크로스 플랫폼 MITS
This upgraded version of MITS is designed to meet the evolving needs of modern engineering environments, providing a secure, scalable, and efficient platform for managing complex operations. The enhanced features ensure your data remains secure and accessible, while the system's flexibility allows for seamless integration across diverse operating environments.
하이라이트
- Firmware upgrade/downgrade management.
- Easy hardware onboarding and configuration.
- Powerful, flexible test controlling language.
- Monitoring your test in real-time.
- In-depth analyzing your DUT with reliable, comprehensive attributes, charts.
- Streamline your End-of-Line tests.
- Easily install on Windows/Mac/Linux, access anywhere using web browser.
시스템 사양
Linux (Ubuntu 20.04 and Above)
MacOS (Ventura and Above)
Recommended 32GB RAM
Microsoft Edge (latest stable)
Mozilla Firefox (latest stable)
Safari (latest stable)
To address the evolving demands of modern battery testing systems and provide a secure, cutting-edge testing platform, we have developed MITS 11, an innovative cross-platform software solution. MITS 11 not only introduces a completely redesigned user interface but also offers a comprehensive new testing architecture that enhances the overall battery testing process, making it more efficient, user-friendly, and future-ready.
고급 애플리케이션 특징
APIs integration
Flexible APIs for easy integration and automation of battery testing processes across platforms.
Cloud Integration
Effortless connectivity to cloud platforms for secure data storage, backup, and real-time access.
보조 및 옵션 액세서리
사용 가능 테스트 강화
CC - Constant Current
The Constant Current (CC) control mode is designed to deliver a steady current to the battery based on the specified value. This mode is crucial in scenarios where maintaining a steady current is necessary, such as during charge or discharge cycles.
The polarity of the current determines the operation mode: a positive current corresponds to charging, while a negative current corresponds to discharging.
CV - Constant Voltage
The Constant Voltage (CV) control mode regulates the voltage output to the battery according to the set value. This mode is essential for applications where voltage stability is critical, ensuring the battery operates within safe voltage limits.
The CV mode is particularly useful in the latter stages of charging, where it ensures that the battery reaches and maintains the desired voltage level without exceeding it, thus protecting the battery's longevity and performance.
CCCV - Constant Current & Constant Voltage
The Constant Current-Constant Voltage (CCCV) control mode facilitates an integrated charging process, where the battery is initially charged under a Constant Current (CC) regime until a predefined voltage threshold is reached. Upon reaching this threshold, the system seamlessly transitions to a Constant Voltage (CV) mode, where the current gradually decreases as the battery approaches full charge.
You can specify both the current (CC) and voltage (CV) parameters in a single step. This mode ensures both efficient charging and the prevention of overcharging, with termination criteria based on either time or a minimum current threshold.
적용분야 Configurations
The standalone testing setup offers a self-sufficient solution for battery evaluations. Equipped with all necessary hardware and software, it ensures accurate data collection and analysis, making it ideal for labs and field environments without relying on external systems.
The decentralized testing infrastructure provides a scalable solution for battery testing across multiple locations. Each site operates independently yet remains interconnected, allowing for robust data synchronization, load balancing, and enhanced redundancy to maximize efficiency and reliability.
![ARBIN-Testing as a service [TAAS]](https://www.arbin.com/wp-content/uploads/2024/09/ARBIN-Testing-as-a-service-TAAS.png "ARBIN-Testing as a service [TAAS]")
Testing as a Service (TaaS) delivers an all-inclusive solution for battery evaluation and data analysis. Leveraging advanced infrastructure, clients can access top-tier testing capabilities on demand, ensuring accurate results and streamlined processes without the need for dedicated in-house resources.
지원 Databases
MSSQL Server
Reliably store your test data in local MSSQL Server. Remote servers are also supported as well.
PostgreSQL Server
Reliably store your test data in local PostgreSQL. Remote servers are also supported as well.
Integration Client Solutions
웹 API
웹 API를 지원하므로 기존 시스템과 쉽게 통합할 수 있어 품질 보증 프로세스를 효율적으로 자동화할 수 있습니다.
C# 클라이언트
안정적인 연결과 향상된 워크플로우를 위한 C#의 성능을 활용하여 C# 클라이언트로 .NET 애플리케이션에 직접 기능을 통합할 수 있습니다.
Python 클라이언트
C# 클라이언트를 둘러싼 래퍼 라이브러리. 파이썬 자동화 파이프라인에 기능을 통합하여 고도로 맞춤화된 워크플로우를 위한 파이썬의 강력한 기능을 활용하세요.
관련 Testing Software Solutions
Windows용 MITS
Our Windows distribution for the MITS Software has seamless integration and performance on Windows. It provides full features, with same testing workflow as other platforms.
MacOS용 MITS
Our Mac distribution for the MITS Software is optimized for Mac OS with smooth operation and efficiency. It provides full features, with same testing workflow as other platforms.
Linux용 MITS
Our Linux distribution for the MITS Software provides robust and flexible battery testing on Linux. It provides full features, with same testing workflow as other platforms.
관련 Battery Testing Solutions
RBT4-Cell
High current cell testing solutions utilizing Arbin's regenerative technology for efficient and reliable testing.
LBTS-Cell
Arbin's next generation of high-precision solutions for a full range of cell testing applications.
LBTS-셀 대용량
The perfect solution for high-volume testing. Ideal for incoming quality control and large-scale testing.
LBTS Module Series
The LBTS-Module is equipped with Arbin's advanced technology, high precision, suitable for all purpose module testing.
RBT3-High Power
Arbin's highest power tester, offering superior energy efficiency, is ideal for heavy-duty testing.
RBT4 Module & Pack Series
The RBT system's two current ranges per channel ensure high power density and efficiency, while its regenerative circuitry returns power to the grid, making it economical for testing.