The feast of optoelectronic science and technology is about to start! The 18th National MOCVD Academic Conference is waiting for you!

From July 7 to 10, 2024, the 18th National MOCVD Academic Conference will be held in beautiful Enshi, Hubei Province. This four-day academic event will bring together top experts, scholars, researchers and industry leaders from home and abroad to discuss the latest progress and future development direction of MOCVD (Metal Organic Chemical Vapor Deposition) technology.

topic of the meeting

The conference covered a wide range of topics, focusing on in-depth exchanges in the following areas:

MOCVD growth mechanism and epitaxial technology: To discuss the basic theories and latest research results of MOCVD technology.

MOCVD equipment: Demonstrate the latest equipment innovations and technology applications.

Material Structure and Physical Properties: Analyze the structural characteristics and physical properties of new materials.

optoelectronic device: Share the application and development of optoelectronic devices in various fields.

power electronics: Discuss the latest advances and challenges in power electronics.

microwave radio frequency (RF) component: Introduction to new technologies and applications in microwave and RF devices.

LED Smart Lighting and Internet of Things: Explore the use of LEDs in smart lighting and the Internet of Things.

semiconductor laser: Presentation of the latest research results on semiconductor lasers.

Photovoltaic/Photodetector: Exchange of cutting-edge advances in photovoltaic technology and photodetectors.

visible light communication technology: Exploring innovative applications of visible light communication technology.

Shanghai POMINCO Instruments Exhibited at Booth A12

As a leading company in the field of photovoltaic technology, Shanghai POMIN will present its newly developed photocurrent system at the event as an exhibition sponsor. At Booth A12, POMINCO Shanghai will demonstrate the advanced photocurrent system based on the Probe Stage to the attendees, showcasing its excellent performance and innovative design in various applications.

Highlights

Highly accurate measurements:

IV Characterization Test: With precise current and voltage sources, the system can accurately measure the current-voltage (IV) characteristics of optoelectronic devices under different conditions, including short-circuit current (Isc), open-circuit voltage (Voc) and other key parameters.
Photocurrent imaging: The system is equipped with a high-precision electronically controlled displacement stage and photocurrent detection module, capable of realizing photocurrent imaging with a spatial resolution of up to 1 μm, ensuring the accuracy of the measurement results.

Versatility:

IV/IT testing: The system not only performs IV characterization testing, but also performs photocurrent transient (IT) testing to evaluate the dynamic performance of photovoltaic devices such as response time under different conditions.
Imaging test: In addition to the conventional IV/IT test, the system can also perform photocurrent imaging test to visualize the distribution of photoelectric response of optoelectronic devices

Visual display:

Operation interface: The system is equipped with a user-friendly operation interface, which is convenient for users to set parameters and real-time monitoring.
Data analysis: The system provides data analysis functions, capable of generating IV curve graphs, IT waveform graphs and photocurrent imaging graphs, etc., to help users better understand and analyze the test results.

cordial invitation

We sincerely invite colleagues from all walks of life and industry elites to visit our booth to experience our latest photocurrent system and discuss the future development of optoelectronic technology. Your participation will be our greatest support and motivation on the way forward.

Conference Details

Time of meeting::July 7-10, 2024

Check-in time:July 7, 2024

Opening time:July 8, 2024

Venue of the meeting:Enshi Hualong City Hotel (No. 469, Shi Zhou Avenue, Enshi Tujia and Miao Autonomous Prefecture, Hubei Province)

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