electronics capabilities
NOAH’s electronics engineering design team excels in the development and integration of advanced electronics, electro-optics, and microprocessor circuitry used to create unique and cutting edge products that are competitive in today’s marketplace. The team pulls
from its broad experience to create highly reliable electrical and optical communications systems, data scrambling and security applications, analog feedback loops, medical appliance interfaces, and a wide array of other devices.
from its broad experience to create highly reliable electrical and optical communications systems, data scrambling and security applications, analog feedback loops, medical appliance interfaces, and a wide array of other devices.
Digital design |
The digital domain is essential for high speed switching, data manipulation and process control in many applications. A large base of commercial semiconductor integrated circuits (ICs) facilitates the development of highly complex digital systems. Noah’s engineering team must be knowledgeable in
existing ICs and keep abreast of emerging products in order to weave these complex ICs into a customer solution. Additionally, the latest generation of integrated circuits includes a high degree of customization parameters that must be accessed by an intelligent microprocessor in the design. Noah’s digital design successes include:
Efficient circuit decoupling to supply the large instantaneous current requirements of digital switching systems. |
electro-optics design |
The increasing demand for bandwidth between devices has necessitated a move towards fiber optics in high-speed communication systems. A single fiber or free space optical link can replace many of yesterdays outdated T1s, ISDNs, and other lower speed links. Noah’s design team has embraced the advantages of fiber optic systems in communication links and has developed laser driver and receiver circuitry for a wide range of speeds and applications including:
APD biasing circuitry that includes temperature compensation for maximizing receiver sensitivity and over current protection for sensitive transimpedance amplifiers. |
analog design |
From power supplies, to very high speed digital signals, to wireless RF electronics, analog signals comprise the basic elements of every electronic system. Great attention to detail in component selection, impedance matching, signal routing, grounding, and PCB material is essential in developing low noise systems that are compliant with the FCC and other governing standards bodies. Noah’s analog design experience includes:
Printed circuit board layer stack up, signal routing, and component placement and shielding for high-speed signal propagation and impedance matching. |