Product Description:

The Magnetic Chip Final Test Machine is a cutting-edge product designed for precise and efficient testing of magnetic chips. With its advanced features and capabilities, this machine is the perfect solution for conducting thorough and accurate testing processes.

One of the key features of this test machine is the Test Ambient Temperature Module. Equipped with a temperature monitoring module, it ensures a temperature accuracy of ≤0.5°C, allowing for precise control and monitoring of the testing environment. Additionally, the temperature overshoot is kept to a minimum, with a value of ≤0.5°C, ensuring stable and reliable test conditions.

The Socket Test Seat of the Magnetic Chip Final Test Machine is another standout feature. Capable of withstanding temperatures ranging from -60°C to 170°C, this test seat is designed to accommodate a wide range of testing scenarios. The material used is non-magnetic, preventing any interference with the magnetic chip under analysis.

When it comes to the Excitation System, the Magnetic Chip Final Test Machine boasts two systems for optimal performance. The Excitation System2 ensures the uniformity of the X-axis magnetic field is ≤±1%@2000 Oe@Φ35 mm spherical space, guaranteeing accurate and consistent test results. Meanwhile, the Excitation System delivers a maximum magnetic field intensity on the X-axis of ±2000 Oe, providing the necessary excitation for comprehensive testing.

Another notable feature of this test machine is the Electric Displacement Stage Module. Offering a θ-axis adjustment range of ±180°, this module allows for versatile positioning of the magnetic chip during testing. The rotational accuracy is ≤1°, ensuring precise and reliable adjustments. Moreover, it is equipped with an absolute position encoder, further enhancing the accuracy and reliability of the testing process.

In conclusion, the Magnetic Chip Final Test Machine is a state-of-the-art solution for multi-temperature chip analysis. Its advanced features, including the Test Ambient Temperature Module, Socket Test Seat, Excitation Systems, and Electric Displacement Stage Module, make it an indispensable tool for researchers and professionals in the magnetic chip industry. With its precise control, reliable performance, and versatile capabilities, this machine sets a new standard for magnetic chip testing.

Features:

• Product Name: Magnetic Chip Final Test Machine
• Excitation System:
  • The Resolution Of The Magnetic Field Monitor Is ≤10 μT
  • The Maximum Magnetic Field Intensity On The X-axis Is ±2000 Oe
• Temperature Control System:
  • The Outlet Temperature Supports A Range Of -70°C To 20°C
  • The Internal Temperature Range Of The Socket Is -60°C To 170°C
• Electric Displacement Stage Module:
  • θ-axis Adjustment Range: ±180°
  • Rotational Accuracy ≤1°
  • Equipped With An Absolute Position Encoder
• Socket Test Seat:
  • Can Withstand Temperatures Ranging From -60°C To 170°C
  • The Material Is Non-magnetic

Technical Parameters:

Applications:

The excitation system of the MCT 500 ensures precise testing, with the true zero value of the magnetic field under zero magnetic field being ≤0.1 Oe. Additionally, the resolution of the magnetic field monitor is ≤10 μT, guaranteeing accurate and reliable results for quality control purposes.

For semiconductor test equipment requiring in-depth analysis, the MCT 500 offers exceptional performance. The maximum magnetic field intensity on the X-axis is ±2000 Oe, providing a wide range of testing capabilities. Moreover, the uniformity of the X-axis magnetic field is ≤±1% @2000 Oe @Φ35 mm spherical space, ensuring consistent and repeatable results.

The electric displacement stage module of the MCT 500 further enhances its functionality. With a θ-axis adjustment range of ±180° and a rotational accuracy of ≤1°, this module is equipped with an absolute position encoder for precise positioning and measurement.

Whether testing semiconductor devices, conducting quality control assessments, or analyzing magnetic fields, the Truth Instruments MCT 500 is the ideal solution. Its advanced features and high level of accuracy make it a valuable tool for a wide range of applications and scenarios.