Abstract: A flow-through LED lighting system includes a housing and two or more blades disposed with the housing. At least one blade has a plurality of LEDs mounted therewith, and each blade is separated from an adjacent blade by a venting space. A power supply is configured with the housing, connects with an external power source, and powers the LEDs.

Abstract: An LED-based lighting system includes a printed circuit board (“PCB”) having conductors on a front-side thereof, one or more LEDs mounted with the conductors, and a structural element. The PCB is mounted with the conductors near to the structural element so that heat dissipation from the LEDs is primarily through the conductors and the structural element. A method of dissipating heat generated by an LED-based lighting system includes configuring a PCB with conductors on a front-side of the PCB, such that when one or more LEDs mounted to the conductors generates heat, the heat dissipates from the one or more LEDs to the conductors. The method also includes integrating a structural element such that at least portions of the conductors face the structural element, and the heat dissipates from the conductors to the structural element.

Abstract: A data storage diskette incorporates a hub having a reduced diameter. A circular sheet of magnetic media is mounted about the hub. The reduced diameter imparts added flexibility to inner regions of the sheet of magnetic media between the bond point of the sheet and a point at which magnetic heads access the sheet for data read and write operations. The added flexibility enables the sheet of magnetic media to more readily be bent to align with a gap defined by the magnetic heads. The enhanced alignment enables a read/write axis of the magnetic heads to be perpendicularly aligned with the sheet of magnetic media in the inner regions, thereby maintaining signal amplitude in such regions.