2012年4月23日 · Darnell Group has just-released a Free white paper quantifying the relative ease of design for a PSiP/MicroModule/PwrSoC design flow used in a 5A dc-dc regulator for an FPGA or similar load vs. a "typical" dc-dc regulator "down" solution.

2020年10月30日 · At its core, PSIP is an instantiation of the Plan-Do-Check-Act management cycle (PDCA, also known as Plan-Do-Study-Adjust) which provides the foundation for much of the modern software process improvement literature. This situates PSIP within a constellation of bottom-up, inductive software process improvement methods.

2023年12月11日 · Abstract: Power losses of switches and inductors are consistent challenges that hinder the devel-opment of high-frequency power supply in package (PSiP). This paper investigates the roadmap for power loss optimizations of …

Initial PSiP attempts integrated a number of components into a single package containing the semiconductors and the power passives. They desired to make this quantum jump in power management devices transparent to their customers, so they molded the PSiP to look like a pick -and-place component, much like an IC. Thus, we

Overview of the PSIP Process: This document provides and overview of PSIP and a step by step description of how to execute the planning process. Timeline for Completing a PSIP Cycle: While a PSIP cycle can vary in length, we provide a 12-week …

2012年4月27日 · To cut to the chase: Even with the use of web-based simulation tools, it still takes an average of 464 man-hours to complete a dc-dc regulator design flow vs. only 254 man-hours to complete a PSiP design. This is for a simple 5A regulator design flow, for a more complex design, the process could take 20-40% longer.

Productivity and Sustainability Improvement Planning (PSIP) is a lightweight, iterative workflow that allows software development teams to identify development...

Process flow and optical characteristics Properties Single-mode (λ>1060 nm) and multi-mode operation Large optical bandwidth: 400 –2000 nm Ultra-low propagation losses: 0.059 ± 0.001 dB/cm @ 1550 nm Low PDL and temperature dependence Thin glass down to 300 µm thickness and format up to 440 x 305 mm²

Productivity and Sustainability Improvement Planning (PSIP) is a lightweight, iterative workflow that allows software development teams to identify development bottlenecks and track progress to overcome them. By practicing PSIP, teams are able to realize process improvements without a disruption to any current development processes.

Overview of the PSIP Process: This document provides and overview of PSIP and a step by step description of how to execute the planning process. Timeline for Completing a PSIP Cycle: While a PSIP cycle can vary in length, we provide a 12-week …