Used ROHDE & SCHWARZ SME03 #9060413 for sale

ROHDE & SCHWARZ SME03 is a multi-level synthesizer generator that offers a wide array of signal generation capabilities. It includes modules for low-noise frequency upconversion, high-level power amplification, and low-jitter time-of-day timing. This module is capable of providing signals to test a variety of components and systems that utilize high-frequency signals. SME03 was developed for scenarios that require high dynamic range, low phase noise, and low spurious emission levels. ROHDE & SCHWARZ SME03 utilizes broadband upconversion architecture in order to produce user-defined outputs that upconvert single-level signals to much higher frequencies. This module allows for frequency steps of up to 10 MHz with unprecedented levels of accuracy, amplitude stability, and switching speed. The phase noise performance of SME03 is also particularly high, reaching levels of -180dBc/Hz for 1kHz offset. In addition, its high dynamic range of -117 dBV ensures that users can faithfully reproduce signals with both amplitude and phase accuracy. ROHDE & SCHWARZ SME03 utilizes a built-in 10 W power amplifier for optimum output power from low frequencies up to 67 GHz. This power amplifier allows for signal boosting while providing superb linearity and spectral purity with a low noise floor. The output power is fully adjustable by the user and is capable of reaching as high as +20 dBm. For time-of-day clock synchronization, SME03 utilizes a low-jitter timing reference that is accurate to within 2 ns of UTC. This clock signal can be used to accurately time-stamp data that is generated from ROHDE & SCHWARZ SME03. It also ensures minimal drift of the device over time or temperature variation. Overall, SME03 is an extremely capable electronic test equipment that can generate a wide variety of high-frequency signals with exceptional accuracy and power capability. Its low noise floor and high dynamic range make it ideal for testing and evaluating a variety of components and systems. It is well-suited for use in modern day radio communications and test engineering.