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TMC2208-LA
STEPPER MOTOR DRIVER IC, STEP/DI
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規格
| Series | StealthChop™ |
| Part Status | Active |
| Motor Type - Stepper | Bipolar |
| Motor Type - AC, DC | Brushed DC |
| Function | Driver - Fully Integrated, Control and Power Stage |
| Output Configuration | Half Bridge (2) |
| Interface | SPI, Step/Direction, UART |
| Technology | Power MOSFET |
| Step Resolution | 1 ~ 1/256 |
| Applications | General Purpose |
| Current - Output | 1.2A |
| Voltage - Supply | 5.5V ~ 36V |
| Voltage - Load | 5.5V ~ 36V |
| Operating Temperature | -40°C ~ 125°C (TJ) |
| Mounting Type | Surface Mount |
| Package / Case | 28-VFQFN Exposed Pad |
| Supplier Device Package | 28-QFN (5x5) |
| Base Product Number | TMC2208 |
概述
Description
The TMC2208-LA is a silent stepper motor driver designed by Trinamic for 3D printers and CNC machines. It utilizes advanced technology for precise control of stepper motors, offering features such as microstepping, which allows for smoother movements and reduced vibrations. The TMC2208 supports up to 256 microsteps, enabling finer control compared to traditional drivers.
Key features include:
1. StealthChop: Provides near-silent operation by minimizing noise and vibration.
2. SpreadCycle: An advanced chopper mode that enhances torque and responsiveness.
3. UART Interface: Allows for easy configuration and monitoring of driver parameters.
4. Automatic current scaling: Adjusts current based on motor load to improve efficiency.
The TMC2208-LA is suitable for applications requiring high precision and quiet operation, making it popular among hobbyists and professionals alike. It can be easily integrated into existing systems and is often used in projects requiring compact and efficient motor control solutions.
Key features include:
1. StealthChop: Provides near-silent operation by minimizing noise and vibration.
2. SpreadCycle: An advanced chopper mode that enhances torque and responsiveness.
3. UART Interface: Allows for easy configuration and monitoring of driver parameters.
4. Automatic current scaling: Adjusts current based on motor load to improve efficiency.
The TMC2208-LA is suitable for applications requiring high precision and quiet operation, making it popular among hobbyists and professionals alike. It can be easily integrated into existing systems and is often used in projects requiring compact and efficient motor control solutions.
Features
The TMC2208-LA is a stepper motor driver known for its advanced features designed to enhance performance in 3D printers and CNC machines. Key features include:
1. StealthChop Technology: Provides ultra-quiet operation, ideal for noise-sensitive applications.
2. Microstepping: Supports up to 1/256 microstepping for smooth and precise motor control.
3. CoolStep: Automatically adjusts the current supplied to the motor based on load, improving efficiency and reducing heat generation.
4. SpreadCycle: Offers advanced current control, enabling faster step rates and better torque performance.
5. Integrated Diagnostics: Features built-in diagnostics for over-temperature, under-voltage, and other conditions.
6. UART Interface: Allows for configuration and control via a serial interface, enabling customization of settings.
7. Low RDS(on): Reduces power dissipation, enhancing thermal management.
8. Easy-to-Design: Compact design and simple connection options facilitate integration into various projects.
Overall, the TMC2208-LA is a versatile and efficient driver, making it popular among hobbyists and professionals alike.
1. StealthChop Technology: Provides ultra-quiet operation, ideal for noise-sensitive applications.
2. Microstepping: Supports up to 1/256 microstepping for smooth and precise motor control.
3. CoolStep: Automatically adjusts the current supplied to the motor based on load, improving efficiency and reducing heat generation.
4. SpreadCycle: Offers advanced current control, enabling faster step rates and better torque performance.
5. Integrated Diagnostics: Features built-in diagnostics for over-temperature, under-voltage, and other conditions.
6. UART Interface: Allows for configuration and control via a serial interface, enabling customization of settings.
7. Low RDS(on): Reduces power dissipation, enhancing thermal management.
8. Easy-to-Design: Compact design and simple connection options facilitate integration into various projects.
Overall, the TMC2208-LA is a versatile and efficient driver, making it popular among hobbyists and professionals alike.
