74ALVC162244PAG8

The 74ALVC162244PAG8 is a 3.3V level Transceiver with 4 FET output stages and 8 differential receivers, classified as Logic- Buffers, Drivers, Receivers, Transceivers. This device is designed to allow higher speed communication between different circuits operating at 3.3V while also allowing protection against damage caused by electrostatic discharges.

This component is useful in applications that require small size and low power consumption, such as optical networks, high-speed point-to-point digital and analog multi-point communications, and industrial fieldbus communication where data rates up to 10 Mbps are desired. The 74ALVC162244PAG8 is designed to meet high data rate requirements while also providing superior ESD protection of up to 16 kV per channel.

The 74ALVC162244PAG8 contains 4 FET output stages, which are used to transmit data and are capable of driving up to 8 receivers. Each output stage consists of two independently controlled N-channel enhancement mode MOSFETs. The two FETs are connected in series and the output current is 180mA. The output stage features high drive capability and fast switching.

The 8 differential receivers in the 74ALVC162244PAG8 are used to receive data. Each receiver is composed of a pair of paralleled P-channel and N-channel MOSFETs connected in a differential input configuration. The receiver also has a high-speed differential amplifier with a gain of 12V/V and a hysteresis of 400mV. The receiver also has a threshold voltage of 2V. The receivers are designed to be compatible with any TTL or CMOS logic level inputs.

The 74ALVC162244PAG8 has an extended operating range of 1.0V to 3.3V. This extended range allows it to be used in applications that require different logic levels to be received and transmitted. The device also features a wide range of bus speeds from DC to 10 Mbps and a wide range of external resistive loads from 30 to 240Ω.

The 74ALVC162244PAG8 is a robust and reliable transceiver and is available in a small 8-Pin SOIC package. Its small size, low power consumption, extended operating range and excellent ESD protection make it an ideal choice for high-speed point-to-point digital and analog communication systems.