Abstract: A high speed transmission system includes at least one transmitter; a buffer circuit for assembling into a data packet in parallel a number of sample conversion words from said transmitter; a marker circuit for adding a marker word to said data packet for framing said data packet; and a serializer circuit for serializing said data packet either before or after said marker word is added, with an embedded clock for transmission.

Abstract: A high speed transmission system includes at least one transmitter; a buffer circuit for assembling into a data packet in parallel a number of sample conversion words from said transmitter; a marker circuit for adding a marker word to said data packet for framing said data packet; and a serializer circuit for serializing said data packet either before or after said marker word is added, with an embedded clock for transmission.

Abstract: Power supply systems and methods can enable an electromagnetic device, such as an electrical contactor, to ride-through both voltage sags and dropouts. In an illustrative embodiment, a rectifier is used to generate a DC input voltage from an AC supply voltage. An interface circuit supplies the DC input voltage to an electrical contactor to provide the necessary power for operating the contactor. In general, an electrical contactor that is intended to operate from an AC voltage will operate equally well from a lower magnitude DC voltage. The interface circuit uses this difference in magnitudes between the AC voltage source and an operationally equivalent DC voltage source to maintain the DC input voltage at a desired level even if the AC voltage source sags below its normal operating level. In addition, an energy storage device may be used to store at least some of the DC input voltage.