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Inside Frequency Control

RF PCB Design Considerations: RF Circuit Board Layout Guidelines

3 Questions to Ask Before Choosing a Crystal Oscillator Manufacturer

CMOS vs. LVCMOS: Which Is the Best Output Signal for Your Application?

CMOS Clocks: Common & Advanced Applications

The Beginner’s Guide to Understanding CMOS Clocks

Breaking Down the RF Frequency Spectrum: Which Bandwidth Is Best for Your Application?

How TCXOs Improve Oscillator Stability & Aging with Low Power Consumption

Temperature Compensated Crystal Oscillators (TCXOs): Performance & Common Types

4 Applications That Require Ultra-Stable Oscillators

GPSDOs for CubeSats & Other SmallSats: GPS Disciplined Oscillator Design & Architecture

4 Common Sources of Vibration & Micro-Vibration in Satellites & Spacecrafts

GPSDOs vs. Atomic Clocks: Which Work Best for LEO, MEO, & GEO Satellites?

What Is Swept Quartz & Is It Necessary for Your Application?

3 Things to Know When Buying Crystal Oscillators & Frequency Control Devices

NTP Stratum Levels: What You Need to Know

How to Calculate Integrated Phase Deviation with Formulas

Ultra-Stable Oscillators & 5 Elements That Affect Frequency Stability

Ka-Band & Ku-Band Systems: Basics & RF Design Considerations

The TCXO Oscillator: 5 Elements of Temperature Compensated Oscillators

3 Types of OCXOs & How They Establish Precise Frequency Control

The 3 P’s of Oscillator Pricing: How to Maximize Your ROI

Low Phase Noise Oscillators for Radar & Communication Systems

The 2 Most Important Qualities of an Oven Controlled Crystal Oscillator (OCXO)

4 Key Questions to Ask to Find the Perfect Crystal Oscillator for Your Design

OCXO 101: Anatomy of an Oven Controlled Crystal Oscillator

Assured PNT: Going Beyond GPS Timing

Your Guide to Electronic Frequency Control Methods for Crystal Oscillators

Crystal Cut Types: AT vs. SC Cut Performance Comparison

Which Crystal Oscillator Output Signal Is Best for Your Application?

Phase Noise Measurement: How to Measure Phase Noise with a Crystal Oscillator

AT vs. SC-Cut Quartz Crystals: Is EFC Over-Specification Costing You?

How to Prevent Frequency Perturbations in Crystal Oscillators

Crystal Oscillator Manufacturers & RF Technology Best Practices

The Secret to Low Phase Noise in Crystal Oscillator Circuits

DOCXO Guide: When Should You Use a Double Oven Crystal Oscillator?

How to Maintain Frequency Stability in Crystal Oscillators

Can a Crystal Oscillator Operate Outside of the Specified Temperature Range?

4 Top Factors That Influence Crystal Oscillator Frequency Stability

7 Incredibly Effective Ways to Prevent Pressure Transducer Problems

How Does a VCXO Work?

The Ultimate Guide to Atomic Clocks in Space

The Ultimate Guide to Understanding Phase Noise

7 Key Factors of Crystal Oscillator Circuit Design

What Are GPS Disciplined Oscillators (GPSDO)?

The Ultimate Guide to SAW Filters

Crystal Oscillators: The Beginner's Guide (OCXO, TCXO, VCXO, & Clocks)

3 Reasons to Order OCXOs in Large Batches

Oscillator Aging: How Long Is an OCXO’s Shelf Life?

OCXO Lead Times Explained: How Aging Factors into OCXO Development

Crystal Aging and a Counter-Intuitive Tip to Improve System Performance

Top 18 CAD Tools for RF and Microwave Design Engineers

Top 12 Space Podcasts for Space Geeks

3 Great Oscilloscopes For Any Electronics Lab (2022)

What's The Differences Between the 5 GNSS Constellations?

10 Powerful Collaboration & Productivity Tools for Engineers (2022)

5 Best Waveform Signal Generators in 2022

10 Popular Software Defined Radios (SDRs) of 2022

What Will the RF Industry Look Like in 10 Years? (New RF Technologies)

How to Choose the Best Wireless IoT Connectivity Option

6 Best Spectrum Analyzers to Upgrade Your Electronics Lab (2022)

5 MUST HAVE Pieces of Test Equipment For Any Electronics Lab

Top 8 Cost Drivers of Crystal Oscillators (How to Save on Costs)

5 FAQs About Low Earth Orbit (LEO) Satellite Constellations

Is It Too Early for Businesses to Invest in 5G Infrastructures?

