Electrical Engineering

ELECTRICAL ENGINEERING is the complete process of:

– Applying the principles of engineering, physics, and mathematics to component and product design/development;

– Designing integrated circuits for a wide range of subfields including electronics, digital computers, power engineering, telecommunications, control systems, radio-frequency engineering, signal processing, instrumentation, and microelectronics to meet and/or exceed environmental, ruggedization, and specialized requirements;

– Developing, analyzing, rapid prototyping, manufacturing, and maintenance of electronic components, sub-systems, and fully integrated circuits for products and control/feedback mechanisms to meet and/or exceed fit, form, and functionality requirements in the most cost effective and timely manner to maximize new product success.

 


Electric Engineering

Digital Design

Data Acquisition System

Data Converters

Sensors

Motion Control

Microprocessors/Microcontrollers

PICmicros

Lattice CPLD, FPGA, PLD

Altera CPLD, FPGA, DSP

Motorola 68HC11E9

System Integration

WDM (Windows Drive Model) for PC Cards

USB Interface Following the USB 2.0 & 3.0 Architecture

Serial/RS232 port and UART 8250 following the RS232D standard

Printed Circuit Board Design, Layout and Signal Integrity Services

Rigid Capabilities

2-60+ Layers

Controlled Impedance

RF and Microwave Circuits

UL Certified Laminates

High Density Interconnects

Mixed Dielectrics

Controlled Depth Back Drill

Vias in Pad

Blind and Buried Vias

Epoxy and Conductive Fill

Thick Panels Up to 0.400 in

Bonded Heath Sinks

Metal Cores

Plated Edges and Cavities

Commercial and Mil Quals

Flex Capabilities

2-28 Layers

Complex Rigid.Flex

Epoxy Fillets

FR Acrylic

Adhesiveless Polymide

Looseleaf Construction

Bikini Coverlayer

Bookbinder Construction

Silver Epoxy Ink Shielding

Commercial and Mil Quals