Search Results - "Reay, Richard J."

Microfabricated electrochemical analysis system for heavy metal detection by Reay, Richard J., Flannery, Anthony F., Storment, Christopher W., Kounaves, Samuel P., Kovacs, Gregory T.A.

“…A low power, hand-held system has been developed for the measurement of heavy metal ions in aqueous solutions. The system consists of an electrode array…”
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Micromachined thermally isolated circuits by Klaassen, Erno H, Reay, Richard J, Storment, Christopher, Kovacs, Gregory T.A

“…This paper details a post-processing technique by which circuitry in an unmodified IC technology is thermally and electrically isolated from the silicon…”
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Electrically floating conductivity detection system for capillary electrophoresis by Zhao, Hui, Dadoo, Rajeev, Reay, Richard J, Kovacs, Gregory T.A, Zare, Richard N

“…A conductivity detector is designed for capillary electrophoresis in which the detection electronics are isolated and float with the separation voltage applied…”
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Diode-based thermal r.m.s. converter with on-chip circuitry fabricated using CMOS technology by Klaassen, Erno H., Reay, Richard J., Kovacs, Gregory T.A.

“…A high-frequency root-mean-square (r.m.s.) converter composed of two matched thermal elements and on-chip circuitry has been fabricated in a foundry CMOS…”
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Thermally and electrically isolated single crystal silicon structures in CMOS technology by Reay, R.J., Klaassen, E.H., Kovacs, G.T.A.

“…Thermally and electrically isolated single crystal silicon structures have been fabricated using a post-processing anisotropic tetramethyl ammonium hydroxide…”
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A resonant switching write driver for magnetic recording by Reay, R.J., Klaassen, K.B., Nomura, C.S.

“…This paper describes a high-speed circuit for driving magnetic recording write heads. Resonant current switching enables a reduction in power consumption…”
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An unconditionally stable two-stage CMOS amplifier by Reay, R.J., Kovacs, G.T.A.

“…This paper describes a two-stage CMOS amplifier that is stable for any capacitive load. This is achieved through the use of an optimized cascoded compensation…”
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A micromachined low-power temperature-regulated bandgap voltage reference by Reay, R.J., Klaassen, E.H., Kovacs, G.T.A.

“…A low-power, temperature-regulated bandgap voltage reference is demonstrated in a commercial CMOS process. Low-power operation is achieved by thermally…”
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High-voltage devices and circuits fabricated using foundry CMOS for use with electrostatic MEM actuators by Maluf, N.I., Reay, R.J., Kovacs, G.T.A.

“…Devices and circuits capable of high-voltage operation are necessary for the actuation of micromachined electrostatic structures that require high voltages…”
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A micromachined low-power temperature-regulated bandgap voltage reference by Reay, R.J., Klaassen, E.H., Kovacs, G.T.A.

“…This paper describes a temperature regulated bandgap voltage reference fabricated in a foundry CMOS process. Using a simple post-processing micromachining…”
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