| Allicdata Part #: | SN75ALS174ADWE4-ND |
| Manufacturer Part#: |
SN75ALS174ADWE4 |
| Price: | $ 1.76 |
| Product Category: | Integrated Circuits (ICs) |
| Manufacturer: | Texas Instruments |
| Short Description: | IC QUAD DIFF LINE DRVR 20-SOIC |
| More Detail: | 4/0 Driver RS422, RS485 20-SOIC |
| DataSheet: |  SN75ALS174ADWE4 Datasheet/PDF |
| Quantity: | 1000 |
| 200 +: | $ 1.60196 |
Specifications
| Series: | -- |
| Packaging: | Tube |
| Part Status: | Active |
| Type: | Driver |
| Protocol: | RS422, RS485 |
| Number of Drivers/Receivers: | 4/0 |
| Duplex: | -- |
| Data Rate: | -- |
| Voltage - Supply: | 4.75 V ~ 5.25 V |
| Operating Temperature: | 0°C ~ 70°C |
| Mounting Type: | Surface Mount |
| Package / Case: | 20-SOIC (0.295", 7.50mm Width) |
| Supplier Device Package: | 20-SOIC |
| Base Part Number: | 75ALS174 |
Description
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SN75ALS174ADWE4 Application Field and Working Principle
The SN75ALS174ADWE4 is a high-speed octal bus transceiver used in wide range of applications driven by Interface - Drivers, Receivers and Transceivers. It is capable of converting data from two separate electrical buses at the same time. This transceiver can accommodate two eight input/output serial ports, one for an Asynchronous Interface and the other for a synchronous interface. It is designed to work within the of 300MHz and is qualified for operation from -40°C to +85°C. This transceiver can be used to provide bi-directional data transfer between two signals and ultimately control the flow of data.The SN75ALS174 ADWE4 is designed with 16-pins, as expected for any transceiver, as it consists of 8-inputs, 8-outputs and allowances for power and ground.
This transceiver mainly consists of an input buffer, output buffer, directional control logic and the the latch. The DL latch, is an instrument that helps in the storing of digital information and is mainly used in the input/output connection of transceiver. The latch works based on the logic state of the control signal provided. When the logic is low (inactive) the latch maintains the state of the line and when the control is high(active) the latch can be changed and the data is set to either low or high.
The output buffer has the input drives and output buffers in parallel, which helps to reduce the skew, voltage and temperature drifts amongst the several drivers.The bus transceiver also contains two 8-bit output registers. This register, stores the last 8 bits of data input on the Data Input pins (DI). If a rising edge appears on the Load pin while LOGIC LOW, the data on the output will change depending on the data present on the DI pins. The Input Buffer of the SN75ALS174ADWE4 contains 8-inputs and the Output Buffer has 8-outputs. The function of the input buffer is to drive the output, and the purpose of the output buffer is to provide drive capability, which helps to ensure that all peripheral components are properly matched irrespective of their power and ground potentials.
The SN75ALS174ADWE4 is used in various communication interface platforms such as serial communication interface (SCI) and system bus bridges. They can be used to debounce the digital outputs from switches. Motor control applications that require bidirectional interfacing and data send/receive applications can also use this transceiver. They are also used in asynchronous data transfer tasks, due to it\'s capability to provide effective communication between two different signals. This particular transceiver is used in wide range of automotive applications such as Airbag control systems, engine controls and solar energy.
The most commonly used SN75ALS174ADWE4 transceiver is the synchronous transceiver, which uses the rising and falling edge of the clock signal to latch the data. The data will only be transferred when the specified conditions have been met. This helps to make data transfer more reliable and accurate. The asynchronous transceiver can transfer data without the need of the clock signal. The data is transferred in one direction only and the data rate has to be predetermined at both ends. The SN75ALS174ADWE4 is used as an interface like transmitter, receiver and transceiver for wide range of applications and include things such as Bi-directional data buffers, address buffers, or an interface between the system bus and peripheral devices.
