SN75ALS173NSR Integrated Circuits (ICs)

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The SN75ALS173N is a high speed octal bus transceiver (driving and receiving) which is designed for asynchronous two-way communication between data buses. The bidirectional transceiver is designed for asynchronous two-way communication between data buses. The transceivers are designed for asynchronous two-way communication between data buses. The device is ideal for any interface conversion, such as a front end to a microprocessor. This device is commonly used in industrial, computing, and telecommunications applications, as well as in military and aerospace applications.

The SN75ALS173N bus transceiver is designed to support a data rate of up to 20 Mb/s. The device has an independent logic input port that can be used to control the direction of the data flow by selecting either the A bus or the B bus as the input port. This interface is particularly useful when the active device (A or B) is connected to the same data bus and a device is connected to the opposite port (B or A). This device has two three-state outputs and two three-state inverted outputs that allow the port outputs to be configured as either outputs or inputs.

The bus transceiver has two additional logic inputs that allow the user to select the data direction for the A and B ports. The logic 0 input selects the A port as the input, while the logic 1 input selects the B port as the input. The device also has an enable control input that can be used to control the input selection, including the ability to disable the input and/or output. The device also has an open-drain active-high output that can be used to indicate when data is present on the A or B port.

The SN75ALS173N is fabricated using an advanced technology process, which provides a low-power consumption level and an exceptional level of noise immunity. The device is also available pin-compatible for other logic families, allowing for easier upgrades and retrofitting. Additionally, the package provides superior thermal properties and is designed for industrial and consumer-grade applications.

The SN75ALS173N features an advanced architecture that operates in both asynchronous and synchronous mode. In asynchronous mode, the device functions as an8-bit bus transceiver that transmits data on either the A bus or the B bus and switches between the two. In synchronous mode, the device functions as a 8-bit latch that has two separate registers that can hold two independent data words. The two registers can be used in buffered or unbuffered modes and both can be operated simultaneously.

The SN75ALS173N has many uses in industrial, computing and telecommunications applications. In industrial applications, the device is used to interface microcontroller or logic devices to high-speed data or networking buses. In computing and telecommunications applications, the device is used to interface logic devices, such as microprocessors, to high-speed interfaces, such as USB, Ethernet, SONET and other serial communications protocols. The device is often used to convert between different communication protocols and can also be used to bridge between systems requiring different signal levels.

This device is also commonly used in automotive applications such as vehicle-to-vehicle and vehicle-to-infrastructure communications networks, for signal conditioning and for interfacing to sensors. In military and aerospace applications, the SN75ALS173N is typically used for signal distribution and reception, line drivers, modem data interface and communications encoding/decoding.

The SN75ALS173N is an excellent choice for data acquisition, signal conditioning, communications interfaces and driver/receiver applications. The device is designed for both asynchronous and synchronous communication and can be used in a variety of applications with both high data rates and low power consumption. The device is also pin-compatible for other logic families, which makes it easy to upgrade or retrofit existing systems. The device is robust, reliable and has excellent thermal properties.

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