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Here is a list of some of our more recent
projects that we have worked on: |
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Currently working on Acoustic Instrumentation with
ARM Processor, Graphical LCD screen, RS485, SPI, FERam, 4 Analog Inputs, ten bit A/D converter, and
CPLD doing DMA memory control storing samples from AtoD converter into SRAM, 2 switching power supplys . Circuit
Design, CPLD design in VHDL, C programming for USB driver, Runtime applications,
and Nand Flash File System, Circuit Board Layout
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Currently working on CAN / LIN Development Board with
Graphical LCD screen, RS232, CAN, LIN, 12 Digital Outputs, 12 Digital Inputs, 8
- ten bit A/D converters, and Variable 2Amp switching power supply 8v-15v to
simulate load conditions on 12volt automotive lead acid battery. Circuit
Design, CPLD design in VHDL, C programming, Circuit Board Layout. |
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Hardware circuit design, Firmware design in C for Freescale
8bit Micro, Circuit board layout In EAGLE |
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Industrial Sensor: CCD interfaced to Analog Devces DSP
through flex circuit, converts optical data to digital information and feed it
to Atmel 16bit Micro and Xilinx CPLD to send data out a modulated serial
communications channel. Root Cause / Debugging of Manufacturing problems,
Conversion of assembly to RoHS process, New power supply design, Xilinx CPLD
programming in VHDL, CAD Layout of test fixture circuit board,
Compatibility testing of Laser diode for RoHS solder process. |
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Industrial Logic Controller: Power PC based
design that operates up to 50MHz. 16MB of zero wait state SDram with drop
in provisions for 64MB. 8 MB of 2 bank, Simultaneous Read/Write Flash
memory with drop in provisions for 64MB. 10/100MB Ethernet physical
layer interface. Interface to 4 line x 20 character VFD display.
Zero wait state, Dual port ram interface to AMD186ES microprocessor and Allen Bradley
Control Net ASIC. Echelon LONworks adapter circuit design.
Interface to Membrane keypad and LED display. |
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Multiple Xilinx CPLD
design and simulation in VHDL using timers, counters, registers, and
combinatorial logic to perform functions of state machines, access arbitration,
address decoding, memory timing, peripheral control, bus error checking,
watchdog control, variable volume & tone piezoelectric buzzer design, and
proprietary design. |
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Intrinsically Safe Handheld Computer: Designed 16MB Flash memory module
to interface to main board. Re-designed main board for Modem chip
communication enhancements. Circuit
board layout guidance to meet intrinsic safety guidelines of FM, CSA, and
CENELEC. Circuit board
layout verification. |
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