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Summit Microelectronics Inc

757 N. Mary Avenue
Sunnyvale, CA 94085-2909
USA
WebSite: http://www.summitmicro.com
Phone: 408-523-1000
Fax: 408-523-1266
Email: SummitSales@summitmicro.com
   

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Recent Articles for Summit Microelectronics Inc:
Integration vs stand-alone PMICs: Systems need both
The smartphone and tablet market segments are two of the fastest growing ones in the electronics industry. Today’s typical . . .
4-A charger ICs fast charge smartphones
The SMB349 and SMB359 are the industry’s first monolithic 4-A Li-Ion battery charger ICs and can fast-charge high capacity . . .
Summit Microelectronics Announces Record Revenues and Profit
SUNNYVALE, CALIF. – MARCH 13, 2012 – Summit Microelectronics, the recognized leader in programmable power integrated circuits, today announced . . .
Summit Microelectronics announces record revenues and profit
SUNNYVALE, CALIF. – MARCH 13, 2012 – Summit Microelectronics, the recognized leader in programmable power integrated circuits, today announced . . .
Buck regulators control power to SoCs
The SMB206A and SMB210A are dual-, single-output dc/dc buck regulators integrated with on-board MOSFETs supplying dual 3 A (SMB206A), . . .

Reference Design Documents for Summit Microelectronics Inc:
SMH4804, SMP9210, SMT4004 Telecom Reference Design
This note describes the design of a communications power system required to convert a -48V bus to multiple voltages. Guidelines and options are provided for full system design and primary-side and secondary-side configurations. The design uses a hot-swap controller, a quad power supply manager, and two dual 10-bit nonvolatile DACPOTs(tm).
SMM105 DC-to-DC Point-of-Load Reference Design
The SMM105 reference design contains the single-channel supply marginer and active DC output controller (ADOC[tm]), all required associated circuitry, and a PC connector for plug-and-play programming. Features include: up to 16A output; 300kHz operation; extremely accurate (+/-0.2%) ADOC, which automatically adjusts supply output voltage levels under all DC load conditions.
SMH4804, SMP9210, SMT4004 Telecom Reference Design (App note 25)
This note describes the design of a communications power system required to convert a -48V bus to multiple voltages. Guidelines and options are provided for full system design and primary-side and secondary-side configurations. The design uses a hot-swap controller, a quad power supply manager, and two dual 10-bit nonvolatile DACPOTs(tm).
SMT4004 TRAKKER(tm) Supply Manager, Xilinx Virtex(tm)-E, Spartan (tm)-IIE FPGA
This note describes how to power FPGAs for lowest possible peak currents during turn-on, while meeting all power-on guidelines set by Xilinx. Programmable options are also shown to optimize each device's individual turn-on characteristics. This ensures reliable operation. A complete schematic and list of materials is included.
Designing for NEBS Compliance: The SMH4804, App Note 24
The reference design employs a SMH4804 Quad Hot-Swap Controller and SMT4004 Quad Tracking Power Supply Manager tested and hardened for NEBS EMI/EMC compliance. The compliance reference circuit is based on the SMH4804 evaluation board. Design engineers are given guidelines for component selection and PCB layout practices to meet NEBS standards.