Great minds and untapped talent abound. It's a reality that many employers prioritize credentials over what an individual can achieve. It's disheartening that technicians with unparalleled skills are overlooked. I remember the days when we had our rudimentary methods for troubleshooting. We would use tongues and saliva to test for continuity. We could modify VHF televisions to receive UHF signals, and even fashion UHF antennas from curtain rods, among other things. We've witnessed the transition from valve components to semiconductors, and now to surface-mount technology. Employers, I challenge you to consider the informal technician and observe the difference.
Joseph Maina Kinyua’s Post
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Embedded Electronics Specialist | Leadership Specialist | RF - High Speed - Mixed Signal - Hardware Designer |
How old are you? Those engineers, graduated under the "old school" method, will know the meaning of the picture below. Network Analyzer, 20GHz, with time domain option. One of the greatest measurements equipment. #telecommunications #measurement #engineer #networkanalyzer #equipment #electronics
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Suin SA1200 Series frequency characteristic analyzer is a high accuracy instrument, which can measure amplitude-frequency, phase-frequency, frequency discrimination and S parameters. #Electronics #FrequencyMeasurement #ElectricalEngineering #FrequencyAnalysis #Frequencycounter #ElectronicInstruments #TestingEquipment https://lnkd.in/d49UiE83
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New Post: Microsystems Engineers - https://lnkd.in/e2Y3at6t of the Occupation:Microsystems Engineers are professionals who specialize in designing, developing, and maintaining microelectromechanical systems (MEMS) and microsystems. They play a crucial role in creating miniature devices and sensors…
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In the tech world, Electromagnetic Compatibility (EMC) testing is crucial for ensuring that electronic devices work reliably and don't interfere with other equipment. Here’s a quick overview of why EMC testing is essential: What is EMC Testing? EMC testing evaluates how well devices operate without causing or suffering from electromagnetic interference (EMI). It ensures devices meet performance and compliance standards. Key Benefits: - Performance Assurance: Ensures devices work as expected in real-world conditions. - Regulatory Compliance: Meets industry standards and legal requirements. - Interference Prevention: Minimises disruptions between interconnected systems. Best Practices: - Design for EMC: Incorporate EMC considerations early. - Simulate Real Conditions: Test in environments that reflect actual use. - Iterate Based on Results: Use test data to refine designs. As technology evolves, EMC testing methods are becoming more sophisticated, integrating advanced techniques like machine learning for better accuracy. Understanding EMC testing can greatly impact the success of your technology. If you want to dive deeper into this topic, let’s connect! #EMC #Technology #Engineering #Testing #Innovation #Electronics #TechTrends #Compliance #QualityAssurance #MachineLearning #ElectromagneticCompatibility #ProductDevelopment
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Formal Verification Engineer | Certified Keynote Speaker | Want to make a PERMANENT MARK in the SKIES OF SEMICONDUCTORS | "You can't burn a woman made of FIRE. She is ME!!!" | @SwitiSpeaksOfficial
DAY 5 – 111 DAYS VERIFICATION CHALLENGE Topic: Multiplexers, Demultiplexers Skill: Digital Electronics Link in COMMENT #switispeaks #sweetypinjani #111daysverification
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The ADGM1144: A Wideband SP4T Switch Revolutionizing RF and Precision Equipment Switching When it comes to RF and precision equipment switching, finding a solution that offers high linearity, low insertion loss, and wide RF bandwidth can be a challenge. The ADGM1144, a wideband, single-pole, four-throw (SP4T) switch from Analog Devices, Inc., effectively meets these requirements. This switch is manufactured using the company’s microelectromechanical system (MEMS) switch technology. The result is a switch with a small form factor that functions down to 0 Hz/DC, making it a highly desirable choice for diverse RF and precision equipment switching needs >> Learn More about the ADGM1144. Discover more here! 👉 https://buff.ly/47qXEQA #analogdevices #electronics #tech #technology #adi #engineering #electronicsengineering #software #equipment #technologysoftware
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The ADGM1144: A Wideband SP4T Switch Revolutionizing RF and Precision Equipment Switching When it comes to RF and precision equipment switching, finding a solution that offers high linearity, low insertion loss, and wide RF bandwidth can be a challenge. The ADGM1144, a wideband, single-pole, four-throw (SP4T) switch from Analog Devices, Inc., effectively meets these requirements. This switch is manufactured using the company’s microelectromechanical system (MEMS) switch technology. The result is a switch with a small form factor that functions down to 0 Hz/DC, making it a highly desirable choice for diverse RF and precision equipment switching needs >> Learn More about the ADGM1144. Discover more here! 👉 https://buff.ly/47qXEQA #analogdevices #electronics #tech #technology #adi #engineering #electronicsengineering #software #equipment #technologysoftware
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Navigating the world of Source Measure Units, Power Supplies, Electronic Loads, and Potentiostats can be difficult. Each device has its strengths, but which one is right for your research needs?🔬🧪 In our latest knowledge paper, we break down the functionalities and applications of these devices, and how our SE.1X Power Platform combines aspects of each tool to create a versatile device that saves money and counter space. 👉To read about it, click here: https://lnkd.in/gpnjdd4s #PowerPlatform #Innovation #Electronics #Engineering #Research #Technology #SeronElectronics
What is a Power Platform? | Seron Electronics
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Do you know what an electromagnetic compatibility chamber (EMC chamber) is? Get to know Fanshawe CRI's world-class lab equipment! An electromagnetic compatibility chamber is a specialized enclosure designed to perform comprehensive testing and evaluation of electronic devices, equipment, and systems for their electromagnetic compatibility (EMC) performance. Common uses include: - Precise and controlled testing of electronic devices and systems to assess their emission and immunity to electromagnetic interference (EMI). It ensures that devices can operate without causing or suffering from electromagnetic disturbances. - EMC chambers are utilized for compliance testing to ensure that electronic products meet regulatory standards and industry-specific EMC requirements before they are released to the market. - Measure the shielding effectiveness of enclosures and shielding materials used in electronic devices to block or contain electromagnetic signals. - The chamber provides an isolated environment to measure and characterize the performance of radio frequency components, antennas, and wireless communication systems CRI has the equipment and expertise that can unlock your business’ potential to leap ahead competitively, and our funding can cover up to 75% of R&D project costs. Learn more about how we can help you: www.fanshawec.ca/research #appliedresearch #unlockinginnovation
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