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Coaxial Voltage Controlled Oscillator ZX95-3146+ has 5V Tuning for PLL IC's 3000 to 3110 MHz; R & D; LAB; Instrumentation; Wireless communications Applications; High Power Output, +9 dBm typ.; Low Phase Noise; Low Pushing and Protected by US patent 6,790,049 Features.
Coaxial Voltage Controlled Oscillator ZX95-928C+ Low Noise 902 to 928 MHz; R & D; Instrumentation; RFID Reader; Defense communication Applications; 5 V Tuning Voltage range and is protected by US patent 6,790,049 features.
The new AU4550 Pulsed IV/RF Instrument provides unequalled test accuracy, compact design, and inexpensive options and modular hardware that allow easy, inexpensive upgrading.
MECA offers DC Blocking, L1 Band, GPS Splitters for next generation BTS applications in 2-way through 16-way configurations. Low loss design eliminates the need for costly amplification and features high isolation between ports (35 dB typ) & exceptional VSWR (1.10:1 typ). Standard models pass DC between ports S and 2.
TestWave™ software integrates test and measurement (T&M) equipment with simulation software for communication systems and radio frequency (RF)/microwave circuits. Together with the Microwave Office® and Visual System Simulator™ (VSS), TestWave provides wireless system and RF/microwave circuit designers a complete integration of the design process, combining schematic simulation, test signal generation, and test and measurement verification.
RFA™ is an advanced system-level planning and specification tool for RF communication system engineers who need to quickly create and verify the initial specifications of a radio design.
RSS
Coaxial Voltage Controlled Oscillator ZX95-3146+ has 5V Tuning for PLL IC's 3000 to 3110 MHz; R & D; LAB; Instrumentation; Wireless communications Applications; High Power Output, +9 dBm typ.; Low Phase Noise; Low Pushing and Protected by US patent 6,790,049 Features.
MECA offers DC Blocking, L1 Band, GPS Splitters for next generation BTS applications in 2-way through 16-way configurations. Low loss design eliminates the need for costly amplification and features high isolation between ports (35 dB typ) & exceptional VSWR (1.10:1 typ). Standard models pass DC between ports S and 2.
TestWave™ software integrates test and measurement (T&M) equipment with simulation software for communication systems and radio frequency (RF)/microwave circuits. Together with the Microwave Office® and Visual System Simulator™ (VSS), TestWave provides wireless system and RF/microwave circuit designers a complete integration of the design process, combining schematic simulation, test signal generation, and test and measurement verification.