Accessories

• 現成可用的整學期教學套件，包括 75 小時課堂教學和 50 個小時的實驗習作
• 隨附的教材包含教學簡報和訓練套件（BeagleBone 開發板、實驗表單，以及實機操作習題），讓學生能利用完整的教學解決方案，學習並熟練是德科技儀器和軟體操作。
• 此課程整合了產業相關的實機操作體驗及 IoT 設計和測試的真實應用
• 參加大專院校學生認證計畫

是德科技現成可用的進階 IoT 課程套件，可協助教育工作者快速制定新的物聯網工程課程，讓學生能夠充分了解 IoT 系統設計週期從驗證到市場部署的挑戰和要求。 課程內容涵蓋從系統設計基本原理，到無線通訊和功率量測等實用設計和測試技巧，同時還介紹隨著物聯網不斷演進，工程師需留意的重要設計考量，例如網路安全防護、相符性和不間斷運作。

IoT 系統設計和驗證基本原理實驗室配置是現成可用的教學套件，其中深入介紹物聯網和嵌入式系統設計的基本原理。 您可使用此教學套件，向學生介紹物聯網架構、技術、標準、無線協定、應用和生態系統。 課程中還涵蓋物聯網嵌入式系統設計，包括設備網路安全基礎知識。

正在尋找沒有教學簡報檔的課程套件？ 請查看 U3813A IoT 系統設計和驗證基本原理教學套件，備有訓練套件和實驗表單。

推薦儀器：

• 34465A 數位萬用電錶 - 具有資料記錄、數位轉換和自動校驗功能的數位萬用電錶
• DSOX1204G 示波器 - 70/100/200 MHz，4 個類比通道，內建波形產生器

建議使用的學年：

• 從第二學年到大學最後一個學年

註：

需要 BeagleBone® Green MCU 來建構完整的 IoT 訓練套件。 是德科技無法出貨給所有國家或地區。 請參考下列國家或地區：

出貨國家或地區：美國、加拿大、歐洲、中國、俄羅斯、日本、韓國、越南、馬來西亞、香港、新加坡、泰國、印度、瑞士、澳洲、紐西蘭、菲律賓、台灣、印尼、巴西、土耳其、哥倫比亞、沙烏地阿拉伯和墨西哥

所有其他國家或地區：必須另外購買 BeagleBone® Green。 https://beagleboard.org/green

下載進階 IoT 範例課程套件。

• 現成可用的整學期教學套件，包括 50 小時的實驗課程
• 隨附的教材包含訓練套件（BeagleBone 開發板、實驗表單，以及實機操作習題），讓學生能利用完整的教學解決方案，學習並熟練是德科技儀器和軟體操作。
• 此課程整合了產業相關的實機操作體驗及 IoT 設計和測試的真實應用
• 參加大專院校學生認證計畫

是德科技現成可用的進階 IoT 課程套件，可協助教育工作者快速制定新的物聯網工程課程，讓學生能夠充分了解 IoT 系統設計週期從驗證到市場部署的挑戰和要求。 課程內容涵蓋從系統設計基本原理，到無線通訊和功率量測等實用設計和測試技巧，同時還介紹隨著物聯網不斷演進，工程師需留意的重要設計考量，例如網路安全防護、相符性和不間斷運作。

IoT 系統設計和驗證基本原理實驗室配置是現成可用的教學套件，其中深入介紹物聯網和嵌入式系統設計的基本原理。 您可使用此教學套件，向學生介紹物聯網架構、技術、標準、無線協定、應用和生態系統。 課程中還涵蓋物聯網嵌入式系統設計，包括設備網路安全基礎知識。

正在尋找包含教學簡報的課程套件？ 請查看 U3814A IoT 系統設計與驗證基本原理教學套件，備有訓練套件、教學簡報檔和實驗表單。

推薦儀器：

• 34465A 數位萬用電錶 - 具有資料記錄、數位轉換和自動校驗功能的數位萬用電錶
• DSOX1204G 示波器 - 70/100/200 MHz，4 個類比通道，內建波形產生器

建議使用的學年：

• 從第二學年到大學最後一個學年

註：

需要 BeagleBone® Green MCU 來建構完整的 IoT 訓練套件。是德科技無法出貨給所有國家或地區。 請參考下列國家或地區：

出貨國家或地區：美國、加拿大、歐洲、中國、俄羅斯、日本、韓國、越南、馬來西亞、香港、新加坡、泰國、印度、瑞士、澳洲、紐西蘭、菲律賓、台灣、印尼、巴西、土耳其、哥倫比亞、沙烏地阿拉伯和墨西哥

