SY10EL33ZI-TR

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SY10EL33ZI is a high-performance high-density CMOS logic device made by ON Semiconductor. It is designed to support the logic functions of high dynamic accuracy, low power consumption and wide-range industrial temperature applications. It is available in multiple packages and can be used as counters, dividers, or as general logic building blocks.

The SY10EL33ZI-TR is a dual 4-to-1 multiplexer featuring 2 inputs, selectable output stages, power-on reset and 4-bit programmable dividers. This device is designed to operate in the temperature range of -40°C to +85°C, and features an operating frequency range of up to 200 MHz. It can be used to toggle logic signals and can be interfaced with external logic devices.

The SY10EL33ZI-TR operates on a single 5 V supply voltage. The input logic levels range from 0.4 V to 5 V for low voltage and 0.9 V to 5 V for high voltage applications. It also has an integrated load resistor to reduce current consumption from the supplies. In addition, the device offers programmable dividers and counters to control the output timing.

The SY10EL33ZI-TR is mainly used for applications such as clock dividers and phase locked loops (PLLs). It can also be used as a frequency divider, as it contains an internal oscillator which can be programmed to divide the reference frequency. The divided output can then be used as a reference frequency in other applications. The device can also be used as logic gates in logic circuits, to manage the duration and timing of signals.

The working principle of the SY10EL33ZI-TR is based on the idea of using the reference frequency to divide the number of clock cycles. The device receives a reference frequency as an input and generates a divided frequency as an output, based on the selected divider value. This divided output can then be used as a timing reference for other circuits, for example in PLL applications.

In summary, the SY10EL33ZI-TR from ON Semiconductor is a high-performance high-density CMOS logic device designed for wide-range industrial temperature applications. Its main use is as a frequency divider or logic gates, as it contains a programmable counter and dividers. The working principle is based on using a reference frequency to divide the number of clock cycles, and the divided output can be used as a reference frequency for other circuits.

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