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Products by Renaissance Electronics Corp.

RF & Microwave Ferrites
Low Loss Circulators, Isolators, WiMAX Products

Renaissance RF & Microwave Circulators and Isolators feature Low Loss, Low IMD performance. Our high quality...Read More
Switches
Electromechanical Switches, Solid State Switches, Hermetic Switches, High Reliability Switches

Switch Components With over 17 years of experience, Renaissance Electronics...Read More
Switch Matrix
Reciprocal Switch Matrix, Non-reciprocal Switch Matrix, Blocking Switch Matrix, Non-blocking switch matrix, ATE

Switch Matrices Renaissance Electronics Corporation has...Read More
Base Station Products
Repeaters, Filter Combiners, Duplexers, Triplexers, Multicouplers, LNA's, Multiband Combiners

Renaissance Electronics Corporation manufactures the highest quality...Read More
DESCRIPTION
The HAFM Series of active multipliers
is available in models ranging from 18
to 100 GHz. A wide variety of multiplication
factors from X2 up to X12 provide
the...Read More
DESCRIPTION
The HBM series of broadband balanced mixers
covers the waveguide bands from 18–110
GHz. They utilize a low loss structure mated to
a matched pair of GaAs Schottky beam...Read More
DESCRIPTION
The HBUC series broadband balanced
upconverters cover a wide range of waveguide
bands from 18 -110 GHz. They utilize a low loss
structure mated to a matched pair of...Read More
DESCRIPTION
The HFD series broadband detectors cover full
waveguide bands from 18 – 170 GHz . They
utilize a low loss finline structure mated to a zero
bias Schottky beam lead diode...Read More
DESCRIPTION
The HGM and HGV series Gunn Oscillators
cover the range from 7 – 150 GHz. A wide
variety of designs provide the user with a
solution for most applications. Units...Read More
DESCRIPTION
The HHM series broadband harmonic mixers
covers full waveguide bands from 18 – 110
GHz. They utilize a low loss finline structure
mated to a GaAs Schottky beam lead diode...Read More
DESCRIPTION
The HMPA and HHPA Series of Power Amplifiers
cover the frequency range from 18 – 100
GHz. A wide variety of gain and bandwidth
combinations are available to provide the...Read More
Description
The HHPAV-362 Power Amplifier covers the
frequency range from 59 to 61 GHz and is usable
to 65 GHz. Amplifier output power is +27
dBm (PSAT). MMIC technology is employed...Read More
DESCRIPTION
The HLNA Series of Low Noise Amplifiers covers
the frequency ranges from 18 to 110 GHz. A wide
variety of gain and bandwidth combinations are
available to provide the...Read More
DESCR IPTION
The HMI AND HMC series broadband ferrite
junction isolators and circulators are available
from 18 - 120 GHz. They utilize a low loss H-plane
structure in a modified...Read More
DESCRIPTION
The HSW series of broadband PIN Diode
switches covers the waveguide bands
from 18 - 110 GHz. The switches utilize a
low loss finline structure with silicon or
GaAs...Read More
DESCRIPTION
The HSWM series of broadband high
power switches covers the waveguide
bands from 18 - 80 GHz. They utilize a low
loss microstrip structure using GaAs
MMICs which also...Read More
DESCRIPTION
The HVA series broadband PIN diode
attenuators cover the waveguide bands from
18 - 110 GHz. The attenuators are available
for applications requiring variations in...Read More
High-Performance 1.25Gbps E-Band Radios
Link for Light-licensed deployment
Operating Range
Minimum to Maximum Distance 20 m to 5,200 m
Millimeter Wave Performance
Frequencies...Read More
Related Research You May Be Interested In
Designing Ultra Low Noise Amplifiers for Infrastructure Receiver Applications
The construction of low noise amplifiers (LNAs) is a complex process that requires the utilization of both pHEMT technology, and cascode topology. By harnessing these two facets of LNA creation; one ...Read More
The construction of low noise amplifiers (LNAs) is a complex process that requires the utilization of both pHEMT technology, and cascode topology. By harnessing these two facets of LNA creation; one can substantially improve linearity and combat the Miller effect.

Understand the steps necessary to the creation of exceptional LNAs, and learn how the engineers at Skyworks Solutions employ their knowledge of noise figure performance, linearity, and stability to assemble their SKY67100 and SKY67101 LNA models.

By: Skyworks | Published: 11/9/2010View all white papers by Skyworks
Choosing the Right RF Switches for Smart Mobile Device Applications
Modern smart phones and tablet computers typically incorporate multiple wireless services at different frequency bands ranging from FM radio to LTE. At the same time, an increasing number of designs ...Read More
Modern smart phones and tablet computers typically incorporate multiple wireless services at different frequency bands ranging from FM radio to LTE. At the same time, an increasing number of designs utilize more than one antenna to enhance sensitivity and suppress cross-talk. Both trends place the miniature RF solid-state switches in an increasingly crucial role in smart mobile device RF front end designs. This paper will
give an overview of both high and low throw-count RF switches used in different circuit locations in a typical mobile device design, and discuss how each performance specification and design feature will impact on the overall performance of your system. In addition, this paper will dive deeper inside each RF switch module and reveal current and future trends in core RF switching technologies.

By: Skyworks | Published: 11/4/2011View all white papers by Skyworks
The Successful Design and Marketing of a Rural Wireless Broadband Network
This paper will
examine the critical pieces of various aspects of the rural wireless broadband business plans, citing the successful examples of the Arizona and Iowa networks designed and maintained by ...Read More
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examine the critical pieces of various aspects of the rural wireless broadband business plans, citing the successful examples of the Arizona and Iowa networks designed and maintained by CommSPEED® of Chandler, AZ.

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