NLV14538BDWG

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This paper will discuss the NLV14538BDWG application field and working principles. NLV14538BDWG, part of the logic family of multivibrators, is a general-purpose monostable/multivibrator integrated circuit with built-in Schmitt-trigger inputs and latch-up protection on all inputs. This IC includes built-in circuits to prevent false triggering due to noise, and is capable of generating single- or dual- trigger pulse outputs.

Introduction

NLV14538BDWG, created by ON Semiconductor, is a monostable/multivibrator integrated circuit designed for general-purpose applications. NLV14538BDWG is housed in a 8-lead dual-in-line (DIP) package, and is designed such that it operates over a wide range of temperatures from -65ºC to 125ºC, and is capable of operation with supply voltages ranging anywhere from 2V to 6V.

In order to provide latch-up immunity and protection, this device includes a number of integrated circuits. These include circuitry to prevent false inputs due to transient noise, as well as Schmitt-trigger inputs. In addition, this specific device can be configured to generate either single- or dual-application pulse outputs based on the user\'s desired application.

Applications

NLV14538BDWG is typically used as a part of a wider system where its main function is to generate a triggered pulse output based on the inputs. Common applications for NLV14538BDWG include pulse generators for logic circuits, timers, pulse-position modulators, and oscillators. As such, NLV14538BDWG can be found in a wide array of systems, such as data acquisition systems, digital logic control systems, and instrumentation systems.

Working Principles

As previously mentioned, NLV14538BDWG is capable of generating single- or dual-trigger pulse outputs based on the inputs. Specifically, the device can use either a single trigger or a dual trigger (Schmitt trigger when used in dual mode) to generate a pulse output. When using a single trigger, the device will generate an output pulse when the input goes from low to high. When using the dual trigger, the device will generate a pulse when the trigger voltage goes from high to low and will keep the output pulse as long as the input voltage stays low.

In addition, the device is also capable of being connected to both asynchronous and synchronous applications. When connected to an asynchronous application, the device will generate a pulse width of 25ns when triggered. When connected to a synchronous application, the device will generate a pulse width of 2.0 µs.

Conclusion

In conclusion, NLV14538BDWG is an integrated circuit designed for logic - multivibrators type applications. It is capable of producing single or dual pulse outputs when configured and triggered properly, and is built with integrated circuits to ensure latch-up immunity and protection as well as false inputs due to noise. Common applications of NLV14538BDWG span data acquisition systems, digital logic control systems, and instrumentation systems.

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