Bliley Technologies, Inc.

he electromagnetic spectrum has revolutionized the way we live, powering everything from everyday luxuries to critical systems. But when designing RF products or systems, the key question is: which frequency band is the best fit for your application? In our blog, we break down the RF frequency spectrum and explain which bandwidth ranges are ideal for different applications. Whether you're working on communication systems, radar, or anything in between, this guide will help you choose the best frequency for your project. Read the full guide and find the right bandwidth for your needs! https://hubs.li/Q02Rm_p20 #RFDesign #FrequencySpectrum #Engineering #BlileyOnBoard

Designing RF boards can be tricky, especially as electronics and RF systems grow more complex. But with the right guidelines, you can set yourself up for success from the start. Get your free copy of our "Common Design Guidelines for RF Boards" and learn the key "do’s and don’ts" for: Power planes Sensitive RF traces Transmission lines Current loops And more! Don’t miss out on these expert tips—simply fill out the form to download your guide! https://hubs.li/Q02Qncgp0 #BlileyOnBoard #RFDesign #Engineering #RFBoards #DesignGuidelines

Did you know your daily life relies on Global Positioning System (GPS) for more than just navigation? GPS provides Assured Positioning, Navigation, and Timing (PNT), which powers essential services like the electric grid, communication networks, financial systems, and IT infrastructure. GPS delivers precise positioning, navigation, and nanosecond-level timing, but it’s also vulnerable to disruptions. That’s where Bliley’s Assured PNT solutions come in. Our technologies provide resilient, reliable timing that can withstand jamming and spoofing while offering a complementary source for time validation. We’re excited to take your PNT applications to the next level! Check out our featured Atlas IG GPS Disciplined OCXO and other innovative products to strengthen your systems. https://hubs.li/Q02QmNWF0 #BlileyOnBoard #AssuredPNT #CriticalInfrastructure #TimingSolutions

Achieving a perfectly stable signal is every RF engineer's dream, but the physical environment and time always introduce challenges. While perfection may be unattainable, we can still get pretty close—especially by choosing the right crystal oscillator for the job. In our blog, we explore how temperature compensated crystal oscillators (TCXOs) can improve stability and aging while keeping power consumption low. For those looking to balance performance and efficiency, TCXOs may be the ideal solution. Learn more about why TCXOs are a top choice for minimizing aging effects and optimizing stability in power-sensitive applications. https://hubs.li/Q02PMkXR0 #BlileyOnBoard #Oscillators #RFEngineering #FrequencyStability #LowPower

Looking for an accurate frequency source without the bulk or cost of oven-controlled crystal oscillators (OCXOs)? Temperature compensated crystal oscillators (TCXOs) might be your answer! They're compact, cost-effective, and perfect for portable devices needing precision. Check out our blog, where we break down TCXO performance qualities and explore the four most common types. https://hubs.li/Q02NTXk_0 #Oscillators #Engineering #FrequencyControl #BlileyOnBoard

Bliley Technologies: Pioneering Frequency Control Since 1930! Based in Erie, PA, we're on the lookout for passionate individuals with a "can-do" attitude to join our innovative team. Why Bliley? 🔹 Cutting-edge projects that push the boundaries of tech 🔹 Personalized training to help you grow 🔹 Comprehensive benefits designed with you in mind Ready to shape the future of frequency control? Let’s connect! 👉 Explore opportunities here: https://hubs.li/Q02NcFH_0 #BlileyOnBoard #CareerOpportunity #Hiring #TechJobs #JoinOurTeam

Curious about where ultra-stable oscillators truly shine? You might already know they're essential for maintaining frequency stability, but which applications demand such high precision? In our blog, we explore the top four applications that require ultra-stable oven-controlled crystal oscillators (OCXOs) to perform at their best. Discover where this technology makes all the difference! https://hubs.li/Q02MZ_nc0 #BlileyOnBoard #Oscillators #Engineering #FrequencyStability

Are you spending more on your quartz crystal oscillators than you need to? The truth is, many people unknowingly overpay for their crystal oscillator performance, and it often comes down to the type of crystal inside the oscillator. We’ve got a solution. Our free eBook, "How To Improve Crystal Oscillator Performance (Without Sacrificing Cost)," dives into key insights, including: 🔹 Why the crystal in your oscillator might not be giving you the best value. 🔹 The key performance differences between AT and SC cut quartz crystals. 🔹 A guide to determining whether you should use an AT cut or SC cut crystal. 🔹 Plus, two hidden issues with AT cut crystals that you need to know. Don’t miss out on optimizing your performance without breaking the bank. Download your free eBook today—https://hubs.li/Q02LQN_J0 #BlileyOnBoard #Engineering #CrystalTechnology #CostSavings

Elevate your designs with unmatched frequency stability and military-grade reliability, outpacing traditional "Ovenized Oscillator" technology. Bliley TCXOs are the go-to choice for system designers in mobile applications, offering precision and long-lasting performance. Upgrade your projects with Bliley TCVCXOs and experience top-tier excellence. Start today! https://hubs.li/Q02LnF6g0 #BlileyOnBoard #Reliability #SystemDesign

You’ve probably heard the term ultra-stable oscillators—but what are they actually used for? In our blog, we dive into the top four applications where ultra-stable oven controlled crystal oscillators (OCXOs) are essential for maintaining peak performance. From critical communications to advanced navigation, these applications demand the highest frequency stability. Curious to know where ultra-stable oscillators really shine? Check out the full blog to find out! https://hubs.ly/Q02L2r7k0 #Oscillators #TechTalk #Engineering #BlileyOnBoard