LICAEVEY Phase Locked Loop Module Fit for ADF4351 Chip, 35MHz-4.4GHz RF Source Frequency Synthesizer Development Board with OLED Display and USB Host Communication

Spec: Item Type: Phase Locked Loop Module Product Material: PCB Module Type: Wideband Phase Locked Loop Frequency Source Module Function: Fixed Frequency, Sweep Frequency, Power Adjustment Module Current: 220mA (Maximum) Module Reference Frequency: 100MHz Reference Frequency Signal Amplitude: 700mVpp (Minimum) Frequency Stability: >25PPM Phase Noise: Varies by frequency point Module Output Frequency Range: 35MHz-4.4GHz Module Output Power: 7dBm (Maximum) Frequency Control Step: 0.1MHz Sweep Frequency Step: 0.1MHz-.9MHz Sweep Time Step: 1mS-9mS Output Power Adjustment: 0dB, -3dB, -6dB, -9dB Module Output Interface: SMA Module Output Signal: Sine Wave or Square Wave Module Output Channels: 2 (Differential Channels) Module Output Impedance: 50Ω How to Use: Install and use PackageList: 1 x Module 1 x Supply Cable

• Frequency Source: This phase locked loop module utilizes the ADF4351 chip to deliver high frequency stability (>25PPM) and low phase noise, ensuring dependable performance for precise RF applications such as signal analysis and communication testing.
• Multiple Functions: Offering versatile modes including fixed, sweep, and hop frequency, this module allows adjustable output power to cater to diverse RF testing and development needs
• Wideband Coverage: With broad frequency coverage from 35MHz to 4.4GHz, this PLL frequency synthesizer is practical for various applications including communication system testing, signal generation, and educational demonstrations.
• User Friendly: Featuring an intuitive organic LED display and physical buttons, this phase locked loop board supports USB host communication, simplifying operations and enabling real-time adjustments without complex setups.
• Signal Source: Equipped with an SMA female connector and 50Ω output impedance, this frequency source module ensures dependable and stable signal transfer for professional RF systems.