Mouser Electronics announces a new eBook in collaboration with Apex Microtechnology, exploring the challenges and nuances involved in designing high reliability components. In An Engineer’s Guide to High Reliability Components, subject matter experts from Apex Microtechnology offer rich insights into the most difficult aspects of high reliability design. The eBook includes five detailed articles, covering topics including thermal management, hermetically sealed packaging, and silicon carbide.
New electronic devices are enabling significant performance improvements in industrial, medical, and aerospace applications. However, these critical industries require the highest levels of reliability; any technology failure could result in disastrous consequences. An Engineer’s Guide to High Reliability Components, the new eBook from Mouser and Apex Microtechnology, addresses the specific design challenges involved in analog power electronics for high reliability devices. The eBook also includes product information for 10 relevant Apex Microtechnology solutions, connecting engineers with the specific components needed to improve the reliability of their device designs. The Power Operational (Linear) Amplifiers from Apex Microtechnology support applications that require high current and high voltage, with output currents ranging from 0.01 A to 100 A (peak) and slew rates of up to 3000V/µs. The power operational amplifiers are an ideal choice for precision power analog applications including electrostatic/magnetic deflection and DC/servo motion control.
The new eBook from Apex Microtechnology and Mouser also features information on the SA310 Brushless DC Motor Driver. Leveraging silicon carbide MOSFET technology, the SA310 motor driver offers improved efficiency with 30 A continuous output per phase. The SA310 Brushless DC Motor Driver supports a range of applications including motor control, test equipment, power inverters, and variable frequency drives.
