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L9110S Dual-Channel DC/Stepper Motor Driver
$1.5300
In stock
SKU
MTR-08-001
Volume discounts:
- +50 5 % $1.4600
- +100 7 % $1.4300
- +300 9 % $1.3900
- +500 11 % $1.3600
- +1000 14 % $1.3200
Product Variations:
Ships in 2-3 business days, then:
Free delivery in 12-15 days by Tracked Economic Shipping on orders over $100.
Free delivery in 7-10 days by Express Shipping on orders over $300.
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The L9110S Dual-Channel DC/Stepper Motor Driver Module is a compact motor driver for DC motors and two-phase stepper motors. It supports control of two DC motors or one four-wire stepper motor through two L9110S chips. The module is designed for direct connection to TTL/CMOS output levels. It is suitable for robotics, automation, and motor control projects. The driver features low saturation pressure and pin protection against high pressure. It also offers a wide operating temperature range.
Features of L9110S Dual-Channel DC/Stepper Motor Driver Module
- Dual-channel motor control
- Supports DC motors
- Supports two-phase stepper motors
- Direct TTL/CMOS connection
- Low saturation pressure
- Pin protection against high pressure
- Wide operating temperature range
Specifications of L9110S Dual-Channel DC/Stepper Motor Driver Module
- Supply voltage: 2.5 to 12 V
- Output current per channel: 800 mA continuous
- Controller chip: L9110S
- Output current: 1.0a (average)
- Output current: 2a (peak)
- Motor modes: CW
- Motor modes: CCW
- Motor modes: short brake
- Motor modes: Stop
- Built-in thermal shut-off circuit
- Built-in low-voltage detection circuit
- Operating temperature: 0 to 80 degrees Celsius
- Dimensions: 29 x 21 mm
- VCC: 2.5 to 12 V
- GND: Ground
- IA1 / IB1 / IA2 / IB2: Microcontroller IO connection pins
How to Use L9110S Dual-Channel DC/Stepper Motor Driver Module
- Connect VCC and GND to the external supply.
- Connect IA1, IB1, IA2, and IB2 to the microcontroller IO ports.
- Use the input signals to control the motor mode.
More Info
- Two motor outputs can be controlled separately.
- Motor speed cannot be controlled.
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