854S202AYILFT

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854S202AYILFT is a clock/timing buffer driver that is integrated with a dedicated output resistor. This supports up to 10-kHz outputs with a generation of up to 1 MHz. This means that it is suited for applications that require low-speed clock output and the low-jitter specifications. This driver supports an operational voltage range of 1.62 to 5.5 V and a temperature range of -40 to 125 ° C.

854S202AYILFT is capable of buffering low-speed signals up to 48 MHz. This is done with a built-in output resistor that limits the output impedance and aids in waveform shaping. In addition, this buffer driver has ESD protection up to 8 kV. This means that there is less chance of signal distortion.

The 854S202AYILFT buffer driver is designed to drive a wide range of loads and is available in various package sizes and pin counts. This allows it to be used in various applications, including medical, communications, and industrial. This range of applications and product sizes make the 854S202AYILFT an ideal choice for your clock/timing needs.

The 854S202AYILFT buffer driver is available in a 20-pin TSSOP package, which allows for easy PCB mounting, and also has various I/O port reference letters to clearly denote the different pins. This makes it easy to program and take advantage of the various features available.

As far as its working principle goes, 854S202AYILFT acts as a current source with an internal, programmable resistor. This allows for precise control of the level and shape of the output waveform. This, when combined with ESD protection, makes it ideal for low-speed clock outputs.

In summary, 854S202AYILFT is a clock/timing buffer driver that is integrated with a dedicated output resistor. It supports up to 10-kHz outputs with a generation of up to 1 MHz and is capable of buffering low-speed signals up to 48 MHz. It has a wide range of applications and product sizes and is available in a 20-pin TSSOP package. This allows for easy PCB mounting and the use of various I/O port reference letters. By acting as a current source with an internal, programmable resistor, it is capable of providing precise control of the level and shape of the output waveform. Combined with ESD protection, this makes it ideal for low-speed clock outputs.

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