Micro-Hybrid Electronic GmbH company News and Trends items

Video Text: "Welcome to this teaser video for Micro-Hybrid’s eNDIRi² software. Do you need a fast and flexible way to test and integrate NDIR components into gas measurement systems? We can offer you a ready-to-use platform for efficient testing, learning and integration of NDIR technology for beginners and experts. Let’s take a quick look at the powerful software that...

Its main objectives are to: • Enable rapid evaluation of IR emitters and detectors • Provide a plug-and-play setup with an intuitive GUI • Support prototyping without requiring full hardware development • Allow customization for specific gas applications • Shorten time-to-market for NDIR sensors This enables researchers, engineers, and educators to begin working with i...

In this video teaser we'll show you how the SensorTOOL connects directly to your inclination sensors, delivers real-time measurement data, and applies our intelligent sensorFUSION filter to ensure accurate, stable results-even under tough conditions. Have a look in this video at Micro-Hybrid’s sensorFUSION dynamic filter. This is an intelligent algorithm designed to fil...

These compact devices are integrated into outdoor systems and industrial machinery, where they must remain highly resistant to external influences. Despite harsh operating conditions, they need to deliver reliable and precise angle measurements. Vibrating equipment, sudden shocks, and mechanical impacts are all obstacles in these applications. Micro-Hybrid’s INC5502D sen...

Micro-Hybrid develops and manufactures customized hybrid circuits using advanced thick-film technology. This enables the creation of highly reliable, miniaturized electronic modules on ceramic, aluminum, or glass substrates. By combining in-house design expertise with state-of-the-art production processes, Micro-Hybrid delivers durable, precise, and application-specific ...

NDIR gas sensors (non-dispersive infrared sensors) detect specific gases in the air. For them to work as accurately as possible, they need to occasionally undergo zero calibration and span point adjustment. What is Zero Calibration? Zero calibration gives the sensor a starting point. It defines what the sensor displays when there’s no target gas present. During this pro...

Technical highlights: • < 1% max. deviation with 10-point linearization across the full 0-100 vol.-% range • Integrated µP.sens pressure sensor in the cuvette block for real-time pressure compensation (< 0.15% FS / 10 hPa) • Temperature-compensated (5-45 °C) with max. deviation < 1% per 10K • Fast response time < 5 s, digital resolution 0.001 vol.-% • Wide operating...

In our latest guide, we explore how to align emitters and pyroelectric detectors for maximum accuracy, using CO₂ monitoring as a case study. From spectral overlap to time constants, we break down the key design principles that determine whether a sensor will succeed or fail. https://www.microhybrid.com/en/blog/optimierung-der-ndir-gasmessung-das-perfekte-zusammenspiel-v...

...a premium 2-channel IR detector designed for CO₂ measurement. With its narrow-band filter at 4265 ± 25 nm, this detector is optimized to align precisely with the spectrum emitted by the HermeSEAL® JSIR 350-4. The result: maximum efficiency thanks to perfectly matched specifications between emitter and detector. Highlights: -Very high detectivity up to 6.27×10⁸ cm√Hz...

The unique selling point of this emitter lies in the patented HermeSEAL® technology. Unlike conventional adhesive methods, filters are soldered directly to the housing. This hermetic sealing protects the sensitive infrared membrane from environmental influences and ensures a long service life. Only Micro-Hybrid can provide this technology. Key features: -High durability...

A gas sensor's response time refers to how long it takes to detect and report the presence of a gas. However, it is a bit more complicated than that. Response time is typically defined as the time required for a sensor to reach a specific percentage of its final reading after exposure to a target gas. This is often measured as “T90” - the time it takes the sensor to reac...

Micro-Hybrid Expert Days 2025 bring together engineers, technologists, and decision-makers who want to experience ceramic hybrid electronics first-hand and deepen their understanding. On September 24–25 in Hermsdorf, you can expect: Experience Technologies & Processes Guided tours of our production facilities, hands-on electronics workshops, and insights into materials...

Ideal for: Medical and respiratory monitoring Industrial and environmental gas analysis Biotechnology and food processing Key Features: Dual-channel design High detectivity: up to 6.27*108 cmHz1/2/W High sensitivity: up to 171 V/W Optimized for CO: CWL 4650 ± 40 nm / HBW 180 ± 20 nm Integreated reference channel: CWL: 3910 ± 28, HBW: 70 ± 10 nm Wide operating range: -20...

Wind is a reliable and renewable long-term source of energy. The industry has seen explosive growth over the past 25 years and an incalculable rise compared to a century ago. However, the technology needed to deal with the vibrations in massive wind turbines continues to be refined. Operators must precisely monitor and control these vibrations. This is no easy task, as w...

Today we feature the ACC5703-8-SA-U/I Acceleration Sensor. Designed for high linearity in vibration monitoring of wind turbines and electrical machines, this sensor delivers reliable acceleration measurements in the harshest environments. Highlights: - Robust die-cast aluminum housing, rated for up to 125 °C - High accuracy and resolution - capable of detecting even the...

Optimizing Power Control for Micro-Hybrid Infrared Emitters . Micro-Hybrid infrared emitters require precise control of electrical input to achieve optimal performance and long-term reliability. This article explores various methods for powering Micro-Hybrid infrared emitters, detailing the advantages and limitations of each approach, and outlines why constant power mode...

Imagine that your home thermostat slowly starts to show a slightly different temperature than it really is, even though the room temperature remains the same. Signal drift in a gas sensor works in a similar way. A gas sensor’s readings can slowly become less accurate over time, even when the concentration of gas being measured does not change. The sensor’s output "drift...

We are very proud to showcase our premium IR emitter JSIR350-4-AL-C-D5.8-0-0, designed specifically for NDIR gas analysis in the most demanding environments. This infrared emitter sets a new standard in reliability and performance. Product Highlights: - Time constant of just 12.5 ms for high-frequency modulation - Ultra-stable nanoamorphous carbon membrane with operatin...

Unlike electrochemical alternatives, MicroFLOW’s NDIR technology ensures minimal signal drift, even over extended operating periods. That means fewer recalibrations, reduced maintenance, and consistent performance where it matters most. From chemical processing to food packaging, beverage production, and controlled fruit ripening, accurate CO₂ detection at lower concentr...

Engineers, developers, and researchers: it’s time to elevate your NDIR gas analysis projects. We’re excited to introduce the eNDIRi² Evaluation Kit. With high-quality hardware, user-friendly software, carefully matched infrared components, and extensive customization options, it sets new standards in NDIR gas analysis. It’s purpose-built to significantly reduce your deve...

You need to evaluate components, construct samples or prototypes? Get test kits for NDIR gas analysis for your development project or training purposes. They are the perfect match of IR emitters and thermopile detectors for common gases. Explore the Full Evaluation Kit to optimize IR components for your measurement task. Our NDIR tools are available from stock.