Abstract: In an example embodiment, a system for displaying a product in a touch-sensitive display of a hand-held electronic device comprises at least one module, executing on one or more computer processors to present a graphical image representative of the product in the touch-sensitive display, detect a slide-based contact with the touch-sensitive display at or over a first predefined location corresponding to the product image in the display, and display, in response to the detection of the slide-based contact, an array of swatch images associated with variants of the product in the touch-sensitive display.

Abstract: Disclosed in some examples is a method, system and medium relating to a user selection of items for inclusion in a registry. An example method includes using at least one processor to present an interface to a user; displaying a plurality of items for sale on the interface; displaying on the interface, a registry selection element associated with each item of the plurality of items for sale, the registry selection element being selectable by a user to select the associated item for inclusion in a registry; and responsive to a user selection of a first registry selection element associated with a first item of the plurality of items for sale, recording, in a database, the first item as being included in the registry.

Abstract: A system and method for interfacing with a network component is described. One embodiment includes an electronic method that accesses a network component; retrieves a command set from the network component; generates a configuration schema corresponding to the network component using the retrieved command set; and then stores the generated configuration schema.

Abstract: An on-state low current detector uses a transistor with main (32) and sense (34) cells. Feedback circuit (36) acts to keep the voltage across main cells (32) at a substantially constant target value when the load current falls below a level that generates the target voltage value in the main cells. The target voltage value is sufficiently high to ensure that the voltages of low current detection comparator (18) are readily measurable.

Abstract: A driver for an inductive load such as a solenoid coil 92 includes three FETs 4,6,8. Two of the FETs are reversely connected between battery and output terminals 16, 18, and one of the FETs is connected between output and ground terminals 16, 14. A driver circuit 10 having high and low side control circuitry 58,56 is formed in a common substrate with two of the FETs 4,6. In use, a coil 92 is connected to the output terminal 16, and driven in an energise mode in which current in the coil 92 is built up as indicated by arrow 100, a freewheel mode in which current circulates freely as indicated by arrow 102, and then may be switched off. The reversely connected FETs allow both short circuits to be prevented in the energise mode and allow the coil to be rapidly switched off. In spite of the control circuitry being formed in a common substrate with some of the FETs, the arrangement allows the FETs to be properly driven.

Abstract: A vertical insulated gate field effect power transistor (3) has a plurality of parallel transistor cells (TC3) with a peripheral gate structure (G31, G2) at the boundary between each two transistor cells (TC3). The gate structure (G31, G32) comprises first (G31) and second (G32) gates isolated from each other so as to be independently operable. The first gate (G31) is a trench-gate (21, 22), and the second gate (G32) has at least an insulated planar gate portion (13, 14). Simultaneous operation of the first (G31) and second (G32) gates forms a conduction channel (23c, 23b) between source (16) and drain (12) regions of the device (3). The device (3) has on-state resistance approaching that of a trench-gate device, better switching performance than a DMOS device, and a better safe operating area than a trench-gate device. The device (3) may be a high side power transistor is series with a low side power transistor (6) in a circuit arrangement (50) (FIG. 14) for supplying a regulated output voltage.

Abstract: A system and method for interfacing with a network component is described. One embodiment includes an electronic method that accesses a network component; retrieves a command set from the network component; generates a configuration schema corresponding to the network component using the retrieved command set; and then stores the generated configuration schema.