Enhance your DC motor control with the 1203BS DC Motor Speed Regulator, designed for precise speed adjustment using Pulse-Width Modulation (PWM) technology. This compact and efficient speed controller supports a wide input voltage range from DC 6V to 28V, allowing versatile application across various DC motor-powered devices. Its intelligently optimized circuit ensures stable motor operation with minimal noise and vibration, making it suitable for extended use. Key Features: · PWM Speed Control: Accurately regulates DC motor speed by adjusting the duty cycle from 0% to 100%, delivering smooth and responsive performance. · Wide Input Voltage Range: Compatible with DC 6-28V power sources, providing flexibility for different motor and power supply configurations. · Forward, Reverse, and Stop Functionality: Integrated button switches enable easy control of motor rotation—press the red button for clockwise rotation and the green button for reverse rotation. Releasing either button stops the motor immediately for safe and convenient operation. · Durable and Reliable Design: Engineered with circuit optimization to ensure long hours of stable work without vibration or noise interference. · Compact Size: Measuring approximately 57 x 37 x 21mm (2.24 x 1.46 x 0.83 inches), this speed controller can be easily integrated into various projects with limited space. · Maximum Continuous Output Current: Supports up to 3A, suitable for a variety of small to medium-sized DC motors. Specifications: · Duty Cycle Adjustment Range: 0% - 100% · Input Voltage: DC 6-28V · Maximum Continuous Output Current: 3A · Product Dimensions: 57 x 37 x 21mm / 2.24 x 1.46 x 0.83 inches Package Includes: · 1 x DC Motor Speed Controller This 1203BS DC Motor Speed Regulator is an essential tool for precise motor speed management, offering smooth forward and reverse control with simple button operation. Its stable performance, wide input range, and compact form factor make it ideal for hobbyists, engineers, and DIY enthusiasts looking to optimize motor-driven applications.