Accessories

• 低バンドパス・カットオフ周波数：3.2 kHz
• 中バンドパス周波数：50 kHz
• 高カットオフ周波数：800 kHz
• 最大入力電圧： 10VPP、50Ω
• プローブ・テスト・ポイント VIN，BPFOUT，LPFOUT，GND（2倍）
• 直列成分の値：R = 50 Ω, L = 10 µH, C = 1 µF

注：すべての仕様は代表値です。

TDSOXBODE ボード線図プロット・トレーニング・キットは，オシロスコープのWaveGenファンクションジェネレータの出力に直接接続されるBNC入力を備えた直列R-L-C回路基板で構成されています。 VINとBPFOUT（バンドパスフィルター出力）またはLPFOUT（ローパスフィルター出力）をプローブするためのテストポイントが明確に表示されています。 また、このトレーニングキットには、工学部の学生や教授がダウンロードできる包括的なチュートリアルとラボガイドが含まれています。

波形発生器を内蔵したInfiniiVision 1000 Xシリーズ・オシロスコープ（EDUX1052G、DSOX1202G、DSOX1204Gモデルのみ）をご購入いただくと、DSOXBODE ボード線図プロット・トレーニング・キットを無料で差し上げます。

ソリューション　周波数応答解析（ボード線図プロット） 

• 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 75 hours of classroom sessions and 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 IoT System Design and Validation Fundamentals lab setup is a ready-to-teach package focusing on the fundamentals of the Internet of Things and embedded system design. It introduces students to IoT architecture, technologies, standards, wireless protocols, applications, and ecosystems. It also covers IoT embedded system design that includes device cybersecurity basics.

Looking for the courseware without teaching slides? Check out the U3813A IoT System Design and Validation Fundamentals, with Training Kit and Lab Sheet.

Recommended Instruments:

• 34465A Digital Multimeter - Digital multimeter with data logging, digitizing and auto calibration
• DSOX1204G Oscilloscope - 70/100/200 MHz, 4 analog channels, with a built-in waveform generator

Recommended year of study:

• Second 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 IoT System Design and Validation Fundamentals lab setup is a ready-to-teach package focusing on the fundamentals of the Internet of Things and embedded system design. It introduces students to IoT architecture, technologies, standards, wireless protocols, applications, and ecosystems. It also covers IoT embedded system design that includes device cybersecurity basics.

Looking for the courseware offers teaching slides? Check out the U3814A IoT System Design and Validation Fundamentals, with Training kit, Teaching Slide and Lab Sheet.

Recommended Instruments:

• 34465A Digital Multimeter - Digital multimeter with data logging, digitizing and auto calibration
• DSOX1204G Oscilloscope - 70/100/200 MHz, 4 Analog Channels, with a built-in waveform generator

Recommended year of study:

• Second 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.

• RFシステム設計の全ライフサイクルを網羅するラボ教育用ソフトウェア
• 教授は現在のエンジニアリング・プログラムを拡張して時間とリソースを節約できます
• 大学ではラボ教育用ソフトウェアを現在のカリキュラムに容易に統合可能
• 学生は工学の最新の開発情報を確実に入手できます

U3851A RFマイクロ波回路設計、シミュレーション、および測定教育用ソフトウェアは、キーサイトのRFマイクロ波教育ソリューションのコアコンポーネントです。 本教育用ソフトウェアには、1.8-GHzレシーバー・モジュール、編集可能なラボシート、50時間のラボセッションに相当する問題ベースの課題を活用したモジュラー・プロトタイプ・キットが含まれています。 U3851A教育用ソフトウェアを通じて、学生は、仕様やシミュレーションからプロトタイプの作成と検証までのRF製品の設計方法を学習することができます。 学生は、オシロスコープ、ネットワーク・アナライザ、信号発生器、スペクトラム・アナライザ等の業界標準のテストおよび測定用機器を使用して実用的なスキルを習得できます。 また、学生はPathWave Advanced Design System (ADS)やPathWave System Design (SystemVue)を含むキーサイトの業界をリードするエレクトロニック・デザイン・オートメーション（EDA）ソフトウェアでRFレシーバーの設計方法を習得することもできます。

Keysight RF Microwave Teaching Solutionは、RFマイクロ波の基礎における堅固な基盤を構築して、アドバンスド5GまたはIoTワイヤレスのアプリケーションに関する学生の専門性を切り拓きます。 本教育用ソフトウェアを通じて得られたこれらの実用的なスキルと実世界のアプリケーションに関する知識を習得した学生は待望の即戦力となるに違いありません。

本トレーニング・キットは、モジュラー・プロトタイプ・キット、キット・コントローラ、RFアダプタとスプリッタ、ケーブル（RF、電源、LAN、BNC）、電源アダプタ、キャリーケースで構成されます。

• ラボシート：ラボ1 – 伝送ライン、ラボ2 – フィルタ、ラボ3 – 低雑音増幅器、ラボ4 – ドライバーとパワーアンプ、ラボ5 – 発振器とシンセサイザ、ラボ6 – ミキサー、ラボ7 – 5Gレシーバーデザイン、シミュレーション、および測定
• 推奨機器：信号発生器（N9310A）、スペクトラム・アナライザ（N9000B）、ネットワーク・アナライザ（N9917A）、ノイズソース（346B）、電源（E36312A）、オシロスコープ（DSOX1102G）、校正キット（85521A）
• 必須のEDAソフトウェア：PathWave Advanced Design System (ADS)、PathWave RF Synthesis (Genesys) PathWave EM Design (EMPro)、PathWave System Design (SystemVue)
• ソフトウェア（オプション）：PathWave BenchVue
• カリキュラムの条件
  • 対象課目：RFおよびマイクロ波設計
  • 対象者：学部3～4年生
  • 事前要件：基本回路、信号、システム、アナログ・エレクトロニクス、電磁気学

U3851Aのサンプルラボシート

• 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

• 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.