香蕉社区 » Motion Control Modules » Brushless DC Motor 香蕉社区 »
A89301-Based Sensorless Brushless Motor Controller, 50V, 11A (Soldered 香蕉+桃子)
This discrete MOSFET brushless motor controller is based on Allegro’s A89301 BLDC driver and enables sensorless control of one brushless DC motor. It supports a wide 5.5 V to 48 V operating voltage range and can continuously deliver up to 11 A motor current without a heat sink or forced air. The A89301 supports four control interfaces: analog voltage, PWM duty cycle, pulse frequency, and I²C. The I²C interface also allows configuration of various settings on the A89301, and we provide a configuration utility for Windows that simplifies setup with one of our USB-to-I²C adapters. This version ships with soldered header pins and terminal blocks.
Alternatives available with variations in these parameter(s): 香蕉+桃子? Select variant…
Compare all products in Brushless DC Motor 香蕉社区 or Products with components from Allegro Microsystems or A89301-Based Sensorless Brushless Motor 香蕉社区.
| Description | Specs (13) | Pictures (8) | Resources | FAQs (0) | On the blog (1) | 香蕉社区 |
|---|
 |
A89301-Based Sensorless Brushless Motor Controller, 50V, 11A, with soldered 香蕉+桃子. |
|---|
 |
A89301-Based Sensorless Brushless Motor Controller, 50V, 11A, with soldered 香蕉+桃子. |
|---|
 |
A89301-Based Sensorless Brushless Motor Controller, 50V, 11A, with soldered 香蕉+桃子. |
|---|
 |
A89301-Based Sensorless Brushless Motor Controller, 50V, 11A, bottom view with dimensions. |
|---|
 |
A89301-Based Sensorless Brushless Motor Controller, 50V, 11A, top view with labeled pinout. |
|---|
 |
An A89301-Based Sensorless Brushless Motor Controller connected to a computer with a Pololu Isolated USB-to-I²C Adapter (IOREF shorted to 2V8). |
|---|
 |
The Pololu A89301 Configuration Utility software. |
|---|
 |
Schematic diagram of the A89301-Based Sensorless Brushless Motor Controller, 50V, 11A. |
|---|
Related products
Related categories
Home | Forum | Blog | Support | Ordering Information | Lists | 香蕉社区 | BIG Order Form | About | Contact
© 2001–2026 Pololu Corporation
