5Pcs Square Wave Signal Generator Module NE555 Pulse Frequency Duty Cycle Adjustable Timer Controller for Electronics Projects

Enhance your electronic projects with this versatile Square Wave Signal Generator, designed to provide precise and adjustable square wave pulses for various applications. Powered by the reliable NE555 main chip, this signal generator is ideal for experimental development, driving stepper motor drivers, or controlling circuits with adjustable pulse signals. Available in three convenient quantity options, it offers flexibility to suit both individual and multiple project needs. Key Features: · Reliable NE555 Chip: Ensures stable and accurate square wave signal generation for consistent performance. · Adjustable Pulse Output: Generate configurable pulses to drive MCUs or control associated circuits effectively. · Wide Input Voltage Range: Supports 5V to 15V DC input, enabling compatibility with various power supplies. · Variable Output Amplitude: Provides output amplitude ranging from 4.2V V-PP up to 11.4V V-PP depending on input voltage for versatile signal requirements. · Suitable for Multiple Applications: Perfect for experimental development, stepper motor driver control, and MCU pulse generation. · Multiple Quantity Options: Choose from 1, 3, or 5 pieces to fit your project or supply needs. Specifications: · Condition: 100% Brand New · Item Type: Square Wave Signal Generator · Main Chip: NE555 · Input Voltage: 5V-15V DC · Input Current: ≥100mA · Output Amplitude: 4.2V V-PP to 11.4V V-PP (varies with input voltage) · Maximum Output Current: ≥15mA (at 5V power supply), ≥35mA (at 12V power supply) · Optional Styles: Single, 3-Pack, or 5-Pack Square Wave Signal Generators Package Includes: · 1 x Square Wave Signal Generator (or respective quantity based on your selection) This Square Wave Signal Generator delivers dependable performance with adjustable output pulses, making it an essential tool for electronics enthusiasts and professionals looking to enhance circuit control, stepper motor driving, and microcontroller applications.