ماژول PWM ژنراتور 3 کاناله HW-752 به همراه نمایشگر

ماژول سیگنال ژنراتور PWM سه کاناله دارای قابلیت تولید پالس مربعی قابل تنظیم می‌باشد که با استفاده ازسه کانال PWM مستقل، به طور همزمان می توان مقدار Duty Cycle و فرکانس را تنظیم کرد.این ماژول دارای دقت بسیار بالا و دامنه فرکانس بسیار گسترده‌ای می‌باشد. از ماژول سیگنال ژنراتور می‌توان برای تولید پالس‌های قابل تنظیم و کنترل مدارهای مرتبط استفاده کرد. 

مشخصات

• ولتاژ کاری: 3.3 الی 30 ولت
• جریان خروجی : 5 الی 30 میلی آمپر
• رنج فرکانس تولیدی: 1 هرتز الی 150 کیلو هرتز
• دقت فرکانس تولیدی: 2 درصد
• اندازه: 55×38 میلی متر

Specification

1. Three-way PWM output, adjustable frequency, three-way frequency output, duty cycle can be adjusted independently, suitable for most occasions;
2. LCD liquid crystal display frequency and duty cycle, very clear, very easy to adjust
3. Wide frequency range and high accuracy;
4. Serial communication
First, module description
3-way PWM output, wide frequency range, duty cycle can be adjusted independently in real time;
Duty cycle values range from 0 to 100%, where 100% is expressed in A%.
All setting parameters are saved after power off.
Second, the parameter settings
The module has 8 independent keys to set the frequency and duty cycle, support short press (increase or decrease a unit) and long press (fast increase or decrease), it is very simple, set parameters automatically save, power off is not Lost.
The 3-way duty-cycle button can be pressed at the same time, real-time adjustment, LCD display is the duty cycle of the last pressed button, real-time is very strong, can be used as a simple several-way duty cycle scan.
Third, the module parameters:
1. Working voltage: 3.3~30V;
2. Frequency range: 1Hz~150KHz;
3. Frequency accuracy: The accuracy in each range is about 2%;
4. Signal load capacity: The output current can be around 5~30ma;
5. Output amplitude: PWM amplitude and supply voltage are equal;
6. Ambient temperature: -20~+70¡ãC.
Fourth, the scope of application:
1. It is used as a square wave signal generator to generate square wave signals for experimental development and use;
2. Used to generate a square wave signal to control the motor driver;
3. Generate adjustable pulses for use by the MCU;
4. Generate adjustable pulses, control the relevant circuit (PWM dimming and other applications).