用于选择组件和子系统的嵌入式设计技术
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了解具体测量技术，以便更高效地选择和确定用于嵌入式设计的恰当组件与子系统。 Application Note
Embedded Design Techniques for
Optimizing Control Parameters
Introduction
In the process of optimizing control functions, small adjustments in microcontroller
firmware can produce significant improvements in embedded system performance.
Coming up with the right values for gains, offsets, delays, hysteresis values and PWM
parameters can be time consuming, but using the right tools can speed the process.
While it’s possible to optimize control systems through calculation and modeling,
today’s design tools enable faster real-world measurements and simpler determination
of optimal design settings. Flash memory, flexible development environments, and the
capabilities of modern deep-memory, mixed signal oscillo
Embedded Design Techniques for
Optimizing Control Parameters
Introduction
In the process of optimizing control functions, small adjustments in microcontroller
firmware can produce significant improvements in embedded system performance.
Coming up with the right values for gains, offsets, delays, hysteresis values and PWM
parameters can be time consuming, but using the right tools can speed the process.
While it’s possible to optimize control systems through calculation and modeling,
today’s design tools enable faster real-world measurements and simpler determination
of optimal design settings. Flash memory, flexible development environments, and the
capabilities of modern deep-memory, mixed signal oscillo
关键词： TekTronix 子系统
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