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RF Inductor Design
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Transformer winding services design transformers and other magnetics products for application-specific and OEM usage in a variety of industrial, medical, military, aerospace, telecommunications, commercial and specialty applications.
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Supplier: Datatronics™Description: Features ��Maximum DC Line Current up to 80mA DC ��Dielectric strength 850VDC for 1 second ��Extended temperature range available ��Customization available ��Optimized design for size and performance
- Type: Telecom / LAN Transformer
- Transformer Category: Signal / RF Transformer
- Mounting / Form Factor: PC / PCB Mount
- Standards: RoHS Compliant, WEEE Compliant
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Supplier: Avago TechnologiesDescription: shunt-series inductor at the input, the device is easily matched to achieve a noise of 1.6 dB at 2.4 GHz. For 2.4 GHz applications and above, the output is well matched to 50 Ohms. Below 2 GHz, gain can be increased by using conjugate matching. The circuit uses state-of-the-art PHEMT technology
- Amplifier Type: Low Noise Amplifier
- MMIC Technology Required: Yes
- Package Type: Surface Mount Technology (SMT)
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Supplier: Premier Magnetics, Inc.Description: a very simple solution to power conversion designs. The inductor or transformer used are critical to the overall performance of the converter and typically define the overall efficiency, output power and physical size. The following tables of transformers were designed for use in the Flyback
- Topology / Configuration: Boost, Forward (Buck) Transformer, Flyback
- Mounting / Form Factor: PC / PCB Mount
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Description: in waveguides and coaxial lines. They are also used as a high-Q inductor-core material in such devices as slug tuners. Simple RF filters can be formed by passing filament leads through small blocks of ECCOSORB® MF or by casting appropriate sections of the material around such leads by using one
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Supplier: Agile MagneticsDescription: Custom Coil, Inductor and Transformer Manufacturer Regional Mfg. Specialists, Inc. (RMS) is a state of the art, 40,000 sq/ft manufacturing center in Concord, NH. We are a variable volume, custom, and contract manufacturer of magnetics and more. We make components that are trustworthy, reliable
- Transformer Capabilities: Autotransformer, Buck / Boost Transformer, Control Transformer, Current Transformer, Distribution Transformer, Ferroresonant Transformer, Filament Transformer, Flyback Transformer, Foil Wound Transformer, High Frequency Transformer, Isolation Transformer, Laminated Transformer, Power Transformer, Pulse Transformer, RF Transformer, Step-up / Step-down, Switchmode Transformer, Three Phase Transformer, Toroidal Transformer, Other
- Mounting Configuration: Chassis Mount, Dish / Disk Mount, Enclosure / Free Standing, H Frame, Pad Mount, PCB Mount, Other
- Application / Industry: Avionics / Aerospace, Audio, Automotive, Construction / Site, Industrial, Instrumentation, Marine, Medical, Military, Motors / Drives, Public Utility, Telecommunications, Other
- Location: North America, United States Only, Northeast US Only
Featured Products for RF Inductor Design Top
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Design engineers looking for a faster, smarter way to specify reliable, high-performance custom inductors for a wide range of OEM electronics circuit designs will find the new MagNETics Online Design Tool from Datatronic Distribution, Inc., eliminates headaches, saves time and reduces component cost. The new MagNETics Online Design Tool let's you begin the process of custom inductor design using the Internet. A simple, intuitive online web form guides circuit designers through the process... (read more)Browse Inductors, Coils, and Chokes Datasheets for Datatronics™ -
The OEP variable inductor offers truly continuous variation in inductance throughout its range: Literally any inductance between 0 and maximum (typically 28 uH) can be obtained, with a practical working resolution of .01 uH. Newly redesigned, the current version of the variable inductor makes use of all Oren Elliott Products has learned about RF design to deliver high-amperage performance superior to any inductor they've offered in the past. The new R128C is completely non-magnetic, and all... (read more)Browse Inductors, Coils, and Chokes Datasheets for Oren Elliott Products, Inc.
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CIRCUIT TYPES HIGH INSERTION LOSS. MINIATURE FILTERS - Filters 14 KHz to 1000 MHz 50 VDC. SUBMINIATURE FILTERS - PI, T, L, Type and more... RECTANGULAR FILTERS - Feed Through Mounting and Chassis Mounting. Power Filters - Dual Circuit Power Filters, Triple Circuit Power Filters, More... GENERAL PURPOSE FILTERS - U.L. Recognized. TELEPHONE & DATA LINE FILTERS. SIGNAL FILTER ASSEMBLIES For Secure Installations. SIGNAL & TELEPHONE CIRCUIT FILTERS. POWER FACTOR CORRECTION INDUCTOR ASSEMBLIES... (read more)Browse RF Transformers Datasheets for RFI Corporation
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The SKY67001-396LF is GaAs, pHEMT Low-Noise Amplifier (LNA) with an active bias and high linearity performance. The advanced GaAs pHEMT enhancement mode process provides good return loss, low noise, and high linearity performance. The internal active bias circuitry provides stable performance over temperature and process variation. The device offers the ability to externally adjust supply current and gain. Supply voltage is applied to the RFOUT/VDD pin through an RF choke inductor. Pin 3 (VBIAS... (read more)Browse Power Amplifiers Datasheets for Skyworks Solutions, Inc.
