L6208PD013TR

Product Overview

• Category: Integrated Circuit (IC)
• Use: Motor Driver
• Characteristics: High voltage, high current, bipolar stepper motor driver
• Package: PowerSO-36 package
• Essence: The L6208PD013TR is a highly efficient and reliable motor driver IC designed for controlling bipolar stepper motors.
• Packaging/Quantity: Available in tape and reel packaging with 2500 units per reel.

Specifications

• Supply Voltage: 8V to 52V
• Output Current: Up to 2.8A per phase
• Operating Temperature Range: -40°C to +150°C
• Control Interface: Parallel or serial interface
• Protection Features: Overcurrent, thermal shutdown, and undervoltage lockout protection

Detailed Pin Configuration

The L6208PD013TR has a total of 36 pins arranged as follows:

1. VCP - Charge pump capacitor positive supply voltage
2. CP1 - Charge pump capacitor connection
3. CP2 - Charge pump capacitor connection
4. GND - Ground
5. VREF - Reference voltage output
6. REF - Reference voltage input
7. VCC - Logic supply voltage
8. IN1 - Input 1
9. IN2 - Input 2
10. IN3 - Input 3
11. IN4 - Input 4
12. OUT1 - Output 1
13. OUT2 - Output 2
14. OUT3 - Output 3
15. OUT4 - Output 4
16. VCP - Charge pump capacitor positive supply voltage
17. CP1 - Charge pump capacitor connection
18. CP2 - Charge pump capacitor connection
19. GND - Ground
20. VREF - Reference voltage output
21. REF - Reference voltage input
22. VCC - Logic supply voltage
23. IN1 - Input 1
24. IN2 - Input 2
25. IN3 - Input 3
26. IN4 - Input 4
27. OUT1 - Output 1
28. OUT2 - Output 2
29. OUT3 - Output 3
30. OUT4 - Output 4
31. VCP - Charge pump capacitor positive supply voltage
32. CP1 - Charge pump capacitor connection
33. CP2 - Charge pump capacitor connection
34. GND - Ground
35. VREF - Reference voltage output
36. REF - Reference voltage input

Functional Features

• High voltage and current capability for driving bipolar stepper motors.
• Integrated protection features to prevent damage from overcurrent, thermal shutdown, and undervoltage conditions.
• Parallel or serial interface for easy control and integration with microcontrollers.
• Efficient power management for improved energy efficiency.

Advantages and Disadvantages

Advantages: - High voltage and current capability make it suitable for a wide range of stepper motor applications. - Integrated protection features ensure the safety and reliability of the motor driver. - Flexible control interface allows for easy integration into various systems. - Efficient power management helps optimize energy consumption.

Disadvantages: - Limited to driving bipolar stepper motors only. - May require additional external components for certain applications. - Higher cost compared to simpler motor driver solutions.

Working Principles

The L6208PD013TR operates by receiving control signals from a microcontroller through its parallel or serial interface. These control signals determine the direction and speed of the connected bipolar stepper motor. The IC amplifies and regulates the received signals to drive the motor coils, enabling precise control of the motor's rotation.

Detailed Application Field Plans

The L6208PD013TR is commonly used in various applications that require precise control of bipolar stepper motors. Some typical application fields include:

1. Robotics: The IC is used in robotic systems to control the movement of robot arms, legs, or other motorized components.
2. CNC Machines: It finds application in computer numerical control (CNC) machines for accurate positioning and movement control.
3. 3D Printers: The IC is utilized in 3D printers to control the movement of the print head and build platform.
4. Industrial Automation: It is employed in industrial automation systems for controlling conveyor belts, assembly line equipment, and other motor-driven machinery.

Detailed and Complete Alternative Models

• L6208PD
• L6208N
• L6208Q
• L6208QTR

These alternative models offer similar functionality and characteristics to the L6208PD013TR and can be considered as suitable replacements depending on specific requirements and availability.

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