74VHC14YTTR Datasheet/PDFThe 74VHC14YTTR is a high-speed CMOS logic IC with Schmitt-triggered inputs. This device is part of a family of logic products offered by popular electronics giants such as Motorola and National Semiconductor. It is categorized as a Logic - Gates and Inverters device.
The 74VHC14YTTR has several wide ranging applications. These range from basic audio and video production to complex microcontroller based systems. It is also used in automotive applications, such as airbags and windscreen wipers, due to its reliability and low power consumption. This product can be used in replacement of TTL devices for improved performance.
The main purpose of the 74VHC14YTTR is a level shifter and translator. It is used in digital electrical circuits to convert the logic state from one voltage range to another. This product is also capable of converting logic families, such as converting a TTL logic state to a CMOS logic state and vice versa. Finally, the 74VHC14YTTR can translate between different logic families, making it a versatile and essential device in any complex circuitry.
The 74VHC14YTTR operates through Schmitt Trigger action. This action works by implementing two distinct thresholds. If the input is higher than one threshold and lower than the other, then it triggers the output device into action. This makes this device ideal for scenarios where the input is something of an unknown factor, such as a sound level. In addition, due to the two-threshold system of the Schmitt Trigger, Noise is also kept in check.
The 74VHC14YTTR is available in two versions depending on the supply voltage. The Standard version operates on 5V and the Low Power version operates on 3V. The 74VHC14YTTR is widely available from many outlets, both online and offline, and is relatively inexpensive for what it offers.
In conclusion, the 74VHC14YTTR is a versatile and reliable device, capable of performing complex level shifting and conversion operations in digital electrical circuits. Its wide ranging applications, ease of acquisition and low price make it a viable choice for many circuit designs.