VDC where 2.5V is stopped) or radio control
signals (1.0-2.0ms signals where 1.5ms is stopped). The module can also
operate with dynamic or free-running brake modes. PWM frequency defaults
to 1.2KHz, but in serial mode can be increased to 19.2KHz with a reduction
in low duty-cycle resolution (minimum on-time is roughly 8%).
The dual H-bridges on the product come equipped with over-temperature
and over-current protection. The status of the H-bridges can be read if
operating in serial mode, and an LED indicator lights if a fault condition
has occurred.
This product works well with controllers such as Microchip
PIC microcontrollers or Parallax
BASIC Stamp modules. The
Motor Mind C BS2 Carrier Board
is designed to make connections to the BASIC Stamp simple and easy to execute.
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Motor Mind C BS2
Carrier Board
The Motor Mind C BS2 Carrier Board was designed to simplify connectivity
to, and control of, the Motor Mind C. It can also be used to implement
application notes involving the Parallax BASIC Stamp 2 series of
programmable controllers.
12V Active Cooling System
This fan, hardware, and connector kit can be used with a system
employing the Motor Mind C to increase continuous current handling
capability to 4.0A.
Easy Roller Robot Wheel Kit
The Easy Roller Robot Wheel Kit was designed to simplify mechanical
mounting requirements for small robotic projects. This product replaces
mechanical mounting systems with a dependable solid structure and
provides an easy-to-implement method of engineering a skid-steering
drive system.
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16x2 Serial LCD
