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- Mounted In A Premium Wooden Frame
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- Fronted With Acrylic Perspex
- Handmade In Our UK Workshop
1. Works with official Arduino boards
2. This is an I2C controlled PWM driver board with a built-in clock
3. You can use 3.3V MCU to control and drive the output up to 6V
4. 6 address select pins allow you to connect 62 driver boards to one I2C bus, total 992 channels of PWM output
5. About 1.6KHz frequency modulation PWM output
6. PCA9685 chip is at the center of the board
7. With power input terminal
8. With green power indicator light
9. Convenient to insert total 16 servos at the same time
10. With reverse polarity protection for input
11. Cascade design
12. Put a bulky capacitor on the V+ line
13. Put 220 ohm resistance components onto all PWM output lines
2. This is an I2C controlled PWM driver board with a built-in clock
3. You can use 3.3V MCU to control and drive the output up to 6V
4. 6 address select pins allow you to connect 62 driver boards to one I2C bus, total 992 channels of PWM output
5. About 1.6KHz frequency modulation PWM output
6. PCA9685 chip is at the center of the board
7. With power input terminal
8. With green power indicator light
9. Convenient to insert total 16 servos at the same time
10. With reverse polarity protection for input
11. Cascade design
12. Put a bulky capacitor on the V+ line
13. Put 220 ohm resistance components onto all PWM output lines
Specification:
| General |
|
| Package Weight |
|
1. Works with official Arduino boards
2. This is an I2C controlled PWM driver board with a built-in clock
3. You can use 3.3V MCU to control and drive the output up to 6V
4. 6 address select pins allow you to connect 62 driver boards to one I2C bus, total 992 channels of PWM output
5. About 1.6KHz frequency modulation PWM output
6. PCA9685 chip is at the center of the board
7. With power input terminal
8. With green power indicator light
9. Convenient to insert total 16 servos at the same time
10. With reverse polarity protection for input
11. Cascade design
12. Put a bulky capacitor on the V+ line
13. Put 220 ohm resistance components onto all PWM output lines
2. This is an I2C controlled PWM driver board with a built-in clock
3. You can use 3.3V MCU to control and drive the output up to 6V
4. 6 address select pins allow you to connect 62 driver boards to one I2C bus, total 992 channels of PWM output
5. About 1.6KHz frequency modulation PWM output
6. PCA9685 chip is at the center of the board
7. With power input terminal
8. With green power indicator light
9. Convenient to insert total 16 servos at the same time
10. With reverse polarity protection for input
11. Cascade design
12. Put a bulky capacitor on the V+ line
13. Put 220 ohm resistance components onto all PWM output lines
Specification:
| General |
|
| Package Weight |
|
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