Abstract: An information handling system having a modular DC-DC standby power converter with programmable sequencing. The modular DC-DC standby power converter comprises a plurality of DC inputs and a plurality of DC outputs. The modular DC-DC standby power converter may also be bypassed and/or put into an off-state such that a voltage(s) of at least one output of the converter may then be the same voltage(s) of at least one input. When the modular DC-DC standby power converter is bypassed and/or in the off-state, its outputs may be at a high impedance. The output voltage(s) may be adjusted for specific system requirements. Turn-on and turn-off sequencing of the output voltage(s) may be programmed. The modular DC-DC standby power converter may have short circuit protection.

Abstract: An information handling system having a modular DC-DC standby power converter with programmable sequencing. The modular DC-DC standby power converter comprises a plurality of DC inputs and a plurality of DC outputs. The modular DC-DC standby power converter may also be bypassed and/or put into an off-state such that a voltage(s) of at least one output of the converter may then be the same voltage(s) of at least one input. When the modular DC-DC standby power converter is bypassed and/or in the off-state, its outputs may be at a high impedance. The output voltage(s) may be adjusted for specific system requirements. Turn-on and turn-off sequencing of the output voltage(s) may be programmed. The modular DC-DC standby power converter may have short circuit protection.

Abstract: An information handling system having a modular DC-DC standby power converter with programmable sequencing. The modular DC-DC standby power converter comprises a plurality of DC inputs and a plurality of DC outputs. The modular DC-DC standby power converter may also be bypassed and/or put into an off-state such that a voltage(s) of at least one output of the converter may then be the same voltage(s) of at least one input. When the modular DC-DC standby power converter is bypassed and/or in the off-state, its outputs may be at a high impedance. The output voltage(s) may be adjusted for specific system requirements. Turn-on and turn-off sequencing of the output voltage(s) may be programmed. The modular DC-DC standby power converter may have short circuit protection.

Abstract: Use of a bi-color light source, a single light conduit and two color filters visually produce two status indications in an information handling system. The bi-color light source produces a blue color light when in a first state and an amber color light when in a second state. The blue color light passes through one of the color filters to a first portion of a single status indicator and the amber color light passes through the other color filter to a second portion of the single status indicator.

Abstract: Use of a bi-color light source, a single light conduit and two color filters visually produce two status indications in an information handling system. The bi-color light source produces a blue color light when in a first state and an amber color light when in a second state. The blue color light passes through one of the color filters to a first portion of a single status indicator and the amber color light passes through the other color filter to a second portion of the single status indicator.

Abstract: A device (1) for coating and/or impregnating a band (2) in continuous movement (3) with a liquid or pasty product, including an applicator (4) for depositing a layer (5) of the product, at least partially on one face (6) of the band. The device includes applicators (4) which are constituted by a reservoir (7, 70, 407) having a perforated area (8, 21,), brought into contact with the face (6) to be coated and/or impregnated, around which the band is deflected, having on a portion of its shell a set of orifices (9, 90, 409) opening externally and communicating internally with a product feed chamber (10, 110, 410), the surface and/or permeability of which are adjustable.