所有其他國家或地區：必須另外購買 BeagleBone® Green。 https://beagleboard.org/green

下載進階 IoT 範例課程套件。

• 提供涵蓋整個射頻系統設計流程的實驗課程套件
• 藉由擴充現有的工程科目，幫助大學教授節省時間和資源
• 幫助學校輕鬆地將實驗課程套件整合到目前課程中
• 確保學生完全瞭解工程技術的最新發展

U3851A 射頻微波電路設計、模擬和量測課程，為是德科技射頻微波教學解決方案的核心元件。此課程套件包含一套模組化原型工具組，而其中包括了 1.8 GHz 接收器模組、可編輯實驗記錄本，以及涵蓋了 50 小時實驗內容的問題導向作業。U3851A 課程套件讓學生能夠更輕易地學習設計射頻產品的完整流程，包括制定規格、進行模擬，一直建立和驗證原型。學生可學習使用符合產業標準的測試與量測儀器（例如示波器、網路分析儀、信號產生器和頻譜分析儀），藉以培養職場必備的技能。此外，他們還將學習如何使用是德科技領先業界的電子設計與自動化（EDA）軟體，包括 PathWave 先進設計系統（ADS）和 PathWave 系統設計（SystemVue），來設計射頻接收器。

是德科技射頻微波教學解決方案，可讓學生獲得堅實的射頻微波基礎知識，使其日後能夠專精於先進的 5G 或物聯網無線應用。透過此課程套件，學生能夠掌握實用的技能和現實生活的應用知識，為將來從事的工作做好準備，以便在職場脫穎而出。

此訓練套件包括模組化原型套件、控制器套件、射頻轉接器和分離器、電纜（射頻、電源、LAN、BNC）、電源轉接器和攜帶包。

• 實驗室表單：實驗 1 — 傳輸線，實驗 2 — 濾波器，實驗 3 — 低雜訊放大器，實驗 4 — 驅動程式和功率放大器，實驗 5 — 振盪器和合成器，實驗 6 — 混頻器，實驗 7 — 5G 接收器設計、模擬和量測
• 推薦儀器：信號產生器（N9310A）、頻譜分析儀（N9000B）、網路分析儀（N9917A）、雜訊源（346B）、電源供應器（E36312A）、示波器（DSOX1102G）、校驗套件（85521A）
• 要求的 EDA 軟體：PathWave 先進設計系統（ADS）、PathWave 射頻合成（Genesys）、PathWave EM 設計（EMPro）、PathWave 系統設計（SystemVue）
• 選配的軟體：PathWave BenchVue
• 此課程套件適合您的哪些課程？
  • 目標大學科目：射頻與微波設計
  • 目標學年：大學 3 年級和最後一年
  • 必備項目：基礎電路、信號與系統、類比電子和電磁學

U3851A 實驗室表單範例

• Ready-to-teach package for a full-semester covering 50 hours of lab sessions
• The courseware comes with teaching slides and a training kit (with BeagleBone board, lab sheets and problem-based assignments for hands-on learning) and is designed to work with hardware instruments and Keysight software, forming a complete teaching solution
• Courseware integrates hands-on industry relevant experiences and real-world applications in IoT design and testing
• Participant in University Student Certification Program

Keysight’s ready-to-teach Advanced IoT courseware is designed to assist educators in quickly setting up new engineering courses on the Internet of Things, with the intention of producing students who will fully understand the challenges and requirements of the IoT system design cycle, from design and validation to deployment in the market. In addition to teaching practical design and test techniques from the fundamentals of system design to wireless communication and power measurement, this courseware will also cover critical design considerations that have emerged with the evolution of the Internet of Things, such as cybersecurity, compliance and continuity.

The Wireless Connectivity and Network Security is a ready-to-teach package starting from portion of IoT System Design and Validation Fundamentals. The courseware than moves into how to develop typical IoT applications with various types of wireless connectivity and compliance study. It also covers IoT device and network security learning.

Looking for the courseware without teaching slides? Check out the U3815A IoT Wireless Communication and Compliance, with Training Kit and Lab Sheet.

