MICROCONTROLLERS 中文是什么意思

Microcontrollers Business Unit Manager.

微业务部经理.

The sensor systems are based on microcontrollers and PC technology.

传感器系统基于微控制器和PC技术。

Microcontrollers and Microprocessors(179).

处理器和微控制器(143).

The Arduino highlights commonalities between microcontrollers, not the differences.

而Arduino强调微控器间的共同性而不是差异性。

Connected Microcontrollers and Processors.

微控和处理.

人们也翻译

many microcontrollers

The Functional-Safety Design Package for STM32F0 microcontrollers is available from www. st.

STM32F0微控制器的功能性安全设计包可自www.st.

These microcontrollers were developed by Atmel in 1996.

AVR微控制器由Atmel公司于1996年开发。

The power supply used to power the microcontrollers and other components on the board.

V：用于为微控制器及电路板上其他组件供电的稳压电源。

Microcontrollers are also single-chip microcontrollers in the traditional sense.

微控制器也就是传统意义上的单片机。

These feature Arm Cortex-based microcontrollers and wireless communication support.

这些功能基于ArmCortex的微控制器和无线通信支持。

One of the possible program memory configurations of PIC17 andPIC18 microcontrollers.

单片机模式（MicrocontrollerMode）PIC17和PIC18单片机中的一种可能的程序存储器配置。

Connecting Microcontrollers to Google Cloud Platform with Zerynth.

Zerynth微连接到Google云平的.

Because of the different applications, the instruction set of microcontrollers and microprocessors is also different.

由于应用场合不同，微控制器和微处理器的指令集也有所不同。

Microcontrollers have limited compute power and memory capacity and typically perform simple, functional tasks.

微控制器具有有限的计算能力和内存容量，通常执行简单的功能任务。

Renesas Electronics remains a giant in microcontrollers(MCU) and system on chip(SoC) devices for automotive applications.

瑞萨电子仍然是汽车应用的微控制器（MCU）和片上系统（SoC）器件的巨头。

Low-power microcontrollers such as MAX32626 target wearable devices, so are not"security-centric" ICs.

MAX32626等低功耗微控制器的目标应用为可穿戴设备，所以不是“安全为中心”的IC。

There are a few keyfeatures that set PLCs apart from industrial PCs, microcontrollers, and other industrial control solutions:.

有一些主要功能使PLC与工业PC，微控制器和其他工业控制解决方案区分开：.

Programmable 16 bit microcontrollers are designed to be used for embedded applications, contrary to microprocessors that can be found in PCs.

可编程16位微控制器设计用于嵌入式应用，不同于PC中的微处理器。

To reduce the number of attacks, we need to look at embedded microcontrollers(MCU), the orchestrating components in all these devices.

为了减少攻击次数，我们需要查看嵌入式微控制器（MCU），即所有这些设备中的编排组件。

Utilize software, microcontrollers, and related electronic components to create prototypes and devices that respond to environmental and user inputs.

利用软件，微控制器和相关电子元器件制造原型和设备应对环境和用户输入。

(Austin, Texas) founded in 2010,is a fabless chip company developing low power microcontrollers and mixed-signal systems that operate at sub-threshold voltages.

(Austin,Texas)成立于2010年的无晶圆芯片公司，开发低功耗微控制器和亚阈值电压混合信号系统。

General microcontrollers now represent a little over 60 percent of MCU unit shipments and are forecast to reach 68 percent of the total in 2022.

通用微控制器目前占MCU单位出货量的60％以上，预计到2022年将达到总量的68％。

The introduction of the ATmega4809 brings a series of megaAVR microcontrollers that were designed to create responsive command and control applications.

ATmega4809单片机是megaAVR®系列单片机的新成员，旨在创建高响应命令和控制应用。

For example, many microcontrollers built-in analog-to-digital converters(ADCs) are used to measure analog inputs as well as battery voltages or other parameters.

例如，许多微控制器内置模数转换器ADC用于测量模拟输入以及电池电压或其他参数。

They react instantly to data from sensors, computer systems, microcontrollers, and other things intended to operate a moment-to-moment process in real time.

它们对来自传感器、计算机系统、微控制器和其他旨在实时操作即时处理的东西的数据立即作出反应。

It includes microcontrollers,"Azure Sphere Security Service" and, the really interesting component, the Linux-based Azure Sphere operating system.

它包括微控制器，“AzureSphere安全服务”以及真正有趣的组件-基于Linux的AzureSphere操作系统。

The introduction of the ATmega4809 brings a new series of megaAVR® microcontrollers that were designed to create highly-responsive command and control applications.

ATmega4809单片机是megaAVR®系列单片机的新成员，旨在创建高响应命令和控制应用。

Using specific hardware peripherals on these microcontrollers and placing them into low power modes is an important part of the OTA update software design.

使用这些微控制器上的特定硬件外设并将其置于低功耗模式，是OTA更新软件设计的重要组成部分。

Because most microprocessors and microcontrollers require byte-level random access, NAND Flash is not suitable for replacing ROMs that are used to load programs.

因为多数微处理器与微控制器要求字节档次的随机存取，所以NANDFlash不适合替换那些用以装载程序的ROM。