SY89222LMG-TR

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SY89222LM-TR is a logic translator and level shifter specifically designed to reduce the voltage rating of transistors and integrated circuits. This makes it ideal for applications requiring reduced power consumption or a smaller physical footprint. It also allows for the use of transistors with a lower voltage rating, which may be required in certain applications such as logic converters.

The integrated circuit allows for the perfect voltage levels of the signal coming from the transmitter to be converted to the required value. This is possible due to the presence of a programmable current sink which enables it to determine the precise voltage range required by the receiver.

Sy89222LM-TR also has a multiplexer which allows for up to eight signal paths in one integrated circuit. This multiplexer is controlled by the signal coming from the D0(S0) pin on the integrated circuit. The signal coming from this pin determines which signal path should be used depending on the desired output.

Compared with other logic translators, this integrated circuit offers superior noise immunity, low propagation delay and low quiescent current. This makes it suitable for applications demanding high-speed performance and low power consumption.

The working principle of Sy89222LM-TR is based on the following: When the logic signal is applied on the input, the voltage level is detected and is compared to the reference voltage level. If the reference voltage level is lower than the applied voltage, an output signal is given. The presence of the programmable current sink allows the reference voltage level to be adjusted to choose the range of input voltages which can be accepted. The presence of the multiplexer allows up to eight programming options. This allows the input signal to be converted to the desired output.

In summary, the Sy89222LM-TR is an ideal level translator and logic converter for applications requiring reduced power consumption and/or a smaller physical footprint. Its superior noise immunity noise, low propagation delay and low quiescent current make it suitable for high-speed applications. Its programmable current sink allows for precise control of the voltage level of the signal coming from the transmitter enabling it to be converted to the desired voltage range required by the receiver.

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