Used ROHDE & SCHWARZ FSU8 K76 #9200643 for sale

ROHDE & SCHWARZ FSU8 K76 is an advanced microwave frequency synthesizer from the renowned electronics company. It is used in a variety of applications and can be employed for general purpose signal generation as well as more specialized scenarios. The impressive analog performance and wide frequency range make it ideal for laboratory and test bench use. FSU8 K76 delivers a great combination of performance, reliability, and affordability with its 10 MHz to 20 GHz frequency range. Its fast frequency tuning and low phase noise level make it a great choice for frequency hopping systems, phase array radar, and precision frequency calibration. Furthermore, its integrated high-resolution frequency counter is capable of measuring up to 2 GHz (with 20 Hz resolution). The FSU8 offers excellent and uniform power output over its entire range with adjustable output power levels and a user-selectable AM/FM/φ modulation capability. Additionally, the synthesizer comes with an array of user-oriented features such as tight step size of 0.01 Hz, an external signal source locking, an external clock programming, and a large graphical up-front LCD display. The synthesizer includes an embedded controller, meaning all the functions of the unit can be operated remotely. ROHDE & SCHWARZ FSU8 K76 can be connected to a variety of devices such as network analysers, spectrum analysers, signal generators and signal sources. It also comes with a wide variety of connection ports and connectors, making it easy to integrate into any lab setup. It's highly stable power supply with low ripple levels makes it suitable for laboratory and routine use. Additionally, the convenient menu system and large graphical display make it easy to operate for even for those not used to working with the equipment. Overall, FSU8 K76 is an amazing frequency synthesizer that boasts excellent performance, reliable operation and an ease of use, making it a top choice for a wide range of microwave signal generation applications.