RF Source Module, USB 5V Power Supply Board for Frequency Synthesis 23.5 to 6000Mhz Communications Radio Infrastructure

Item Type: RF Signal Source ModuleModel: MAX2870Material: PCBFrequency Output Range: 23.5-6000Mhz. 2 Modes: Point frequency and sweep frequencyMinimum Control Accuracy: 0.001MhzAmplitude Control: -4dB-1dB +2dB +5dBPower Supply Mode: USB 5V power supplyControl Method: 1. Adjust the frequency output through the 5 buttons on the board.2. Serial Port Control Mode 1: Onboard USB to serial port chip, computer can directly control, no control software is provided.3. Serial Port Control Mode 2: Through the board serial port interface, it is controlled by other hardware devices.Package List：1 x RF Signal Source ModuleNote:Do not overload to use.

• Excellent Synthesizer: This module features a high performance frequency synthesizer capable of operating in both integer and fractional N modes. It delivers precise frequency generation, making it suitable for demanding applications that require accuracy and reliability.
• Simple Control: The RF source module is powered by a USB 5V supply and supports easy frequency output adjustment via a button or through serial device control (serial device not included). This simple interface allows users to quickly configure settings without complex setup procedures.
• Frequency Range: With a wide frequency range from 23.5 to 6000 MHz, this module offers two modes of : point frequency and sweep frequency. This versatility makes it optimal for various applications, including testing, measurement, and communication systems requiring broad spectrum coverage.
• Multiple Usages: Widely applicable in radio infrastructure, test and measurement, communications, and clock generators, this RF source module is a versatile tool. Its adaptability ensures it can meet the diverse needs of professionals working in these fields, enhancing functionality and efficiency.
• High Performance: Maintaining excellent phase noise and spurious indicators, this module ensures stable performance with minimal interference. Its stable and consistent signal quality make it an essential component for applications where signal integrity and performance are critical.