NLSX0102FCT2G

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NLSX0102FCT2G is an ultra-low capacitance PIN diode array specially designed for high-speed digital application fields. It is a typical Pin-diodes array in various types of Logic Translators, Level Shifters and Signal Conditioners. This type of array is mainly used to shift signal levels between two different logic circuits.

NLSX0102FCT2G achieves ultra-low capacitance PIN diodes through its use of 100 percent mercury-cadmium oxide (HgCO3) substrate. This type of array is ideal for high-speed digital applications where large capacitance leads to poor signal transmission fidelity. Furthermore, the NLSX0102FCT2G array has a wide range of operating temperatures from -55 to +125 degrees Celsius, allowing it to be used in a variety of industrial and military applications.

The NLSX0102FCT2G device can be built with either standard or half-SLV (SLV-X) low power control pins with low impedance for extremely reliable device operation. The array is designed to have a very low package resistance and inductance, along with high impedance resistor output voltages from 0.3V to 3.3V, making it perfect for high-speed digital interface applications. It also has a low power input impedance of less than 0.1 ohms, ensuring low power consumption.

The working principle of the NLSX0102FCT2G is to use the Pin-diodes array, along with a control voltage, to level shift between two different logic circuits. When the control voltage is applied to the Pin-diodes, the devices conduct current and allow signals to be transmitted between the two circuits while maintaining noise immunity and signal stability. As the Pin-diodes are located between the two circuits, the signals remain isolated from each other and noise immunity is greatly improved.

The NLSX0102FCT2G is a reliable, cost-effective solution for many applications that require efficient signal level shifting and noise immunity. It offers excellent signal integrity with low power consumption, and its ultra-low capacitance and large operating temperature range make it ideal for high-speed digital and automotive applications. The array also features small dimensions, making it suitable for high density PCB designs.

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