The high-bandwidth isolation amplifier developed by Startorus Fusion is designed for high-speed analog signal isolation. It supports ±2.5 V input, with a bandwidth ranging from DC to 50 MHz and an isolation voltage of 1500 VDC. It features 8 independent and mutually isolated channels. With a 1 MΩ input impedance, errors caused by the internal resistance of signal sources can be reduced. It also incorporates noise suppression measures to minimize system noise impact. The isolation amplifier is housed in a compact and portable aluminum alloy casing, making it easy to operate and use.

The general isolation amplifier developed by Startorus Fusion is designed for analog signal isolation. The isolation amplifier supports ±10 V input, with a bandwidth ranging from DC to 200 kHz and an isolation voltage of up to 3000 VDC. It offers multiple gain settings such as ×1, ×5, ×10, equivalent to an input range of ±1 V to ±10 V, eliminating the need for external attenuators or gain stages. With a 1 MΩ input impedance, errors caused by the internal resistance of signal sources can be reduced. It also features an internal low-pass filter to suppress signal noise. The output load capacity can reach 250 mA, ensuring reliability and signal-to-noise ratio in long-distance signal transmission. Additionally, the isolation amplifier adopts a 2U panel lock form, providing flexible multi-channel expansion capabilities.

The WISO224-4-1U Isolation Amplifier is an analog signal isolation device developed by Startorus Fusion Energy for fusion plasma experiment applications and similar scenarios. The isolation amplifier supports ±5V input with a bandwidth of DC to 100 kHz and an isolation voltage of up to 3000 VDC. Its 1 MΩ input impedance minimizes errors introduced by the signal source internal resistance, and an internal low-pass filter is designed to suppress output signal noise. In addition, the isolation amplifier uses a 1U chassis with a total of four channel lock configurations and is compatible with the PCI-1720U interface.

The WISO224-32-4U Isolation Amplifier is an analog signal isolation device developed by Startorus Fusion for fusion plasma experiment applications and similar scenarios. The isolation amplifier supports ±5V input with a bandwidth of DC to 100 kHz and an isolation voltage of up to 3000 VDC. Its 1 MΩ input impedance minimizes errors introduced by the signal source internal resistance, and an internal low-pass filter is designed to suppress output signal noise. The isolation amplifier is housed in a standard 4U chassis with 32 channels in a fixed form factor and features a PCI-1713U interface.

The DISO-32-4U Digital I/O Isolator is a digital signal isolation device developed by Startorus Fusion for applications in fusion plasma experiments and similar scenarios. The isolator supports CMOS-level digital signal input and output with an isolation withstand voltage of up to 3000 VDC, effectively severing the electrical connection between input and output to prevent common-mode interference and transient surges from the high-voltage side being conducted to the downstream data acquisition system. Featuring a standard 4U chassis with 32 channels and equipped with a PCI-1750 interface, the device meets the requirements of fusion experimental platforms for large-scale digital I/O signal isolation.

The 10 kV Isolation Amplifier is a high-safety analog signal isolation device designed for nuclear fusion plasma experiments and high-voltage, high-electromagnetic-interference environments. The unit provides electrical isolation withstanding up to 10 kV DC, enabling safe and stable signal transmission under high common-mode voltage conditions. The system employs a custom-designed isolation transformer combined with a multi-stage analog signal processing architecture, achieving exceptional isolation performance without compromising signal accuracy or stability. Housed in a compact chassis with standardized connectors, the instrument is well suited for plasma diagnostics, high-voltage power supply testing, and high-energy physics measurement systems.