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MEMS Technology Brings New Advantages to VCXO Applications

MEMS Technology Brings New Advantages to VCXO Applications

For several decades, quartz crystals have been used as the basis for a number of timing solutions. These timing devices are available in the form of quartz crystal oscillators and resonators.


Uploaded by: SiTime    Added: 2 months ago     Views: 15     Thumbs: 0    Comments: 0   

Tags: TCXO  MEMS oscillators  VCXO 


 

Stable VCXO Performance

Stable VCXO Performance

A voltage controlled oscillator is required to operate the clock functions that control the computer processes. It is also used for transmitting electronic signals to stationary as well as wireless devices such as radios that are used for receiving and transmission purposes, modems, routers, game consoles, and televisions.


Uploaded by: SiTime    Added: 5 months ago     Views: 115     Thumbs: 0    Comments: 0   

Tags: Crystal Oscillator  VCXO  Silicon Oscillator 


 

Silicon Oscillator – Benefits of Silicon Oscillator

Silicon Oscillator – Benefits of Silicon Oscillator

Today, the high-end Silicon Oscillators that are based on MEMS technology are fast replacing the conventional Crystal and Quartz oscillators. These Silicon oscillators are completely built on Silicon wafers and contain no quartz crystals. They typically use a MEMS resonator which is married to an analog silicon clock IC that generates the electrical clock signal.


Uploaded by: SiTime    Added: 10 months ago     Views: 124     Thumbs: 0    Comments: 0   

Tags: oscillators  VCXO  Clock Generator  TCXO 


 

MEMS Differential Oscillators: A Competitive Advantage in Communications Systems

MEMS Differential Oscillators: A Competitive Advantage in Communications Systems

From processors to oscillators, performance improvement at the component level enables improvement at the system level. This translates to more features, higher performance and increased speed for end users of both consumer products and enterprise systems.


Uploaded by: SiTime    Added: 3 months ago     Views: 37     Thumbs: 0    Comments: 0   

Tags: differential oscillators  MEMS oscillators  VCXO 


 

Enhancing the Performance of Critical Electronic Applications

Enhancing the Performance of Critical Electronic Applications

Temperature stability is a primary requisite in critical applications such as wireless systems, synchronous telecom and wireless networking, precision instrumentation and other applications that rely on frequency for timing executions. These critical applications require a precision reference timing source that maintains the same frequency over temperature and voltage fluctuations.


Uploaded by: SiTime    Added: 5 months ago     Views: 53     Thumbs: 0    Comments: 0   

Tags: MEMS Oscillators  VCXO  TCXO  crystal oscillator 


 

Types of Jitter in Timing Systems

Types of Jitter in Timing Systems

Jitter is the timing variations of a set of signal edges from their ideal values. Jitter in clock signals is typically caused by noise or other disturbances in the system. Contributing factors include thermal noise, power supply variations, loading conditions, device noise, and interference coupled from nearby circuits.


Uploaded by: SiTime    Added: 10 months ago     Views: 130     Thumbs: 0    Comments: 0   

Tags: Differential Oscillator  clock generators  Silicon Oscillator  VCXO 


 

Features and Applications of MEMS VCXOs

Features and Applications of MEMS VCXOs

VCXOs – Voltage Controlled Oscillators – have traditionally been used for clock synchronization functions in Telecom, Networking, Wireless and Video applications in equipment such as base stations, core routers, FPGA-based systems, set top boxes and instrumentation / data acquisition equipment.


Uploaded by: SiTime    Added: 9 months ago     Views: 63     Thumbs: 0    Comments: 0   

Tags: VCXO  Clock Generator  Silicon Oscillator  Quartz Oscillator 


 

MEMS Based Oscillators Outperform Quartz-Based Oscillators

MEMS Based Oscillators Outperform Quartz-Based Oscillators

SiTime’s MEMS Oscillators, VCXO, and TCXO long term aging and jitter performance are comparable to, or better than, quartz-based oscillators. As you can see, the performance barrier has been shattered.SiTime’s MEMS oscillators simplify system designs and open the door to new applications.


Uploaded by: SiTime    Added: 8 months ago     Views: 33     Thumbs: 0    Comments: 0   

Tags: VCXO  TCXO  Crystal oscillators  Differential Oscillator  Silicon Oscillator 


 

Top Ten Things to Know About MEMS Oscillators

Top Ten Things to Know About MEMS Oscillators

MEMS oscillators offer very high performance – stability as good as 0.5 PPM over the industrial temperature range, 500 femtoseconds of integrated RMS phase jitter.


Uploaded by: SiTime    Added: 9 months ago     Views: 67     Thumbs: 0    Comments: 0   

Tags: Silicon Oscillator  Quartz Oscillator  TCXO  VCXO  crystal oscillator 


 

Voltage Controlled MEMS Oscillators (MEMS VCXO) Surpass Quartz VCXO

Voltage Controlled MEMS Oscillators (MEMS VCXO) Surpass Quartz VCXO

Voltage Controlled MEMS Oscillators (VCXOs) have made significant advances, as evidenced by the introduction of the SiT380X family, designed for telecom, networking and embedded applications. The performance of these oscillators seems to indicate that they surpass quartz VCXO performance and provide new and important capabilities.


Uploaded by: SiTime    Added: 9 months ago     Views: 47     Thumbs: 0    Comments: 0   

Tags: MEMS Oscillator  TCXO  VCXO  Silicon Oscillator  Quartz Oscillator 


 

The Clock Oscillator-The Shift from Quartz to MEMS

The Clock Oscillator-The Shift from Quartz to MEMS

The technological era has given birth to numerous electronic gadgets. One of the most popular electronic devices ever invented is the clock. Eventually technology enabled the use of electo-mechanical resonators to generate a reliable, accurate frequency for all clocks. This became known as the modern reference clock.


Uploaded by: SiTime    Added: 6 months ago     Views: 74     Thumbs: 0    Comments: 0   

Tags: clock oscillators  crystal oscillators  MEMS oscillators  Vcxo  TCXO 


 

Greater Flexibility in Clock Oscillators for Enhanced

Greater Flexibility in Clock Oscillators for Enhanced

A crystal oscillator is an electronic circuit that is used for creating electrical signals of an accurate frequency. These frequencies are required for providing stable clock signals in digital integrated circuits and also for the purpose of stabilizing frequencies for radio transmitters and receivers. Quartz crystals are manufactured for developing resonators that are used commonly in wristwatches, clocks, radios, computers and cell phones. They are also used in test and measurement and medical equipment.


Uploaded by: SiTime    Added: 6 months ago     Views: 56     Thumbs: 0    Comments: 0   

Tags: crystal oscillator  clock oscillator  VCXO  quarts oscillator  MEMS Oscillator 


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