ADVERTISEMENT
 
 

Produktinformation

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
Comparing Spectral Purity in Microwave Signal Generators
An ideal signal has no phase noise, harmonics nor spurious frequency components associated with it.
Unfortunately the ideal signal does not exist in the real world, and these factors degrade the ...Read More
An ideal signal has no phase noise, harmonics nor spurious frequency components associated with it.
Unfortunately the ideal signal does not exist in the real world, and these factors degrade the spectral
purity of all real world signals to some degree. High‐performance microwave signal generators are
designed to maximize spectral purity, with very low levels of phase noise, harmonics and spurs, while
maintaining general purpose flexibility. The levels of spectral purity performance are one of the key
differences between high‐performance, mid‐range and low‐end or entry‐level signal generators. This
paper discusses the factors that make up spectral purity specifications to help you make more informed
comparisons of microwave signal generator performance for test and measurement applications.

By: Giga-tronics | Published: 9/30/2010

Companies Mentioned in this Press Release:

Business Categories Mentioned in this Press Release:

 

New small TCXOs up to 100 MHz in 7 x 5 mm SMD Package

KVG’s new (VC)TCXOs series TO-75000 offers frequencies starting from 40 MHz in the 7 x 5 mm

SMD-package. Currently available are up to 50 MHz. From Q4/2011 KVG will provide frequencies

up to 100 MHz.

Even tight frequency stability options of

±0.5 ppm vs. an operating temperature

range of -30 °C to +85 °C are possible.

The typical phase noise of a 50 MHz TO-75000

at 100 Hz carrier offset is below -105 dBc/Hz.

The typical „Noise Floor“ at 100 kHz is below

-150 dBc/Hz.

The supply voltage can be selected between

+2.5 V or +3.3 V. The output options are ‘Clipped

Sinewave’, HCMOS or Sinewave.

The TO-75000 can be provided as a fixed frequency TCXO or as a voltage controlled VC-TCXO

with a tuning range of up to ±15 ppm.

Typical applications are network- and synchronisation components and systems for professional

telecommunication and of course measurement equipments and systems for net monitoring.

Samples can be supplied from now on.

KVG Quartz Crystal Technology GmbH is a German manufacturer of crystals, crystal filters and

oscillators and has been one of the industrie’s technology leaders for high precision quartz crystal

products for more than 60 years.

Related Research You May Be Interested In
Best Practices for Item Identification
The implementation of an efficient product identification system is an essential component of a profitable firm. That being said, it is often a struggle for firms to conceive of an identification system ...Read More
The implementation of an efficient product identification system is an essential component of a profitable firm. That being said, it is often a struggle for firms to conceive of an identification system that allows them to quickly locate their products. This difficulty can be attributed to a myriad of factors including; conflicting software design, and an inability to organize document control.

One way to overcome these difficulties is to examine the process of product identification from a product lifecycle management (PLM) perspective. The main goal of using this point of view is to “build a complete story relative to your products.” This story will combine one key element of the product with several reference elements into a comprehensive identification system. Users will then be able search by a variety of elements when attempting to locate an item.

Learn more about how to improve your firm’s productivity through the streamlining of your product identification system.

By: Active Sensing, Inc. | Published: 4/21/2010
LTE Network Design using SignalPro
This white paper will describe how the many useful LTE tools and studies that are available in SignalPro can be
used by the RF engineer to design a well performing LTE network.

ADVERTISEMENT