[Press Release] Bliley Partners with NexGen Micro Electronics

5 Common Types of RF Connectors (With Applications)

Buy OCXOs - Immediate Oscillator Pricing for Design Engineers

Avoid These Disastrous 5G Timing & Sync Problems (With Solutions!)

How to Achieve Low Phase Noise with the Poseidon 2 OCXO Oscillator

[Video] Bliley's New Low-g Sensitivity OCXO Quartz Crystal Oscillators

7 Powerful Features on Bliley's Online Shop for OCXO Oscillators

5G Fixed Wireless Access (FWA) Systems: 5 Critical Design Decisions

Key Developments in mmWave Radio Spectrum Research

[Press Release] Bliley Introduces New eCommerce Store for Oscillators

[Press Release] Bliley Partners with Penn State Behrend and Case Western to Distribute COVID-19 Face Shields

5 Best Benchtop Digital Multimeters

5 Great Engineering Laptops (Plus Free CAD Tool Guide)

6 Great Power Supply Options for Your Electronics Lab

12 Engineering Thought Leaders You Should Follow On Twitter

5 Simple Steps for Truly Effective Design Reviews

5 Best Consumer Drones on the Market (2021)

19 Popular Cube Satellite Companies in Today's Market

6 Emerging PNT Technologies & Solutions of the Future

10 Unique Holiday Gifts for Engineers (2021)

[Press Release] Bliley Partners with ATM Mid-Atlantic in D.C, Maryland, and Virginia

[Press Release] Bliley Partners with Tritek Northwest in the Pacific Northwest

How are Robots Used in Space Exploration?

[Press Release] Bliley Partners with Coastal RF Systems in Southern California

8 Common RF Engineering Problems That Impact RF Engineers

What The Heck is an OCXO Oscillator? (Facts & Functionality)

6 Innovative Markets Where Precise Timing & Sync Will Be Crucial

RF Engineering Basics: 10 Essential Commandments

How Automation Can Improve Safety in Manufacturing Facilities

[PRESS RELEASE] Bliley Announces Plans to Build First "Martian Global Positioning System" Constellation

What is a DoD Modular Open Systems Approach (MOSA)? (5 Core Principles)

[Press Release] Bliley Introduces 'Atlas 1PPS' - GPS Disciplined OCXO

[Press Release] Bliley Technologies Partners with AccuBeat Ltd

4 Hidden Mysteries of Quartz Crystal Oscillators

5 Great Standing Up Desks for Engineers

Creepy Frequencies: Scary Sounds of the Universe

5G – The Missing Link in Autonomous Vehicles and Smart Cities

Critical Infrastructure in the 21st Century (GNSS & PNT Solutions)

The Ultimate Guide to 5G Cellular Networks

What's the Difference Between DVB-S2 and DVB-S2X Standards?

Communication With Aliens - Interstellar Messages in Deep Space

Laser Communication in Space Could Multiply Data Rates by 100x

Vodafone & Nokia Team Up for the Moon's First Mobile Phone Network

PARC - A Hub of Innovation

🎊🎉 Press Release: Bliley Announces NE❌T Generation Oscillators 🎊🎉

The Biggest Big Data Challenge in the EW Battlespace

BACN: Battlefield Airborne Communications Node

The Innovative History of HRL Laboratories

50 Years of Evolving Satellite Technology

The NGJ Mission - Deny, Degrade, and Disrupt Threats

Electronic Warfare: Invention Breeds Innovation

Not All Drones Are Created Equal (9 Types of Drones)

New Space Isn't Just for LEO Constellations (5 Deep Space Companies)

What You Should Know About Anti-Submarine & Anti-Air Warfare

Bliley Technologies New Space Interview With NewSpace People

What’s the Difference Between Synthetic Aperture Radar and ISAR?

How Radar Jamming & Deception Changed Warfare FOREVER (Plus Future Trends)

Intelligence, Surveillance, Reconnaissance and Targeting 101

How Well Do You Know RADAR?

COTS Part 2: Dealing with Space Radiation

The Benefits of COTS in Space Applications

Bliley Technologies GPS Disciplined Oscillator (GPSDO) for Small Satellite Mission Success

How to Achieve Mission Success for Small Satellites (Discover GPS Disciplined Oscillators - GPSDO)

VSAT Terminals: What Are They and How Do They Work?