The SN75ALS174ADWE4 is designed to work with applications that require transferring data between two buses. The data on the bus is represented in parallel or serial format and it\'s main job is to convert these two types of signals into a common format which can be understood by the features of the transceiver. The transceiver is also used to control the flow of data, as each bus is managed separately and the data flow is regulated by the directional control logic of the transceiver. This can help to avoid data overflow, if too much data is being sent on the same bus.
Overall, the SN75ALS174ADWE4 is an essential tool for communicating between two different domains. Its features enable it to be used in wide range of applications within the automotive, communication and industrial interface domains. The proven capabilities of this transceiver makes it a great go-to device for multiple different projects.
The SN75ALS174ADWE4 is a high-speed octal bus transceiver used in wide range of applications driven by Interface - Drivers, Receivers and Transceivers. It is capable of converting data from two separate electrical buses at the same time. This transceiver can accommodate two eight input/output serial ports, one for an Asynchronous Interface and the other for a synchronous interface. It is designed to work within the of 300MHz and is qualified for operation from -40°C to +85°C. This transceiver can be used to provide bi-directional data transfer between two signals and ultimately control the flow of data.The SN75ALS174 ADWE4 is designed with 16-pins, as expected for any transceiver, as it consists of 8-inputs, 8-outputs and allowances for power and ground.
This transceiver mainly consists of an input buffer, output buffer, directional control logic and the the latch. The DL latch, is an instrument that helps in the storing of digital information and is mainly used in the input/output connection of transceiver. The latch works based on the logic state of the control signal provided. When the logic is low (inactive) the latch maintains the state of the line and when the control is high(active) the latch can be changed and the data is set to either low or high.
The output buffer has the input drives and output buffers in parallel, which helps to reduce the skew, voltage and temperature drifts amongst the several drivers.The bus transceiver also contains two 8-bit output registers. This register, stores the last 8 bits of data input on the Data Input pins (DI). If a rising edge appears on the Load pin while LOGIC LOW, the data on the output will change depending on the data present on the DI pins. The Input Buffer of the SN75ALS174ADWE4 contains 8-inputs and the Output Buffer has 8-outputs. The function of the input buffer is to drive the output, and the purpose of the output buffer is to provide drive capability, which helps to ensure that all peripheral components are properly matched irrespective of their power and ground potentials.
The SN75ALS174ADWE4 is used in various communication interface platforms such as serial communication interface (SCI) and system bus bridges. They can be used to debounce the digital outputs from switches. Motor control applications that require bidirectional interfacing and data send/receive applications can also use this transceiver. They are also used in asynchronous data transfer tasks, due to it\'s capability to provide effective communication between two different signals. This particular transceiver is used in wide range of automotive applications such as Airbag control systems, engine controls and solar energy.
The most commonly used SN75ALS174ADWE4 transceiver is the synchronous transceiver, which uses the rising and falling edge of the clock signal to latch the data. The data will only be transferred when the specified conditions have been met. This helps to make data transfer more reliable and accurate. The asynchronous transceiver can transfer data without the need of the clock signal. The data is transferred in one direction only and the data rate has to be predetermined at both ends. The SN75ALS174ADWE4 is used as an interface like transmitter, receiver and transceiver for wide range of applications and include things such as Bi-directional data buffers, address buffers, or an interface between the system bus and peripheral devices.
The SN75ALS174ADWE4 is designed to work with applications that require transferring data between two buses. The data on the bus is represented in parallel or serial format and it\'s main job is to convert these two types of signals into a common format which can be understood by the features of the transceiver. The transceiver is also used to control the flow of data, as each bus is managed separately and the data flow is regulated by the directional control logic of the transceiver. This can help to avoid data overflow, if too much data is being sent on the same bus.
Overall, the SN75ALS174ADWE4 is an essential tool for communicating between two different domains. Its features enable it to be used in wide range of applications within the automotive, communication and industrial interface domains. The proven capabilities of this transceiver makes it a great go-to device for multiple different projects.
The specific data is subject to PDF, and the above content is for reference
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