Recommended Instruments/software:

• N9000B CXA Signal Analyzer - Multi-touch, 9 kHz to 26.5 GHz
• U3838A Anechoic Chamber - Portable Wireless Anechoic Test Chamber
• 89600 VSA software – Vector signal analysis tool for demodulation and vector signal analysis
• N9077EM0E, N9081EM0E and N6141EM0E - X series measurement application (WLAN, Bluetooth, EMI) - benchtop and modular signal analyzers

Recommended year of study:

• Third to final year undergraduates

Note:

BeagleBone® Green MCU is required to form a complete IoT training kit. Keysight is not able to ship to all countries. Please refer to the country list below:

Countries: USA, Canada, Europe, China, Russia, Japan, Korea, Vietnam, Malaysia, Hong Kong, Singapore, Thailand, India, Switzerland, Australia, New Zealand, Philippines, Taiwan, Indonesia, Brazil, Turkey, Colombia, Saudi Arabia and Mexico

All Others: BeagleBone® Green must be purchased separately. https://beagleboard.org/green

Download Advanced IoT sample courseware.

• Ready-to-teach package for a full-semester covering 50 hours of lab sessions
• The courseware comes with a training kit (with BeagleBone board, lab sheets and problem-based assignments for hands-on learning) and is designed to work with hardware instruments and Keysight software, forming a complete teaching solution
• Courseware integrates hands-on industry relevant experiences and real-world applications in IoT design and testing
• Participant in University Student Certification Program

Keysight’s ready-to-teach Advanced IoT courseware is designed to assist educators in quickly setting up new engineering courses on the Internet of Things, with the intention of producing students who will fully understand the challenges and requirements of the IoT system design cycle, from design and validation to deployment in the market. In addition to teaching practical design and test techniques from the fundamentals of system design to wireless communication and power measurement, this courseware will also cover critical design considerations that have emerged with the evolution of the Internet of Things, such as cybersecurity, compliance and continuity.

The Wireless Connectivity and Network Security is a ready-to-teach package starting from portion of IoT System Design and Validation Fundamentals. The courseware then moves into how to develop typical IoT applications with various types of wireless connectivity and compliance study. It also covers IoT device and network security learning.

Looking for the courseware offers teaching slides? Check out the U3816A IoT Wireless Communication and Compliance, with Training Kit, Teaching Slide and Lab Sheet.

Recommended Instruments/software:

• N9000B CXA Signal Analyzer - Multi-touch, 9 kHz to 26.5 GHz
• U3838A Anechoic Chamber - Portable Wireless Anechoic Test Chamber
• 89600 VSA software – Vector signal analysis tool for demodulation and vector signal analysis
• N9077EM0E, N9081EM0E and N6141EM0E - X series measurement application (WLAN, Bluetooth, EMI) - benchtop and modular signal analyzers

Recommended year of study:

• Third to final year undergraduates

Note:

BeagleBone® Green MCU is required to form a complete IoT training kit. Keysight is not able to ship to all countries. Please refer to the country list below:

Countries: USA, Canada, Europe, China, Russia, Japan, Korea, Vietnam, Malaysia, Hong Kong, Singapore, Thailand, India, Switzerland, Australia, New Zealand, Philippines, Taiwan, Indonesia, Brazil, Turkey, Colombia, Saudi Arabia and Mexico

All Others: BeagleBone® Green must be purchased separately. https://beagleboard.org/green

Download Advanced IoT sample courseware.

• Ready-to-teach package for a full-semester covering 50 hours of lab sessions
• The courseware comes with teaching slides and a training kit (with BeagleBone board, lab sheets and problem-based assignments for hands-on learning) and is designed to work with hardware instruments and Keysight software, forming a complete teaching solution
• Courseware integrates hands-on industry relevant experiences and real-world applications in IoT design and testing
• Participant in University Student Certification Program

Keysight’s ready-to-teach Advanced IoT courseware is designed to assist educators in quickly setting up new engineering courses on the Internet of Things, with the intention of producing students who will fully understand the challenges and requirements of the IoT system design cycle, from design and validation to deployment in the market. In addition to teaching practical design and test techniques from the fundamentals of system design to wireless communication and power measurement, this courseware will also cover critical design considerations that have emerged with the evolution of the Internet of Things, such as cybersecurity, compliance and continuity.

The Precision Power Measurement and MEMS sensors lab setup is a ready-to-teach package starting from portion of IoT System Design and Validation Fundamentals. The courseware then moves into topics of how to characterize the power consumption of IoT devices onboard controllers, sensors and wireless modules, to eventually covering sophisticated battery optimization learning involving RF event detector and analysis software.

Looking for the courseware without teaching slides? Check out the U3817A IoT Precision Power Measurement and MEMS Sensors with Training Kit and Lab Sheet.

