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IoT 디바이스 테스팅은 초기 R&D부터 제조 및 생산에 이르기까지 디바이스의 수명주기를 따라 이루어지는 엄격한 프로세스입니다. 아래 자료는 이러한 수명주기 전반에서 요구되는 다양한 형태의 테스트를 이해하는 데 도움이 되며 빠르고 비용 효과적인 구현을 통해 IoT에 최적화된 제품을 개발하는 데에도 도움이 됩니다.

웨비나

Webinar 2017-04-27

Solve Your Toughest Low-Power Test Challenges on IoT Devices

Solve Your Toughest Low-Power Test Challenges on IoT Devices

Learn about designing IoT devices to accommodate the wide dynamic current demands of integrated sensors, including measurement techniques that can help you to prevent unnecessary battery drain.

2017-04-27

Webinar 2016-10-11

Impossible Low Current Measurements… Made Possible

Impossible Low Current Measurements… Made Possible

Learn how battery life is crucial in wireless or battery-operated medical devices, and gain some insights that can help a design engineer to design an intelligent device.

2016-10-11

Webinar 2017-06-20

How Will You Handle the Interference of Things Between Medical/IoT Devices?

How Will You Handle the Interference of Things Between Medical/IoT Devices?

New test methods for medical device coexistence test are on the horizon (ANSI C63.27). Keysight and Circuit Check can help you understand these new test methods for design validation test, and how those measurement methods assist you in production test.

2017-06-20

Webinar 2016-09-28

Preserve the Lifeblood of Your Medical Device

Preserve the Lifeblood of Your Medical Device

Understand the battery consumption of your medical devices and learn how to preserve the lifeblood of your medical devices.

2016-09-28

Webinar 2017-01-02

High Sensitivity Current Measurements and Probing Solutions

High Sensitivity Current Measurements and Probing Solutions

Learn about making high sensitivity current measurements and the solutions available to help you test your IoT devices.

2017-01-02

Webinar 2017-01-31

Making Sense of Wireless Sensor Power Consumption

Making Sense of Wireless Sensor Power Consumption

Learn the needs and challenges of analyzing battery drain characteristics of common battery powered wireless sensors.

2017-01-31

어플리케이션 노트/백서

Application Notes 2018.11.20

Accelerate Debug and Evaluation of IoT Devices by Current Profile Analysis

Accelerate Debug and Evaluation of IoT Devices by Current Profile Analysis

You can solve the IoT device development challenges and dramatically improve the development efficiency and quality with current profile measurement with a Device Current Waveform Analyzer.

2018.11.20

Application Notes 2016.09.18

Optimizing Battery Drain on IoT Devices

Optimizing Battery Drain on IoT Devices

Read these 5 tips for optimizing battery drain on IoT devices with suitable tools to improve measurement accuracy and gain deep insights into device operation.

2016.09.18

Application Notes 2021.05.30

Battery Drain Analysis for Low Power IoT Devices

Battery Drain Analysis for Low Power IoT Devices

Learn how battery drain analysis can help you optimize IoT battery life to ensure long-lasting battery performance. Keysight offers a wide variety of IoT design solutions.

2021.05.30

Application Notes 2017.11.30

How to Select MCU for IoT Power Consumption Optimization

How to Select MCU for IoT Power Consumption Optimization

Explore tips for selecting, configuring, and programming your microcontroller unit (MCU) to optimize the IoT power consumption for your IoT devices.

2017.11.30

제품 동영상

How-To Video 2016-11-13

Using Oscilloscope Current Probes to Measure IoT Power Consumption

Using Oscilloscope Current Probes to Measure IoT Power Consumption

Demonstrates how to measure highly variable current consumption of a battery-operated IoT devices.

2016-11-13

How-To Video 2016-08-03

Precision IoT Power Consumption Measurements Using a Device Current Waveform Analyzer

Precision IoT Power Consumption Measurements Using a Device Current Waveform Analyzer

Analyze battery drain in high speed battery operated devices using a device current waveform analyzer.

2016-08-03

How-To Video 2016-08-03

Understanding IoT Battery Life Measurements

Understanding IoT Battery Life Measurements

Demonstrates the behavior of an IoT device, such as sleep mode to measurement cycles, display cycles and RF data transmission, and how the current consumption varies widely from micro amps .

2016-08-03

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