ADZ 1C42654139

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ADZ^1C42654139 has been widely applied in many different fields due to its outstanding performances. The application fields include medical, security, industrial automation, home appliances, electronic games, communications control and so on.

ADZ^1C42654139 can be called an adjustable multi-channel amplitude discriminator because it can accurately, quickly and stably discriminate input signals and amplify output signals. Its working principles are fairly simple. To begin with, when an analog input signal is applied to ADZ^1C42654139, the amplitude of the signal is compared with an adjustable reference level. After comparison, based on the input amplitude’s comparison result, the corresponding output amplitude will be output. This process is completed in one-shot processing.

Analog input signals passed through ADZ^1C42654139 will be minimalized and maximized to realize amplitude discrimination. Firstly, when input voltage is lower than reference level, the output voltage will be set to 0V. Otherwise, if input voltage is higher than the reference level, the output voltage will be set to a constant ratio of the input voltage.

By taking advantage of the amplitude discriminating capability of ADZ^1C42654139, users can easily modify the amplitude of analog input signals for further processing. In addition, Its input sensitivity can be easily adjusted by a simple external resistor and it shows excellent high-frequency response in the range of 0.1 Hz~3.8 MHz. Analog output amplitude of ADZ^1C42654139 is constant and maximized when input center-line voltage is higher than the reference level, thus limiting the signal amplification. Such features greatly enhance the amplitude of analog output signal, so it is suitable for various circumstances.

In conclusion, ADZ^1C42654139 can be a perfect choice for tasks involving multi-channel amplitude discrimination, such as signal conversion, signal amplification and signal transmission. It can be widely applied in many different fields including medical, security, industrial automation, home appliances, electronic games, communications control and so on. It is proven to be a reliable and powerful tool for tasks of amplitude discrimination.

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