Waveform Generator IC | Electronic testing, lab equipment | Frequency Range: Industry: 0.1Hz–1MHz (baseline) Our Base: 0.1Hz–300kHz (▲) Our Advanced: 0.1Hz–500kHz (▲▲, 50% higher) | Supports sine, square, triangle waves; compact DIP14 package. | Base model’s 300kHz cap may limit high-end applications. |
Voltage-Controlled Oscillator | RF communication systems, frequency modulation | Tuning Voltage: Industry: 0–10V (standard) Our Base: 0–15V (▲) Our Advanced: 0–20V (▲▲, 100% range extension) | Flexible frequency control for diverse modulation needs. | Higher power consumption at max voltage. |
Precision Waveform IC | Medical devices, aerospace systems | Output Accuracy: Industry: ±5% (common tolerance) Our Base: ±2% (▲) Our Advanced: ±1% (▲▲, lab-grade precision) | Critical for applications requiring sub-2% accuracy (e.g., MRI calibration). | Higher cost due to precision components and testing. |
General-Purpose IC | Educational kits, hobbyist projects | Waveform Types: Industry: 2 types (basic) Our Base: 3 types (▲) Our Advanced: 5 types (▲▲, incl. sawtooth & customizable) | Affordable and versatile for learning/prototyping. | Base model lacks advanced waveforms for specialized tasks. |
High-Frequency IC | Radar systems, microwave communication | Max Frequency: Industry: 50MHz (entry-level) Our Base: 100MHz (▲) Our Advanced: 150MHz (▲▲, industry-leading) | Advanced version handles high-frequency demands (e.g., 5G infrastructure). | Requires robust cooling for sustained high-frequency operation. |
Low-Power IC | IoT sensors, portable devices | Power Consumption: Industry: 100mW (typical) Our Base: 80mW (▲) Our Advanced: 50mW (▲▲, 50% lower) | Extends battery life in battery-operated systems (e.g., wearables). | Reduced output power may limit performance in power-hungry applications. |