Found 200 matches (page 14 of 20)
Signal Analyzer, N5181A Signal Generators, E3631A Power Supply, U2004A Power Sensor. For Spurs: Agilent N5181A Signal Generator, E4440A Spectrum Analyzer. For Switching Time: Agilent’s N5181A Signal Frequency: Agilent’s N5181A Signal Generator, N9020A Signal Analyzer, E3631A Power Supply, 81110A Pulse simplifies power supply design. An internal negative voltage generator supplies the desired negative CMOS-compatible signals: Data, Clock, and Latch Enable (LE). The Data and Clock inputs allow data to be
Signal Analyzer, N5181A Signal Generators, E3631A Power Supply, U2004A Power Sensor. For Spurs: Agilent N5181A Signal Generator, E4440A Spectrum Analyzer. For Switching Time: Agilent’s N5181A Signal Agilent’s N5181A Signal Generator, N9020A Signal Analyzer, E3631A Power Supply, 81110A Pulse supply design. An internal negative voltage generator supplies the desired negative voltage. Single Agilent’s E5071C Network Analyzer & E3631A Power Supply. For Compression: Agilent’s N9020A Signal
Signal Generators, E3631A Power Supply, U2004A Power Sensor. For Spurs: Agilent N5181A Signal Generator, E4440A Spectrum Analyzer. For Switching Time: Agilent’s N5181A Signal Generator, 81110A Pulse Generator, 54832B Oscilloscope, E3631A Power Supply. For Max Control Frequency: Agilent’s N5181A Signal Generator, N9020A Signal Analyzer, E3631A Power Supply, 81110A Pulse Generator. Measurement Conditions & E3631A Power Supply. For Compression: Agilent’s N9020A Signal Analyzer, E8247C RF Generator,
Generators, E3631A Power Supply, U2004A Power Sensor. For Spurs: Agilent N5181A Signal Generator, E4440A Spectrum Analyzer. For Switching Time: Agilent’s N5181A Signal Generator, 81110A Pulse Generator, 54832B Oscilloscope, E3631A Power Supply. For Max Control Frequency: Agilent’s N5181A Signal Generator, N9020A Signal Analyzer, E3631A Power Supply, 81110A Pulse Generator. Measurement Conditions E3631A Power Supply. For Compression: Agilent’s N9020A Signal Analyzer, E8247C RF Generator, E3631A
Compression: Agilent’s N9020A Signal Analyzer, E8247C RF Generator, E3631A Power Supply & U2004A Power Sensor. For Input IP3: Agilent’s N9020A Signal Analyzer, N5181A Signal Generators, E3631A Power Supply, U2004A Power Sensor. For Spurs: Agilent N5181A Signal Generator, E4440A Spectrum Analyzer. For Switching Time: Agilent’s N5181A Signal Generator, 81110A Pulse Generator, 54832B Oscilloscope, E3631A Power Supply. For Max Control Frequency: Agilent’s N5181A Signal Generator, N9020A Signal Analyzer,
Signal Analyzer, N5181A Signal Generators, E3631A Power Supply, U2004A Power Sensor. For Spurs: Agilent N5181A Signal Generator, E4440A Spectrum Analyzer. For Switching Time: Agilent’s N5181A Signal Frequency: Agilent’s N5181A Signal Generator, N9020A Signal Analyzer, E3631A Power Supply, 81110A Pulse supply simplifies power supply design. An internal negative voltage generator supplies the desired controlled by three CMOS-compatible signals: Data, Clock, and Latch Enable (LE). The Data and Clock
negative voltage generator of DAT. Connects to ground per Figure 1 23 P/S P/S Pad of DAT. Connects State Change 0.5 dB of Final Value 0 t Gain A Gain B t RF Output Signal Switching Speed Table 2. Truth by three CMOS-compatible signals: Data, Clock, and Latch Enable (LE). The Data and Clock inputs
Deal • Multiply 15 GHz signal source to 30 GHz • Buffer input signals for +20 dBm output level • Integrates seamlessly with SSG-15G-RC signal generator • USB and Ethernet control Millimeter Wave | USB Signal generator FX-30G-RC integrates seamlessly with Mini-Circuits’ SSG-15G-RC to create a single, cost effective, millimeter wave signal generator, offering CW and pulsed outputs from 10 MHz to 30 GHz. specifications and features when configured as a 10 MHz to 30 GHz signal generator Feature
-40 dBm to +28 dBm THE BIG DEAL y Multiply 15 GHz signal source to 30 GHz y Buffer input signals for +28 dBm output level y Integrates seamlessly with SSG-15G-RC signal generator y USB and Ethernet Cost-Effective 10 MHz to 30 GHz Signal Generator FX-30GHP-RC integrates seamlessly with Mini-Circuits’ SSG-15G-RC to create a single, cost effective, high power millimeter wave signal generator, offering CW to 30 GHz signal generator Feature Advantages Works with SSG-15G-RC The FX-30GHP-RC is designed to
output power with nearly all commercially avail- able signal generators High Reverse Isolation Insulates load reflections to protect sensitive signal sources from potential damage and performance contribution of harmonics signals. 2. Specifications apply to CW signals only permanent damage may applications. This rugged amplifier is capable of amplifying signals up to 100W output power over its
