AM26LV31ID

Series:	--
Packaging:	Tube
Part Status:	Active
Type:	Driver
Protocol:	RS422, RS485
Number of Drivers/Receivers:	4/0
Duplex:	--
Data Rate:	--
Voltage - Supply:	3 V ~ 3.6 V
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	16-SOIC (0.154", 3.90mm Width)
Supplier Device Package:	16-SOIC
Base Part Number:	AM26LV31

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AM26LV31ID application field and working principle

The AM26LV31ID is a level translator chip that converts TTL and CMOS IC signals for use with MOS circuits. This semiconductor integrated circuit has eight non-inverting receivers, eight open-collector inverting drivers, and an enable input. It is widely used in many industries and is one of the most commonly used interface ICs. It is widely used in the fields of computing, telecommunications, medical equipment, automotive, and home appliances control. The AM26LV31ID integrates a variety of functions with its advantages of low power consumption, wide voltage range and low driving current. In addition, its pin connection is very simple and easy to understand. This makes it flexible and convenient to use.

The two independent input and output sides of the AM26LV31ID are TTL and CMOS sides. The TTL side has an input low that is nominally 0.8 V and an input high that is nominally 2.0 V. The CMOS side has an input low that is nominally 0.2 V and an input high that is nominally 4.9 V. Generally, the input and output port level are reversed between the two sides, so that the AM26LV31ID acts as a translator. The direction of data transfer is determined by the logic level at the output enable (OE) terminal. When OE is low, signals from the TTL side are sent to the CMOS side. When OE is high, the signals from the CMOS side are sent to the TTL side.

The working principle of the AM26LV31ID is mainly to use TTL and CMOS sides of the chip for data communication. When the OE pin is low, the chip performs data transmission from the TTL side to the CMOS side. The data entering from the TTL side is translated from TTL voltage levels to CMOS voltage levels and sent out from the CMOS side. When the OE pin is high, the AM26LV31ID performs data transmission from the CMOS side to the TTL side. The data entering from the CMOS side is translated from CMOS voltage levels to TTL voltage levels and sent out from the TTL side.

Nowadays, the AM26LV31ID is widely used in various fields. Its applications include digital modulation, communication interface, monitoring systems, robotic control and so on. With the rapid development of technology, AM26LV31ID is continuing to be developed and used in more fields. Its future development will surely bring more convenience to our work and life.

In conclusion, the AM26LV31ID is an integrated circuit specially designed for level translation. Its TTL and CMOS sides are driving and receiving, respectively, and its working principle is mainly to use level conversion to exchange data. It is widely used in many industries and its advantages are low power consumption and wide voltage range, high flexibility and convenience, wide application and so on. We believe it will have a more prosperous future in more fields.

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