ZSC31015EEG1-T

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The ZSC31015EEG1-T is an AC-coupled low noise charge amplifier, typically used in electroencephalography (EEG) applications. Its design combines high voltage performance, low noise, and short logic path with a unique charge bias structure. Its operation is typically driven through the complement of the transfer function it is operating in; this includes both the input and output channels.

The ZSC31015EEG1-T is a high-voltage, low-noise, charge-amplification device designed for amplifying analog signals from an EEG system. It works by using an AC coupling technique to reduce the external electronic noise. The device’s charge bias structure helps to minimize the amount of channels needed to achieve adequate signal amplification.

The ZSC31015EEG1-T features a wide operating range of ±10 V, with a low voltage noise floor. The device also utilizes a fast, stable charge-recovery scheme along with a variable-damping low-cut filter to reject unwanted signals. The ZSC31015EEG1-T has been designed with auto-zero capacitors to stabilize internal references and reduce the temperature drift, making it ideal for medical applications where performance stability is of utmost importance.

The ZSC31015EEG1-T is used in state-of-the-art EEG systems. The charge-amplification technology used in this device enables the efficient and reliable transfer of electrical signals from an EEG-sensor or electrodes to a computer for further processing and analysis. The ZSC31015EEG1-T also features two parallel low-power low-noise analog channels capable of amplifying signals with up to 10 KHz of frequency and a low noise of 1.86 μVrms.

The working principle of the ZSC31015EEG1-T is quite straightforward. An AC-coupled signal is applied to the inputs of the device, and the optimized charge-bias structure amplifies the incoming signal while rejecting any noise or interference. This bias structure provides low-noise operation, with an output-to-noise ratio of 15:1.

In addition to EEG applications, the ZSC31015EEG1-T also has value for impedance- based measurements in medical, industrial, and scientific applications. The low-noise, wide operating-range and low-voltage-noise capabilities of the ZSC31015EEG1-T can provide accurate and reliable measurements for any number of parameters.The ZSC31015EEG1-T is a high-precision device designed for today’s modern EEG systems, with the necessary levels of performance and convenience.

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