Package
The TMC2208-LA is packaged in a small QFN (Quad Flat No-lead) package, specifically a 16-pin variant. This compact design facilitates efficient heat dissipation and board space savings, making it suitable for various applications in motor control.
Pinout
The TMC2208-LA is a stepper motor driver with a total of 16 pins. Here’s a concise breakdown of the pin functions:
1. VM (Pin 1): Power supply for the driver.
2. GND (Pin 2): Ground connection.
3. VIO (Pin 3): Logic level supply for the control pins.
4. NFAULT (Pin 4): Fault indication output.
5. STEP (Pin 5): Step signal input for controlling stepper movement.
6. DIR (Pin 6): Direction signal input.
7. ENABLE (Pin 7): Enable/disable the driver.
8. MS1, MS2 (Pins 8, 9): Microstepping configuration inputs.
9. SENSOR (Pin 10): Sensorless homing input.
10. R_SENSE (Pin 11): Sense resistor connection for current monitoring.
11. PWM (Pin 12): Pulse width modulation input for adjusting current.
12. DIAG (Pin 13): Diagnostic output.
13. CSN (Pin 14): Chip select for SPI communication.
14. SCK (Pin 15): Serial clock input for SPI.
15. MOSI (Pin 16): Master out/slave in for SPI communication.
16. MISO: Master in/slave out for SPI communication (if applicable).
This driver is commonly used for controlling stepper motors in 3D printers and CNC machines.
1. VM (Pin 1): Power supply for the driver.
2. GND (Pin 2): Ground connection.
3. VIO (Pin 3): Logic level supply for the control pins.
4. NFAULT (Pin 4): Fault indication output.
5. STEP (Pin 5): Step signal input for controlling stepper movement.
6. DIR (Pin 6): Direction signal input.
7. ENABLE (Pin 7): Enable/disable the driver.
8. MS1, MS2 (Pins 8, 9): Microstepping configuration inputs.
9. SENSOR (Pin 10): Sensorless homing input.
10. R_SENSE (Pin 11): Sense resistor connection for current monitoring.
11. PWM (Pin 12): Pulse width modulation input for adjusting current.
12. DIAG (Pin 13): Diagnostic output.
13. CSN (Pin 14): Chip select for SPI communication.
14. SCK (Pin 15): Serial clock input for SPI.
15. MOSI (Pin 16): Master out/slave in for SPI communication.
16. MISO: Master in/slave out for SPI communication (if applicable).
This driver is commonly used for controlling stepper motors in 3D printers and CNC machines.
Manufacturer
The TMC2208-LA is manufactured by Trinamic Motion Control, a company specializing in advanced motion control and driver technology for stepper motors and other types of motors. Founded in 2004 and headquartered in Hamburg, Germany, Trinamic focuses on providing innovative solutions for robotics, 3D printing, automation, and industrial applications. Their products often include integrated motion control systems, high-performance motor drivers, and custom solutions designed to enhance efficiency, reduce noise, and improve overall performance in motion control applications. Trinamic is recognized for its commitment to engineering excellence and cutting-edge technology in the field of mechatronics.
Application
The TMC2208-LA is a stepper motor driver widely used in 3D printers, CNC machines, and robotics. It is known for its quiet operation and smooth motion control, making it ideal for applications requiring precise positioning and reduced noise, such as home automation and industrial automation devices. Additionally, it supports features like sensorless homing and microstepping, enhancing its versatility in various motion control systems.
Equivalent
Equivalent products to the TMC2208-LA stepper motor driver include the A4988, DRV8825, and TMC2209. These drivers offer similar functions for controlling stepper motors but may differ in features such as current handling, microstepping capabilities, and thermal management. Always check datasheets for specific requirements and compatibility.
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