Anritsu 68137C Synthesized Signal Generator

Anritsu 68137C Synthesized Signal Generator

Welcome to a Biomedical Battery specialist of the Anritsu Battery

The Anritsu 68C/69B series with battery like Anritsu MW9070 Battery, EXFO XW-E413 Battery, Anritsu MW9070B Battery, EXFO MAX-710B Battery, EXFO MAX-720B Battery, EXFO MAX-730M Battery, Yokogawa IM-AQ1200-02EN Battery, Yokogawa AQ1200 Battery, Yokogawa AQ1200E Battery, Yokogawa AQ1205A Battery, Yokogawa AQ1205F Battery, Agilent M2 Battery are your best choice for A.T.E. applications. They pack the highest performance available in a single 13.3 cm package to minimize rack space. High output power assures adequate signal strength to the device under test even after A.T.E. switching and cabling losses.

Accurately leveled output power to 120 dBm in 0.01 dB steps facilitates receiver sensitivity measurements. Fast 5 ms switching time maximizes system throughput. Internal list mode frees the A.T.E. controller to perform measurement analysis tasks. Optional SCPI programmability and free application drivers, including the IVICOM driver and National Instruments LabView drivers, save you time and money in code generation and maintenance.

The 68100C series are your ideal component test signal sources. Analyze key communications, electronic warfare and RADAR components at baseband, IF and carrier frequencies to 65 GHz. Analyze extremely high-Q components with the optional 0.1 Hz frequency resolution. Step sweep mode delivers synthesized frequency accuracy, or choose analog sweep for the fastest possible sweep times.

With < 60 dBc specified spurious levels, network analysis and power measurement errors are eliminated. Compression measurements are simple with the 0.01 dB resolution available in power sweep mode.

Sophisticated master/slave capability permits two synthesizers to sweep synchronously for mixer or frequency converter measurements. Up, down, harmonically related, and many other inter-dependent sweeps can be configured with the digitally-controlled master/slave capability.