TMP01

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低功耗可编程温度控制器（温度传感器）

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产品技术资料帮助

ADI公司所提供的资料均视为准确、可靠。但本公司不为用户在应用过程中侵犯任何专利权或第三方权利承担任何责任。技术指标的修改不再另行通知。本公司既没有含蓄的允许，也不允许借用ADI公司的专利或专利权的名义。本文出现的商标和注册商标所有权分别属于相应的公司。

概述

  • 工作温度范围：–55°C至+125°C（–67°F至+257°F）
  • 精度：±1.0°C°C（整个温度范围内，典型值）
  • 温度比例电压输出
  • 用户编程温度跳变点
  • 用户编程迟滞
  • 20 mA开路集电极跳变点输出
  • TTL/CMOS兼容型
  • 单电源供电：4.5 V至13.2 V
  • PDIP、SOIC和TO-99封装
TMP01
低功耗可编程温度控制器（温度传感器）
TMP01-fbl TMP01-pc
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参考资料

数据手册 1

技术文章 2

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AD-M2KCOMPEDU-EBZ

ADALM2000 Companion Education Board for Mixed-Signal Learning and Prototyping

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特性和优点

  • ADALM2000 companion education board for hands-on mixed-signal learning and prototyping
  • Extends ADALM2000 with integrated signal generation, analog and digital interfacing, sensors, and user peripherals
  • Portable USB-powered platform that combines power supplies, adjustable references, signal generation, sensing, display support, and communication experiments on one board
  • Standalone Arbitrary Waveform Generator with up to ±10V maximum amplitude
  • Onboard ±12V power supply rails and two adjustable DC reference generators covering ±12V DC
  • TTL/PWM 5V clock generator with adjustable frequency and software-controlled generator interface through Arduino UNO R4
  • Arduino UNO R4 plug-in option for menu control, calibration, display support, CAN communication, and firmware experimentation
  • Compatible with ADALM1000/ADALM2000 active learning modules

产品详情

The AD-M2KCOMPEDU-EBZ is an education-focused companion board for ADALM2000-based teaching labs, demonstrations, and student projects. It brings together stimulus generation, measurement access, biasing, user controls, sensing, and communication functions in a compact USB-powered board. This helps instructors and students move from basic circuit measurements to complete mixed-signal experiments with fewer external modules.

The board is intended to complement ADALM2000 and other standard laboratory equipment. It provides analog input and output access, digital output functions, power supplies, sensors, controls, LEDs, display connectivity, a transceiver interface, adjustable voltage references, and current-source functions. Arduino UNO R4 support adds a programmable control layer for menu-driven operation, calibration routines, signal-generator control, and embedded-system exercises.

System Features:

  • USB-C input power with 900mA onboard current limit
  • ADALM2000 plug-in option
  • Arduino UNO R4 plug-in option
  • ±12V onboard power supply generators with foldback current limit
  • Selectable +3.3V supply source: Arduino +3.3V rail or onboard local LDO
  • Two adjustable DC reference voltage generators, buffered, and output-current limited
  • Adjustable DC current-source function
  • Audio amplifier path for signal-conditioning and audio experiments
  • Onboard temperature and optical sensing, user potentiometers, switches, buttons, LEDs, and display support
  • CAN transceiver support for communication and control exercises
  • Software-controlled signal generator and calibration flow

APPLICATIONS

  • Classroom electronics laboratories
  • ADALM2000-based teaching and demonstrations
  • Mixed-signal signal-chain demonstrations
  • Student projects and prototyping
  • Embedded control and communication exercises
  • University, technical faculty, and maker/hobbyist learning environments
AD-M2KCOMPEDU-EBZ
ADALM2000 Companion Education Board for Mixed-Signal Learning and Prototyping
AD-M2KCOMPEDU-EBZ Top Angle Evaluation Board AD-M2KCOMPEDU-EBZ Top Evaluation Board AD-M2KCOMPEDU-EBZ Bottom Evaluation Board AD-M2KCOMPEDU-EBZ Block Diagram

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