Enhance your RF projects with this high-performance RF Oscillator Module, designed for reliable frequency control and stable output within the 515MHz to 1150MHz range. Constructed with a robust 1.6mm thick double-sided PCB, this module ensures excellent current handling and durability, supporting both large and small currents with superior stability. Its one-piece molding design offers a smooth surface and burr-free edges, simplifying installation and maintaining a clean, professional finish. Key Features: · Wide Frequency Range: Covers 515MHz to 1150MHz with precise voltage-controlled frequency outputs, enabling flexible tuning for various RF applications. · Stable Output Power: Delivers a consistent 7dBm (5 milliwatts) output power, ideal for reliable signal generation and transmission. · Low Harmonic Distortion: Features an output harmonic level of -22dBc, ensuring signal integrity and minimizing interference. · Superior PCB Construction: Utilizes a 1.6mm thick double-sided printed circuit board, enhancing electrical performance and ensuring robust current carrying capability. · Advanced Craftsmanship: Manufactured with advanced technology and fine finishing for high-quality, durable performance. · Large Area Heat Dissipation: Optimized for heat management to guarantee extended operation without overheating. · Convenient SMA Female RF Interface: Provides easy and secure connection compatibility with standard RF cables and devices. Voltage-Controlled Frequency Outputs: · 0V: 515MHz · 1V: 615MHz · 2V: 690MHz · 3V: 754MHz · 4V: 808MHz · 5V: 864MHz · 6V: 916MHz · 7V: 972MHz · 8V: 999MHz · 9V: 1030MHz · 10V: 1070MHz · 11V: 1110MHz · 12V: 1150MHz Specifications: · Item Type: RF Oscillator Module · Material: PCB · Frequency Range: 515MHz – 1150MHz · Output Power: 7dBm (5 milliwatts) · Output Harmonic: -22dBc · Output RF Interface: SMA Female · Board Thickness: Approx. 1.6mm (0.1in) Package Includes: · 1 x RF Oscillator Module This RF Oscillator Module combines reliable frequency stability, durable construction, and efficient heat dissipation, making it an excellent choice for communication, signal processing, and RF development projects. Its precise voltage-controlled frequency output allows for adaptable application requirements while its robust PCB design guarantees long-term performance.