ITECH IT6932B DC Power Supply

Key Features

• Abundant Interfaces and Protocol Support: The IT6900A series comes with built – in standard RS232, USB, and for the IT6900B, RS485 and analog interfaces. It supports the SCPI protocol, enabling seamless remote control, integration with industrial PLC systems, and the creation of intelligent test platforms. This makes it highly adaptable to different testing environments, whether in a laboratory setting or an automated production line.
• Remote Compensation: Equipped with remote compensation terminals, the IT6900A addresses the issue of voltage drop in connecting wires. By measuring directly at the test object’s terminal using the S + and S – remote measurement terminals, it ensures highly accurate testing results, regardless of the wire length. This feature is crucial for applications where precise voltage delivery and measurement are essential.
• VFD Display and Intuitive Operation: The VFD (Vacuum Fluorescent Display) provides clear and easy – to – read information. Users can adjust voltage and current settings either via the convenient knobs or the numerical keypad. Additionally, the ability to adjust the digital step value using the cursor offers fine – grained control over the output parameters, enhancing the flexibility of operation.
• High Accuracy and Resolution: Offering high – accuracy and high – resolution measurements, the IT6900A is suitable for applications that demand precise power supply control. This ensures that the output voltage and current meet the exact requirements of the device under test, contributing to reliable and consistent test results.
• Programmable Output: The power supply can output according to programmed voltage and current values. This feature allows users to create custom – tailored power supply profiles for specific testing needs, such as simulating different operating conditions for DC – DC power supply modules or battery charging scenarios.
• Output Timer Function: With an Output Timer function that ranges from 0.1 to 99999.9 seconds, users can set the duration for which the power supply outputs power. This is useful for applications where timed power delivery is required, like testing the endurance of electronic components or the charging time of batteries.
• Low Ripple and Low Noise: The IT6900A features low ripple and low noise output, making it ideal for sensitive electronic devices and applications. Minimizing interference in the power supply helps prevent measurement errors and ensures the proper functioning of the devices under test.
• Multiple Protection Functions: It is equipped with Over – Voltage Protection (OVP), Over – Current Protection (OCP), and Over – Temperature Protection (OTP) functions. These safeguards protect both the power supply and the connected devices from potential damage due to abnormal operating conditions, enhancing the overall safety and reliability of the system.
• Intelligent Fan Control: The intelligent fan control system adjusts the fan speed based on the power supply’s internal temperature. This not only helps in maintaining optimal operating temperatures but also reduces noise and power consumption, improving the overall efficiency and lifespan of the device.
• Rich SCPI Instructions: The extensive set of SCPI instructions further facilitates the formation of intelligent test platforms. These instructions enable seamless communication between the power supply and other devices in a test setup, allowing for automated testing procedures and complex control sequences.
• Dual – Panel Output: Supporting both front and rear panel output, the IT6900A offers flexibility in installation and connection. This feature makes it convenient for users to choose the most suitable connection method based on their specific testing environment and equipment layout.
• Optional External Analog Function: An optional external analog function is available, providing additional functionality and adaptability for users with specific requirements. This allows for further customization of the power supply’s operation to meet unique testing needs.