High-precision measurement of minute signals that are buried in noise by applying the principle of a lock-in amplifier [custom specifications supported].
The IML254 4CH LOCK-IN AMPLIFIER uses 4CH measurement inputs and reference signal output to provide lock-in amplifier results as R (amplitude absolute value) and Θ (phase). Various result data can be transferred to a PC via USB interface. The reference signal frequency and phase can be set using application software on the PC. There is an X/Y analog monitor output, allowing analog values to be monitored with an oscilloscope or similar device. The USB transfer data can select X, Y, R, Θ, and input signals, and numerical and graphical displays are possible with the application software. X, Y, R, and Θ data can also be saved to the PC.
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basic information
Measurement Input: 4CH Internal Reference Signal Output: Sine Wave/Square Wave External Reference Signal Input: None Frequency: 1–100kHz Time Constant: 1 second Dynamic Reserve: 20dB Monitor Output: R, X, Y USB: Frequency Setting, Phase Setting R/Θ Output, X/Y Output, Input Waveform Output Power Supply: 5V (USB type-C) Dimensions: 151(W) × 46(H) × 150mm *For more details, please contact us.
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Applications/Examples of results
For devices and systems that require low noise. Such as leak testers that detect minute leakage signals.
Company information
Our company is a proposal-based prototype development specialist manufacturer that develops custom electronic devices and the systems that connect them. We realize "measuring, thinking, and connecting" with unique ideas to meet our customers' needs. Please feel free to consult us about anything, whether it's "I want to make this," "I'm having trouble," or "I want to improve this." To materialize our customers' new ideas, we provide proposals and support through manufacturing. By using custom products that align with your company's values instead of fitting your values to off-the-shelf products, we lead you to high-value work. This enhances your company's value and increases productivity. It is our pleasure to respect diversity and provide and support such electronic devices. Sensors capture various phenomena, low-noise analog circuits process the reality as perceived by humans, digital signal processing performs analysis and feature extraction, and interfaces communicate the necessary results to people. The fields where we can apply our expertise in hardware/software signal processing are broad, and we continue to challenge ourselves in custom manufacturing and real-time processing based on our extensive development achievements and proprietary technologies.