Products/Services for YIG
Electroceramics - (283 companies)Electroceramics are ceramic materials that have been specially formulated for specific electrical, electro-magnetic, or optical properties. They include dielectric ceramics, electrostrictive ceramics, ferrite ceramics, garnets (ferromagnets), and piezoelectric ceramics. Search by Specification | Learn More
Oscillators - (572 companies)Oscillators are devices that are used to generate repetitive signals. They produce output signals without an input signal. There are two major types of electronic oscillators: harmonic oscillators and relaxation oscillators. Harmonic oscillators produce sine wave outputs. Relaxation oscillators produce non-sine wave outputs such as square wave, rectangular wave, and sawtooth outputs. Search by Specification | Learn More
Optical Bandpass Filters - (108 companies)
Resonators - (170 companies)
Ferrite Ceramics and Ferromagnetic Materials - (94 companies)
Product News for YIG
API Technologies Corp - Spectrum Control
New Mini Hermetic L Circuit Solder-in EMI Filters is perfect for microwave and RF applications such as attenuators, oscillators, multiplexers, synthesizers, yig filters and amplifiers. Prices range from $1 - $3 per part depending on quantity and configuration required, and custom inquiries are welcome. About Spectrum Advanced Specialty Products: Spectrum Advanced Specialty Products produces coaxial filters & interconnects, advanced ceramics, antennas & assemblies, specialty connectors & harnessing and power filters & film modules... (read more)Browse EMI Filters and RFI Filters Datasheets for API Technologies Corp - Spectrum Control
Parts by Number for YIG
|Part #||Distributor||Manufacturer||Product Category||Description|
|CD15FD101FO3+YIG||National Microchip||Not Provided||Not Provided||Not Provided|
|CAT25256YIG||ASAP Semiconductor||ONS||Not Provided||STOCK|
|CAT25020YIG||ASAP Semiconductor||ONSEMI||Not Provided||cat25020yi-g|
|CAT25040YIG||ASAP Semiconductor||ONS||Not Provided||STOCK|
|CAT25020YIG||ASAP Semiconductor||ONS||Not Provided||STOCK|
...on the applied tuning voltage. Unlike YIGs the. VCOs are extremely fast; microseconds operation is easi-. ly achieved. VCOs are currently available as tiny ICs,. whose size, power consumption and cost is negligible in. comparison with the YIG devices. However, the noise per-. formance is considerably worse...
) that exceeds the performance of traditional. pendent power and frequency sweep, and list mode. A. YIG-based synthesizer designs at the same frequency set-. built-in power equalizer easily sets a flat or virtually any. tings. Phase hits (usually inherent to YIGs) are also. desirable output power...
...and (A,C,D) are lattice site. Yttrium aluminum iron garnet or YIG (Y2Fe5O12) is a common microwave or ferromagnetic garnet. Magnetization levels are modified by substituting Al for Fe or combinations of Ho, Dy or Gd for Y in microwave or ferromagnetic garnets....
In contrast, indirect phase-. lock-loop (PLL) frequency-synthesis architectures bring smaller-size and lower-cost benefits but. suffer from serious design tradeoffs. Historically, high-performance microwave PLL frequency. synthesizers have relied on YIG-tuned oscillators for broadband operation...
: Power leveling is the ability to hold power output constant as a function of. frequency. Broad band signal generators usually use Yig Oscillators (By varying dc current to a. Yig Oscillator, the frequency of the oscillator will change as a function of the current input to the. oscillator...
...signal. upconverter architectural design employ-. ing a flexible mix of primary functional. generator must encompass the dual functionality of a. modules such as: frequency synthesizer,. mixer, Yttrium Iron Garnet (YIG) band pass. generic frequency synthesizer and upconverter integrated. filter, RF...
-. …microsecond tuning speed. tal broadband systems. mined by a particular synthesizer architecture. require much wider. (together with YIG-based. and frequency plan. In microwave communi-. frequency coverage ex-. cation systems, the spurious products can limit. phase noise and spurious. tending...
Path (2.7-26.5 GHz). The RF input can be also. PXI family members. The reference generator circuitry routed through a YIG tuned pre-selector filter (YTF). utilized in the LOM is designed to be immune to external operating from the -12 V PXI chassis supply voltage and has. noise perturbations past...
...by the A/D con-. RF/Microwave components , such as YIG tuned. verter and Digital Signal Processing (DSP) soft-. pre-selection filters, which are utilized to synthe-. ware respectively will bear erroneous results. size a frequency translation device such as a. RF/MW Down Converter. As can be seen from...
408-428-1500. 8-428-15. ww. w w. w .pha. w. sem. .pha. a. sem trix. a. .com. trix. sal. a es. e @phas. ph em. e at. m rix.com. o. © 2008 P. 200. h. 8 P a. h s. a e Matrix, Inc. e Matrix. RF/MW Challenges in a PXI Form Factor. • PXI Voltage Supplies. – 12 Volts Max. • YIG Tuned Filter (YTF). power requirements...
IEEE transactions on magnetics cumulative index 1985-2000 volumes 21-36 [Subject Index]
...in cylindrically symmetric cavities. van Rienen, U., + , T-MAG Nov 85 2317-2320 YIG tuners for RF...
Advances in Nanoscale Magnetism
For example, the line-width of single crystal yttrium iron garnet ( YIG ) is about 1 G at...
Khrid yig rin po che gser gyi phreng ba by Klong chen rab 'byams pa, in KhGYT...
Magnetoelectronics of Microwaves and Extremely High Frequencies in Ferrite Films
waveguide converter YIG .
10.3.2 YIG /Au . . . . . . . . . . . . . . . . . . . . . . . . . . .
The dielectric layer is assumed to be Bi: YIG , with ε2 = 5.5 and g = 0.01.
Propagation characteristics of magnetostatic waves
...in a ferrimagnetic film such as the commonly used epitaxial yttrium-iron-garnet ( YIG ) film, viz., magnetostatic...
Quantitative study of the spin Hall magnetoresistance in ferromagnetic
insulator/normal metal hybrids
(Y3Fe5O12, YIG ).10,27,28 .
5.1.1 Integration of polycrystalline YIG films ............................................................................
Subject Index (Sep. 1983 Transactions)