Product Watch

The QPL1841 is a GaAs pHEMT single ended MMIC RF amplifier IC featuring 12 dB of gain and low noise from 5 MHz to 850 MHz. This high linearity IC is designed to support Broadband CATV DOCSIS 4.0 applications, such as Nodes, Amplifiers, and Remote PHY Devices, as well as Fiber to The Home (FTTH), Home Gateways, and Cable Modems. The combination of low noise, excellent distortion, and low...

Why is the 1.2 Volt Temperature Compensated Crystal Oscillator (TCXO) the top choice within low-power electronic devices? The 1.2V TCXO features: Ultra-low-power consumption Precise frequency stability Strong temperature adaptability Discover how Aker’s 1.2V TCXOs can provide the perfect solution for your project, balancing energy efficiency and perform...

Embracing IoT for the Future of Industrial Automation Smart industrial applications have embraced the Internet of Things (IoT), including artificial intelligence (AI), machine learning and data analytics to improve all aspects of industrial automation. Learn how Aker’s quartz crystals and oscillators are indispensable in IoT and industrial applications.

Compare ADT7420, ADT7481, and AD22100 sensors for accuracy, channel support, and cost; ideal for medical, industrial, server, and HVAC applications.

The QPL1840 is a GaAs pHEMT single ended MMIC RF amplifier IC featuring 17 dB of gain and low noise from 5 MHz to 1800 MHz. This high linearity IC is designed to support Broadband CATV DOCSIS 4.0 applications, such as Nodes, Amplifiers, and Remote PHY Devices, as well as Fiber to The Home (FTTH), Home Gateways, and Cable Modems. The device is powered by a single supply that can operate...

Precision that drivers can feel. Allegro's A17803 angle sensor delivers the accuracy and safety compliance needed for superior steering control. Learn More

How Does XtremeSense™ TMR Technology Enable Efficient Applications In today’s semiconductor industry, we assuredly notice a growing demand for enhanced efficiency across various industrial and automotive sectors, prompting significant shifts in design considerations, particularly regarding current sensing requirements. If you’re reading this, you’re very li...

Check out our latest application note: ‘Optimizing Crystal Oscillator Selection for Analog Devices Ultra‑Low‑Power Microcontrollers.’ This application note covers how to choose the right crystal to make ultra‑low‑power MCUs more efficient, reliable and responsive.