Board Size:120mm x 100mm

Max Component Height:25mm

Max Component Weight:50g

Placement Accuracy:±0.1mm

Operating Temperature Range:-20°C to +60°C

Power Supply Voltage:DC 24V

Current Consumption:1.5A

    The ADVANTEST BLF-022828 PCB ACC-Board is engineered with cutting-edge technology to provide unparalleled accuracy in circuit board testing, essential for industries requiring stringent quality standards. Its robust design ensures reliability in harsh operating conditions, making it a preferred choice among manufacturers seeking optimal performance and durability.

    Featuring a wide frequency range from 10 MHz to 1 GHz, this board supports a diverse array of testing scenarios, accommodating various applications from low-frequency analog circuits to high-speed digital systems. With up to 16 signal processing channels, it delivers comprehensive analysis capabilities, enhancing the diagnostic process and troubleshooting efficiency.

    The integrated RS-232C and USB 2.0 interfaces facilitate seamless communication with other testing equipment and computer systems, enabling smooth data exchange and integration into existing workflows. The compact yet sturdy form factor, measuring 240mm x 170mm x 30mm and weighing only 0.5kg, makes it highly portable and easy to integrate into different workspaces.

    Manufactured to meet international safety and environmental standards, the ADVANTEST BLF-022828 PCB ACC-Board is compliant with CE, FCC, and RoHS regulations. This ensures that it operates safely and efficiently without posing any risk to human health or the environment, aligning with global sustainability efforts.

    Backed by ADVANTEST’s commitment to innovation and customer satisfaction, this product comes with comprehensive technical support and a warranty, offering peace of mind to users throughout the lifecycle of the product. Whether you’re a leading electronics manufacturer or a research institution, the ADVANTEST BLF-022828 PCB ACC-Board is your trusted partner in achieving precise, efficient, and reliable testing outcomes.