RF Source Module, USB 5V Power Supply Board Point and Sweep Frequency 23.5-6000Mhz Source Module for Communications, Radio Infrastructure
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0.15 kg
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Amazon
USA
- Feature: 1. [EXCELLENT SYNTHESIZER] The module adopts high performance frequency synthesizer that can work in integer and fractional N modes. 2. [FREQUENCY RANGE] The frequency range of the RF source module is 23.5?6000Mhz, with 2 modes of point frequency and sweep frequency. 3. [HIGH PERFORMANCE] This module can maintain good phase noise and spurious indicators, with stable and less interference. 4. [SIMPLE CONTROL] Powered by USB 5V, support button to adjust frequency output or serial device (not included) control. 5. [MULTIPLE USAGES] Widely used in radio infrastructure, test and measurement, satellite communications, clock generators and other fields. Specification: Item Type: RF Source Module Model: MAX2870 Material: PCB Frequency Output Range: 23.5-6000Mhz. 2 Modes: Point frequency and sweep frequency Minimum Control Accuracy: 0.001Mhz Amplitude Control: -4dB-1dB +2dB +5dB Power Supply Mode: USB 5V power supply Control 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 Source Module Note: Do not overload to use.
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EXCELLENT SYNTHESIZER: The module adopts high performance frequency synthesizer that can work in integer and fractional N modes. SIMPLE CONTROL: Powered by USB 5V, support button to adjust frequency output or serial device (not included) control. FREQUENCY RANGE: The frequency range of the RF source module is 23.5‑6000Mhz, with 2 modes of point frequency and sweep frequency. MULTIPLE USAGES: Widely used in radio infrastructure, test and measurement, communications, clock generators and other fields. HIGH PERFORMANCE: This module can maintain good phase noise and spurious indicators, with stable and less interference.