In frequency testing, precision and accuracy are non-negotiable, but achieving them often means sacrificing throughput. Sequential testing inherently carries several pitfalls. ERD’s simultaneous multi-channel frequency measurement systems directly resolve these common problems inherent in sequential testing.
Tailor-Made RF: Customizing Your Signal Distribution Network In our previous posts, we've explored the modular scalability of the FRM100 Frequency Reference Module paired with our DA-Series RF Distribution Amplifiers. But what if your system demands more flexibility—mixing waveforms, frequencies, or even integrating external RF sources? Mixed Waveform Outputs: Precision Customization...
Trim Effect is the distortion of an oscillator's frequency vs. temperature performance caused by changes in control voltage. Testing is essential to ensure the oscillator meets the required performance specifications, particularly in high-precision applications like defense and aerospace.
The FRM100 Frequency Reference Module, combined with the DA-Series amplifiers, provide a modular platform that adapts to a wide array of RF distribution configurations.
Precision timing and frequency distribution are at the core of many modern systems—from RF test benches to telecommunications infrastructure. But as systems grow, so does the need for stable, scalable, and coherent clock sources.
What Are Zero-Dead-Time Readings? In RF test and measurement systems, zero-dead-time readings refer to continuous data collection where every cycle is counted without missing even a single cycle of the signal.
Why Are They Necessary? Read more to find out!
ERD's DA100 and DA200 families of embeddable distribution amplifiers are designed specifically for fixed-frequency sinewave signal distribution. A cornerstone of our product lineup, the DA100/DA200 series offers customers a selection of standard frequencies (5, 10 and 100 MHz), with custom frequencies available upon request.
Complementing our established DA100 and DA200 series, which are designed for sinewave signal distribution, our DA300 series of distribution amplifiers is specifically engineered to distribute CMOS signals. This addition to our product lineup offers customers the flexibility to choose the right waveform for their specific signal distribution needs,
Introduction: Esterline Research and Design (ERD) is a frequency control company that designs and manufactures oscillators and test and measurement gear for the oscillator industry. As a consequence, we also manufacture high-end counter products to qualify and test those time bases. Instead of using reciprocal RF counters at the output...
