74LS14 7414 Hex Schmitt Trigger Inverter Logic IC
Applications
- The IC can be used for Noise Removing.
- It has wide use in Power meter and Power analyzers.
You can download this Datasheet for 74LS14 Hex Inverter Schmitt Trigger from the link given below:
In stock
₨ 40
In stock
74LS14 is a Schmitt trigger hex 8-bit inverter IC. In electronics devices, Schmitt Trigger is one the comparator-based circuit which gives the output on the based the previous output. In Schmitt Trigger the input value can be analog or digital but the output will be in two forms 1 or 0. Any circuit is convertible to Schmitt trigger by applying a positive feedback system. In this circuit, the threshold is being used to get output. When the value is higher than the threshold the output will be HIGH otherwise it will be considered in the LOW state. These circuits are not only used to convert analog to digital, but it also helps to remove the noise from the signal.
The Schmitt Trigger comes in two types, one is inverting and the second is not inverting. In non-inverting, the output comes HIGH at the peak of the input signal and LOW at the minimum amplitude of the signal. In inverting the signal gets inverted, it gives LOW at the peak and HIGH at the minimum amplitude of the signal. There are multiple devices and circuits for non-inverting signal but here we will discuss the inverting one.
Pin Diagram 74LS14
The pinout of this integrated circuit is similar to 74LS04. However, the functionality difference is due to a Schmitt trigger function.
74LS14 Pin Configuration Details
| PINS | DETAIL | |
|---|---|---|
| 1A | Pin 1 | Pin 1 will be used as the input pin for the first Schmitt trigger. |
| 1Y | Pin 2 | Pin 2 will be as the output pin of the first Schmitt trigger. |
| 2A | Pin 3 | Pin 3 will be used to give the input at second Schmitt trigger. |
| 2Y | Pin 4 | Pin 4 will be used to receive the output of the second Schmitt trigger. |
| 3A | Pin 5 | Pin 5 will be used to give the input at third Schmitt trigger. |
| 3Y | Pin 6 | Pin 6 will be used to receive the output of the third Schmitt trigger. |
| GND | Pin 7 | Pin 7 will be used as the common ground to use the devices IC with other devices. |
| 4Y | Pin 8 | Pin 8 will be used to receive the output of the forth Schmitt trigger. |
| 4A | Pin 9 | Pin 9 will be used to give the input to the forth Schmitt trigger. |
| 5Y | Pin 10 | Pin 10 will be used to give receive the output from the fifth Schmitt trigger. |
| 5A | Pin 11 | Pin 11 will be used to use to give the input to fifth Schmitt trigger. |
| 6Y | Pin 12 | Pin 10 will be used to receive the output from the sixth Schmitt trigger of IC. |
| 6A | Pin 13 | Pin 11 will be used to give the input to the sixth Schmitt trigger. |
| VCC | Pin 14 | VCC pin will be used to give the power to the IC to make it functional. |
- Technology Family: TTL
- Max Supply Voltage: 7V
- Max Input Voltage: 7V
- Min VCC: 4.75V
- VCC (Max): 5.25V
- Storage Temperature Range: -65ºC to +150ºC
- No. of Channels: 6
- Inputs per channel: 1
- IOL (Max): 16mA
- IOH (Max): 0.8mA
- Output type: Push-Pull
- It can be used as a noise impunity device.
- It comes in multiple packages with all 14-Pins, SO, SSOP, SOIP, and PDIP.