Parts by Number for RF Inductor Design Top
| Partb # | Distributor | Manufacturer | Product Category | Description |
|---|---|---|---|---|
| L201DC | Newark / element14 | JOHANSON TECHNOLOGY | Not Provided | JOHANSON TECHNOLOGY - L201DC - KIT / KIT RF INDUCTOR DESIGN |
Conduct Research Top
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SOI CMOS Technology for RF System-on-Chip Applications (.pdf)
inductor model has been pro-. tenuator is integrated with a sophisti-. -700.1. 1.0. 10.0. posed where the roll-off of the Q val-. cated control logic. With early 0.8 µm. FREQUENCY (GHz). ue at high frequency is dominated by. RF SOI technology, this product has. the substrate loss.10 This can easily
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Key Considerations for Energy Efficient Design
Table. STMicro Reference Designs Table. Technical Reference Library. Medical Device Design Considerations. Energy Efficient Design Considerations. PFC Inductors Design Considerations. PFC Inductor Checklist. Reactor Design Considerations. Power Toroid Checklist. Current Transformers Design
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Key Considerations for Medical Device Design
Design Considerations. PFC Inductors Design Considerations. PFC Inductor Checklist. Reactor Design Considerations. Power Toroid Checklist. Current Transformers Design Considerations. News. Room. Press Releases. Application Articles. Precision in Print. Trade Shows. Contact Us. National Sales
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Low Frequency Magnetic Transmitter Design
the inductor creates a sur-. rounding magnetic field according to Ampere's Law. The magnetic field energy can be thought of as a cloud. Using Equation 2, one can calculate the absolute. of energy packed around the source. On the other. magnetic field strength. hand, one can imagine an RF wave as a sphere
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Low-Frequency Magnetic Transmitter Design (.pdf)
is, however,. · Low-frequency design techniques (i.e., relatively. susceptible to scattering and distortion. Magnetic field. low-frequency compared to RF) allow the. lines, however, are less prone to distortion and known. designer to use low-frequency analog tools and. to penetrate water very wel
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Application Note for Using Anaren 0404 BD2425NnRF Balun in Conjunction with Nordic Semiconductors nRF24L01 and nRF24L01+ Transceivers (.pdf)
the power. amplifier while providing adequate RF ground. Two designs were created the first based. around 0402 inductor and capacitors, the second using an 0201 inductor and capacitors, as. shown in a CAD drawing in Figure 5 and Figure 7. Images of the daughterboards are shown. in Figure 6 and Figure 8
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Technicalities
: Hysteresis, eddy current and. residual losses. These losses vary considerably from one magnetic material to another. Applications such as higher power and. higher frequency switching regulators and RF Designs require careful core selection to yield the highest inductor performance by. keeping
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Application Note for the Layout Packages for Texas Instrument's CC2420 & CC2430 Extended to CC2500 (.pdf)
ISM and IEEE 802.15.4 (ZigBee) compliant RF transceiver, designed for low-power wireless applications. The reference design presented in this application note uses only three components for the impedance matching: a 1mm square Anaren multilayer balun, a DC blocking capacitor and an inductor
Engineering Web Search: RF Inductor Design Top
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Fujitsu Providing 65nm RF CMOS Manufacturing Services with...
Fujitsu Providing 65nm RF CMOS Manufacturing Services with Advanced RF CMOS Process Design Kit
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Coilcraft - RF chip inductor, power inductor, power magnetics,...
Inductor finders: Power | RF Search our site: Design Support Tools Power Magnetics RF Magnetics
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RF Globalnet: Digital Marketplace for the wireless, microwave,...
Murata Announces Definitive Agreement To Acquire RF Monolithics, ...
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Untitled
Converters, Voltage Regulator, LED Driver, LDO, WEBENCH Power Supply Design, Voltage Reference, MOSFET Gate Driver Controller, Battery Management,
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Optimization of Inductor Circuits via Geometric Programming...
a simple and well the the physical dimensions of the inductor as the design pa- accepted inductor model [1, whose elements are given by special
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Buck Converter for RF Power Amplifiers in 3G Devices -...
Design Tools Fairchild Green Other DC/DC converters for RF applications Reference Design Packaging Information
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Amplifier - Wikipedia, the free encyclopedia
Drain efficiency is the ratio of output RF power to input DC power when primary input DC power has been fed to the drain of an FET. Based on this
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Electronic amplifier - Wikipedia, the free encyclopedia
RF power amplifier, such as for transmitter final stages (see also: Linear amplifier).