Recommended Instruments/software:

• 34465A Digital Multimeter – Digital multimeter with 2M memory, digitizing and auto calibration
• DSOX1204G Oscilloscope - 70/100/200 MHz, 4 analog channels, with a built-in waveform generator
• N6705C DC Power Analyzer - Modular system based on DC power supply or electronic load outputs
• N6781A 2-Quadrant source - Source/Measure Units (SMUs) Modules
• X8712AD Event detector and analysis software X8712AS – IoT device battery life optimization solution

Recommended year of study:

• Third to final year undergraduates

Note:

BeagleBone® Green MCU is required to form a complete IoT training kit. Keysight is not able to ship to all countries. Please refer to the country list below:

Countries: USA, Canada, Europe, China, Russia, Japan, Korea, Vietnam, Malaysia, Hong Kong, Singapore, Thailand, India, Switzerland, Australia, New Zealand, Philippines, Taiwan, Indonesia, Brazil, Turkey, Colombia, Saudi Arabia and Mexico

All Others: BeagleBone® Green must be purchased separately. https://beagleboard.org/green

Download Advanced IoT sample courseware.

• Ready-to-teach package for a full-semester covering 50 hours of lab sessions
• The courseware comes a training kit (with BeagleBone board, lab sheets and problem-based assignments for hands-on learning) and is designed to work with hardware instruments and Keysight software, forming a complete teaching solution
• Courseware integrates hands-on industry relevant experiences and real-world applications in IoT design and testing
• Participant in University Student Certification Program

Keysight’s ready-to-teach Advanced IoT courseware is designed to assist educators in quickly setting up new engineering courses on the Internet of Things, with the intention of producing students who will fully understand the challenges and requirements of the IoT system design cycle, from design and validation to deployment in the market. In addition to teaching practical design and test techniques from the fundamentals of system design to wireless communication and power measurement, this courseware will also cover critical design considerations that have emerged with the evolution of the Internet of Things, such as cybersecurity, compliance and continuity.

The Precision Power Measurement and MEMS sensors lab setup is a ready-to-teach package started from portion of IoT System Design and Validation Fundamentals. Then move into topic of how to characterize the power consumption of IoT devices onboard controllers, sensors and wireless modules, eventually covers sophisticated battery optimization learning involve RF event detector and analysis software.

Looking for the courseware offers teaching slides? Check out the U3818A IoT Precision Power Measurement and MEMS Sensors with Training Kit, Teaching Slide and Lab Sheets.

Recommended Instruments/software:

• 34465A Digital Multimeter – Digital multimeter with 2M memory, digitizing and auto calibration
• DSOX1204G Oscilloscope - 70/100/200 MHz, 4 Analog Channels, with a built-in Waveform Generator
• N6705C DC Power Analyzer - Modular System Based on DC Power Supply or Electronic Load Outputs
• N6781A 2-Quadrant source - Source/Measure Units (SMUs) Modules
• X8712AD Event detector and analysis software X8712AS – IoT device battery life optimization solution

Recommended year of study:

• Third to final year undergraduates

Note:

BeagleBone® Green MCU is required to form a complete IoT training kit. Keysight is not able to ship to all countries. Please refer to the country list below:

Countries: USA, Canada, Europe, China, Russia, Japan, Korea, Vietnam, Malaysia, Hong Kong, Singapore, Thailand, India, Switzerland, Australia, New Zealand, Philippines, Taiwan, Indonesia, Brazil, Turkey, Colombia, Saudi Arabia and Mexico

All Others: BeagleBone® Green must be purchased separately. https://beagleboard.org/green

Download Advanced IoT sample courseware.

• Editable Microsoft PowerPoint slides
• Covers 45 hours of teaching

More than 400 editable Microsoft PowerPoint teaching slides, covering 45 hours of teaching for one full semester are provided. The slides cover the following topics:

• Basic RF/Microwave Concepts
• Transmission Lines and Impedance Matching
• Printed Circuit Boards (PCBs) and RF
• RF Test Bench Accessories
• Popular RF Instruments (SA, VNA & PM) and Measurement Error Correction
• Basics of Antennas and Radio Propagation
• Overview of Transceiver Architectures
• Filter Function and Measurements
• Low Noise Amplifier Function and Measurements
• Power Amplifier Function and Measurements
• RF Oscillator Function and Measurements
• Mixer Function and Measurements

• Lower bandpass cutoff frequency: 3.2 kHz
• Center bandpass frequency: 50 kHz
• Upper cutoff frequency: 800 kHz
• Maximum input voltage: 10 V_PP into 50 Ω
• Probe test points: V_IN, BPF_OUT, LPF_OUT, GND (2X)
• Series component values: R = 50 Ω, L = 10 µH, C = 1 µF

Note: All specifications stated as typical.

