New Product
We're pleased to announce that we've increased the offerings for our high-performance, low phase noise benchtop frequency synthesizers. In sync with our evolving catalog of YIG synthesizer components, our custom-tuned benchtop YIG synthesizer line now offers RF and microwave designers working at frequencies up to 20 GHz the chance to upgrade their test benches with the best technology ...
Event
Yttrium iron garnet (YIG) delivers the undisputed lowest phase noise and tuning speed of any RF/microwave synthesizer or filter technology. Learn how to put it at your fingertips with the best optimized YIG synthesizer or YIG filter test box made just for you. This is the kind of ATE equipment you've been dreaming of. So stop by our IMS 2019 booth # 1104 in Boston June 4th - 6th and see ...
New Product
This fast-switching frequency synthesizer keeps the spurious and phase-noise levels low across a total frequency tuning range as wide as 50 MHz to 21 GHz. Microwave signal sources must deliver on many different levels. Depending on the application, they may need to switch frequencies quickly, often in fine frequency steps, and always with low phase noise. Achieving this combination of high performance ...
Blog
Yttrium Iron Garnet (YIG) is a synthetic crystal that offers very high Q characteristics. (Learn more about Q factor in this wiki post: https://en.wikipedia.org/wiki/Q_factor ). This high Q provides the lowest phase noise performance in oscillators, and the most optimal multi-octave frequency tuning in both oscillators and filters. YIG crystals are “grown”, like silicon crystals. The ...
Blog
1. YIG RF Bandpass Filters: In an RF bandpass filter, the coupling loops are aligned at a 90° angle to prevent direct RF coupling. One end of each loop is grounded. This prevents the filtered signal from being reflected. The RF input signal of the coupling loop modulates the magnetic field around the YIG sphere, this modulation is coupled to the magnetic field resonating around the YIG sphere, ...
New Product
MLMS-Series Frequency Synthesizers 250 MHz to 16 GHz: Micro Lambda Wireless, Inc. announces the production release of a new smaller and lower cost frequency synthesizer designed to fit into a single slot PXI chassis. Standard frequency models are available covering 250 MHz to 6 GHz, 2 to 8 GHz, 6 to 13 GHz and 8 to 16 GHz. Special customer defined frequency ranges within the entire frequency range ...
New Product
If you're looking for a high-quality YIG-Tuned Oscillator, look no further. Our YIG-Tuned Oscillator designs cover frequency ranges from 500 MHz to 44 GHz. Both narrow band or wideband configurations are available in the standard product offerings. Permanent Magnet designs covering the 2 GHz to 22 GHz fundamental ranges, through 44 GHz using frequency doublers and Electromagnetic designs covering ...
New Product
We're pleased to announce the production release of our MLUN-Series YIG-Tuned bandreject filters with 50 dB notch depths at 500 MHz and 60 dB notch depths starting at 2 GHz. Standard models cover the 500 MHz to 2 GHz, 2 to 6 GHz, 6 to 18 GHz and 2 to 18 GHz.   The standard model operates over the 0 to +65 C temperature range, but Military versions covering -40 to +85C are available ...
New Product
Re-released: We're happy to re-announce the production release of MLSP-Series low noise frequency synthesizers covering up to 33 GHz. Standard models include MLSP-1829 covering 18 to 29 GHz and MLSP-2333 covering 23 to 33 GHz. Step sizes are programmable from 1 kHz and up using 5 wire SPI or standard USB control. Units are available with internal crystal reference, external crystal reference ...
Resource
Using small conductive “loops” a YIG filter is coupled to and from a YIG spheres’ resonant magnetic field. The closer the loop, the wider the bandwidth. Bandwidth can also be expanded by increasing the number of YIG resonators and carefully “tuning” the RF coupling loops. In this brief, RF engineers will learn the three basic methods in which this coupling is applied: ...
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