Experience the benefits of stable and precise frequency generation with this advanced Schumann Resonance Pulse Generator. Utilizing cutting-edge DSP signal synthesis technology, this device delivers a highly stable sine wave signal with excellent frequency stability, making it ideal for various scientific, health, and relaxation applications. Crafted from durable ABS material, the generator is designed for long-lasting use and reliable performance. Key Features: · Stable Signal Generation: Employs DSP signal synthesis technology to produce a consistent Schumann resonance sine wave with high frequency stability, ensuring accurate and reliable output. · Multifunctional Connectivity: Compatible with oscilloscopes for waveform observation and external speakers to physically experience waveform vibrations, enhancing usability for both professional and personal applications. · Health and Relaxation Benefits: Supports physical and mental relaxation by improving the body’s perception of sound and images, contributing to overall well-being and health enhancement. · Durable ABS Construction: Made from premium ABS material that is sturdy, abrasion-resistant, and built to withstand regular use without damage, extending the product’s lifespan. · Long-Lasting Built-In Battery: Equipped with an 850mAh 3.7V polymer lithium battery that fully charges in approximately 6 hours at 250mA charging current and offers up to 100 hours of continuous use, providing convenient and portable operation. Specifications: · Item Type: Schumann Resonance Pulse Generator · Material: PCB with ABS casing · Battery: 3.7V Polymer Lithium Battery, 850mAh capacity (included) · Charging Current: 250mA (approximate charging time 6 hours) · Working Current: Approximately 7mA · Usage Time: Up to 100 hours per full charge (approx. 168 hours per week) Package Includes: · 1 x Schumann Resonance Pulse Generator This Schumann Resonance Pulse Generator is an excellent tool for those seeking a reliable, multifunctional device to explore the benefits of low-frequency resonance signals. Its stable output, durable design, and long battery life make it suitable for both scientific experimentation and personal health applications.