The DSOXBODE Bode plot training kit consists of a series R-L-C circuit board with a BNC input that attaches directly to the output of the oscilloscope’s WaveGen function generator. There are clearly labeled test points for probing V_IN and BPF_OUT (bandpass filter output) or LPF_OUT (low-pass filter output). Also included with this training kit is a comprehensive tutorial and lab guide that engineering students and professors can download.

For limited time, get a free DSOXBODE Bode plot training kit with the purchase of each InfiniiVision 1000 X-Series oscilloscope with the built-in waveform generator (EDUX1052G, DSOX1202G, and DSOX1204G models only)

Click on the Document Library tab to download the DSOXBODE Tutorial & Lab Guide document.

• Ready-to-teach module with 12 hours of structured, hands-on labs spanning device measurement and RF design.

• Prebuilt DLS test plans and lab sheets for SMU-based device characterization, plus ADS projects for mixer and FET amplifier design—mirroring common industry workflows.

• Access an industry tool such as the B2902C precision SMU with Digital Learning Suite software and ADS software.

• Industry-aligned outcomes:
  • Lab 1— Learn how to characterize basic semiconductor devices and know the differences in features between devices.
    
  • Lab 2— Learn the process to design a mixer by using a transistor in ADS.
    
  • Lab 3— Learn the process to design an amplifier by using FET in ADS and know how to simulate and optimize.
    

• Supports university semiconductor training and Keysight credential initiatives so graduates can demonstrate job-ready skills.

Keysight’s Semiconductor Teaching Lab helps educators accelerate course development or refresh existing programs. Students begin with device-level measurements using a precision SMU and Digital Learning Suite automation. They then progress to RF block-level design in ADS, where they build practical habits of setting objectives, running simulations, validating results, and refining designs—skills valued in today’s engineering teams.

The Module emphasizes fundamentals with professional-grade tools. Students measure LEDs, BJTs, and MOSFETs using the B2902C and DLS. They then design a low-power active mixer and a small-signal FET amplifier in ADS, applying bias network design, Smith chart matching, noise and stability analysis, parametric sweeps, and optimization. These activities mirror the methods used in modern IC and RF design environments.

Keysight UU102LAB is a semiconductor teaching lab solution focused on parametric testing and on-wafer measurement. It provides universities with a complete, industry aligned learning environment that exposes students to real world semiconductor measurement practices.

The solution includes a probe station, Keysight B1500A Parameter Analyzer, three DUT units, and 13 hours of structured, hands-on laboratory exercises delivered across seven guided labs.

Through structured, guided lab exercises, students learn to:

• C-V measurements and capacitance analysis.
• IV Measurement labs and threshold voltage extraction.
• Ultra low current measurement and leakage characterization.
• Pulsed measurements and self-heating mitigation.
• Advanced data analysis and interpretation.

For universities, UU102LAB delivers clear value by:

• Exposing students to realistic engineering challenges such as noise, accuracy, and measurement limits.
• Aligning coursework with industry expectations for device characterization engineers.
• Enables universities to deliver industry relevant learning experiences using professional grade instrumentation and measurement techniques.
• Differentiating the institution with a curriculum that mirrors professional lab workflows.

Keysight UU103LAB is a semiconductor teaching lab solution designed to provide students with the foundational expertise required for advanced photonic device testing and optical coupling optimization.

It provides universities with a complete, industry aligned learning environment that exposes students to real world semiconductor measurement practices.

The solution includes a probe station, Keysight N7778C Tunable Laser Source, N7788C Component Analyzer, B2901CL Source Measure Unit, N7786C Polarization Synthesizer, N7742C Optical Power Meter, three Photonic IC DUT units, Lambdascan Measurement Software and 18 hours of structured, hands-on laboratory exercises delivered across six guided labs.

Through Structured, Guided Lab Exercises, Students Learn To:

• Students gain hands-on experience with the same high-performance tools and measurement techniques (such as single-sweep Mueller Matrix analysis) used in high-volume foundry test stations.
• Apply the priciples of Total Internal Reflection (TIR), waveguide geometries, and photodetector responsivity through practical application.
• Diverse coupling techniques, including both edge coupling for mode matching and surface grating couplers for volume testing.

For Universities, UU103LAB Delivers Clear Value By:

• Equip students with hands-on experience in photonic IC testing, optical coupling, and device characterization using industry-relevant measurement workflows.
• Ready-to-use laboratory experiments and structured teaching modules allow educators to quickly integrate advanced photonics measurement into their curriculum.
• Differentiating the institution with a curriculum that mirrors professional lab workflows.