5 Must-Listen Defense & Electronic Warfare Podcasts

15 STEM & Geek Holiday Gifts for the Whole Family

The Impact of RF Engineers on the Commercial Space Industry

Why Satellite Ground Stations Are So Important to Mission Success

3 Technologies That Changed Electronic Warfare Forever

How to Enhance a High Throughput Satellite (HTS) Using Beam Hopping

Spot Beams vs. Wide Beams for Satellite Communications

The Evolution & History of Radio Wave Technology [Infographic]

How ECCM Techniques Take Electronic Warfare to the Next Level

5 Key Wireless Technologies for IoT Explained

How to Prevent Rain Fade in Satellite Communications

How Does Satellite Communication Work From Space?

Could an Accidentally Shattered Quartz Crystal Lead to the "Impossible"?

What is SIGINT and How is it Used in Electronic Warfare?

In Loving Memory of the Cassini Spacecraft (And our BG61 Crystal) 1997-2017

In Flight Entertainment and Connectivity (IFEC) System Trends

Understanding AESA: A Game-Changer in RADAR Technology

The Future of Unmanned Vehicles

Common Applications for Clipped Sinewave TCXOs

How Crystal Oscillators Keep C4ISR Systems On Target

How IFEC and the Internet of Things are Changing Aviation

NASA's New Horizons Spacecraft Awakens For This New Mysterious Mission

How Does Ballistic Missile Defense Work? (3 Key Phases)

Press Release: Bliley Introduces New Ultra-Stable OCXO Series

11 Electronic Warfare & Military Tech Blogs You Need to be Following

RADAR 101

3rd SpaceX "Falcon 9" Satellite Launch Scheduled for Early Next Week

Press Release: Bliley Announces New "Poseidon 2" OCXO

The Space Industry is Shifting to Small, Low-Cost Constellation Satellites

Meet Atul and Darshan: Skyrocketing Bliley’s focus on New Space Initiatives

Stories from the Vault: Bliley Receives the WWII Army-Navy "E" Award.

Why Engineers Make Great Business Leaders

Bliley’s New Director of Business Development to Focus on Growth of Commercial Space Business.

Beyond the Degree: 3 Traits of a Successful RF Engineer

4 Tips for Quality Improvement in Engineering Design (and Why It Matters)

Bliley’s New Sr. Director of BD to focus growth within the Satellite Communications on the Move.

Engineering Majors - The Sky's the Limit with RF Engineering

Press Release: Bliley Introduces Iris - LEO Satellite OCXO

RF Engineers Are Bringing the Internet to the World

5 Ways Electrical Engineers Can Develop Powerful Leadership Skills

The Role of RF Engineering in LEO Satellite Constellations

Inside an OCXO – Key Performance Abilities

How Bliley Made its Low Power OCXO Technology More Accessible

How RF Engineering Companies Can Use Social Media to Attract Top Talent

A 5G Wireless Crash Course

3 Ways for RF Engineers to Provide Epic Service to Clients

How to Land Your RF Engineering Dream Job

The Truth About Phase Noise

The Role of OCXOs in Space 2.0

Top 6 Free Productivity and Organizational Tools

A Quick Guide to Building Effective Technical Presentations

Why are RF Engineers so Important in Space Exploration?

Life of a Quartz Resonator: How to Survive in Outer Space

The Christmas Letter - Stories from the Bliley Vault

Millimeter Wave Radar: Advantages and Challenges

Eliminate RF & Microwave Interference with This 1 Simple Device

We're Hiring! - Process Engineer

Space-Proven Crystal Oscillators and Resonators

The Phase Coherence Breakdown - How Does it Affect You?

10 Ways to Attract & Retain Millennial Engineers

What Does it Mean for an RF Amplifier to be Single-ended?

Avnet to Distribute Frequency Control Products from Bliley Technologies, Inc. in the Americas

3 Crystal Oscillator Types That Every RF Engineer Should Know

The Low Power OCXO Revolution

Cube Satellites: The Future of Space Exploration

The Role of Positioning, Navigation, and Timing for Today's GPS

Bliley Introduces LP-N: Low-Power OCXO in a DIP8 Package

The Secret to Overcoming Power Supply Rejection Ratio (PSRR)

Ask the Bliley Team: Morning Routines

12 Popular Software Defined Radios (SDRs)

7 Habits of the Most Innovative Engineers

[Infographic] 5 Simple Steps to Understanding Phase Noise

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