Used PHOTODYNE 22XLC #9068300 for sale

PHOTODYNE 22XLC is an advanced electronic test equipment equipment designed for high-frequency circuit design and testing. This full-featured test equipment system is capable of providing accurate RF measurements in frequency and time domains. The unit includes a high-speed digital sampling oscilloscope, digital source control, vector network analyzer, spectrum analyzer, digital signal generator, and pulse generator. 22XLC digital sampling oscilloscope is designed for high-frequency circuit design and characterization. With its capability to measure to more than 50 GHz, it is ideal for such high-speed applications as used in leading-edge digital communication systems. It features a fast acquisition rate of up to 50 GS/s and a 1 GHz sine-wave showning up to 1 mV, with high accuracy and fast update times. In addition, it features a 1 vm sensitivity in stable conditions, and a real-time spectrum analysis up to 20 GHz with a resolution bandwidth of 10 Hz. The digital signal generator and pulse generator are both capable of producing frequencies for up to 18 GHz and 1 GHz with a sweep rate up to 200 ms/s and a pulse rate as high as 200 MHz. These generators provide plenty of frequency modulation options for testing and signal generation for components and systems. With the machine's vector network analyzer, accurately measure the amplitude-frequency and phase-frequency responses of a given sample, up to frequencies of 18GHz. This type of test is critical for characterizing devices such as filters, amplifiers, RF switches, and antennas. PHOTODYNE 22XLC tool also includes a spectrum analyzer, which is designed for testing RF and microwave frequency signals. It offers frequency coverage from 10 Hz to 30 GHz. In addition, the analyzer has three sweep modes - normal, accumulated, and peak search. This allows for fast, accurate measurements, with a dynamic range of 90 dB. Combined with the asset's other wide range of capabilities, 22XLC makes an ideal choice for testing and characterization of high-frequency circuits. With its high accuracy, stability, and resolution, this test equipment model is the ideal choice for demanding RF and microwave circuits and components design and verification.