MULTIPLE WELL CHARGED COUPLED DEVICES

Brand	Owner (click to sort)	Address	Description
NANOFLASH	BRYAN, BRUCE	716 Arden Drive Beverly Hills CA 90210	multiple well Charged Coupled Devices (CCD) for use as a reagent in biological assays using chemoluminescence and bioluminescence for drug screening, detecting infectious agents, nucleic acid synthesis and hybridization assays, and combinatorial peptide synthesis;
NANOLIGHT	PROLUME LTD.	7420 BUCK SPRINGS RD PINETOP AZ 85935	multiple well Charged Coupled Devices (CCD) for use as a reagent in biological assays using chemoluminescence and bioluminescence for drug screening, detecting infectious agents, nucleic acid synthesis and hybridization assays, and combinatorial peptide synthesis;NANO LIGHT;
NANOTOOLS	PROLUME LTD.	7420 BUCK SPRINGS RD PINETOP AZ 85935	multiple well Charged Coupled Devices (CCD) for use in in vitro assays and reagent in diagnostic assays for scientific research;NANO TOOLS;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A dynamic logic register including a complementary pair of evaluation devices, delayed inversion logic, a dynamic evaluator, latching logic, and a keeper circuit coupled to the output. The evaluation devices are responsive to a clock signal and provide a pre-charged node and an evaluation node. The delayed inversion logic outputs a complete signal that is a delayed and inverted version of the clock signal. The dynamic evaluator, coupled between the pre-charged and evaluation nodes, evaluates a logic function based on a data signal during an evaluation period between operative edges of the clock and complete signals. The latching logic enables the state of an output node to be determined by the state of the pre-charged node during the evaluation period and otherwise clamps the pre-charged node to prevent perturbations of the data signal from propagating to the output node.