Abstract: EL The present invention provides a system for electrodepositing a plurality of electrolytes onto a substrate in a single deposition chamber to form an article, in which the system comprises a removable substrate; a deposition chamber containing the substrate in which the chamber has an inlet and an outlet and in which the chamber comprises at least one anode with connection to a source of electrical current; a plurality of electrolyte reservoirs for an electrolyte solution connected to the deposition chamber through the inlet; and a rinse medium reservoir connected to the deposition chamber through the inlet. Also provided is a system comprising a cradle to form an article, methods using the systems of the invention, and composite materials and devices prepared by the methods of the invention.

Abstract: EL The present invention provides a system for electrodepositing a plurality of electrolytes onto a substrate in a single deposition chamber to form an article, in which the system comprises a removable substrate; a deposition chamber containing the substrate in which the chamber has an inlet and an outlet and in which the chamber comprises at least one anode with connection to a source of electrical current; a plurality of electrolyte reservoirs for an electrolyte solution connected to the deposition chamber through the inlet; and a rinse medium reservoir connected to the deposition chamber through the inlet. Also provided is a system comprising a cradle to form an article, methods using the systems of the invention, and composite materials and devices prepared by the methods of the invention.

Abstract: Clock-controlled circuitry organised into at least first and second clock domains, the first clock domain configured to operate based on a first clock signal and the second clock domain configured to operate based on a second clock signal, wherein: the first clock domain comprises a first signal generator operable to generate a first repetitive signal synchronised to the first clock signal; the second clock domain comprises a second signal generator operable to generate a second repetitive signal synchronised to the second clock signal; the first signal generator is operable, when operating in master mode, to output to the second signal generator a first synchronisation signal indicative of a phase of the first repetitive signal; and the second signal generator is operable, when operating in slave mode, to: set a timing of the second repetitive signal relative to the second clock signal based on the first synchronisation signal so that the second repetitive signal is set to have a phase relationship with the

Abstract: Clock-controlled circuitry organised into at least first and second clock domains, the first clock domain configured to operate based on a first clock signal and the second clock domain configured to operate based on a second clock signal, wherein: the first clock domain comprises a first signal generator operable to generate a first repetitive signal synchronised to the first clock signal; the second clock domain comprises a second signal generator operable to generate a second repetitive signal synchronised to the second clock signal; the first signal generator is operable, when operating in master mode, to output to the second signal generator a first synchronisation signal indicative of a phase of the first repetitive signal; and the second signal generator is operable, when operating in slave mode, to: set a timing of the second repetitive signal relative to the second clock signal based on the first synchronisation signal so that the second repetitive signal is set to have a phase relationship with the