The 74HCT126DB,112 from NXP USA Inc., is a line driver non-inverting buffer designed to transmit its intact input to its output. These integrated circuits (ICs) contain 3-state outputs and inputs with clamp diodes ensuring current-limiting resistors’ usage for interfacing inputs to voltage during Vcc increment. Buffers, or logic buffers, are ICs consisting of dual back-to-back inverters that function to provide a key logic gate passing inputs to outputs. Buffers come in inverting and non-inverting types, where the latter are designed to read inputs and present outputs in the form of values. Non-inverting buffers, as their name indicates, do not alter or invert their input signals and read input and output as high or low values. The NXP USA Inc. 74HCT126DB,112 provides high-current output in high capacitive loads, similar to Hex non-inverting buffers.
What Is the Difference Between Inverting and Non-Inverting Buffers?
An inverting buffer, also called an inverter, is a semiconductor single-input IC designed to generate an output alternative to its input. The output value will be low when the input is high. On the other hand, the non-inverting buffer does not invert/alter the input states and reads both the input and output values to indicate them as values.
Technical Specifications & Benefits ofNXP USA, Inc.'s 74HCT126DB,112 Non-Inverting Buffer:
The typical benefits and specifications of the bespoke product include the following:
Provides a wide supply voltage ranging from 4.5V to 5.5V.
Features high-noise immunity with excellent performance.
It complies with all standards (ESD protection) and has excellent inverting 3-state outputs.
It is available in a variety of package options.
The operating temperature range is -40°C to 125°C.
Surface mount, non-inverting buffer with 14 pins, 4 elements, and 1 bit for each element.
The maximum height of the product is 1.8 mm, 5.4 mm wide, and 6.4 mm long.
Typical Applications:
The basic functions of buffer ICs include regeneration of input and weak outputs from non-restoring logic. Buffers are also used to improve the circuit’s propagation delay when driving huge capacitive loads. They are also used in other applications and systems, including:
Semiconductor Test Systems
Inverters
Delay Circuits
Automation & Board Test Systems
Instrumentation & Characterisation Equipment.
74HC/HCT126(Datasheets)
NXP USA Inc REACH(Environmental Information)
NXP USA Inc RoHS Cert(Environmental Information)
All Dev Label Update 15/Dec/2020(PCN Packaging)
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The 74HCT126DB,112 from NXP USA Inc., is a line driver non-inverting buffer designed to transmit its intact input to its output. These integrated circuits (ICs) contain 3-state outputs and inputs with clamp diodes ensuring current-limiting resistors’ usage for interfacing inputs to voltage during Vcc increment. Buffers, or logic buffers, are ICs consisting of dual back-to-back inverters that function to provide a key logic gate passing inputs to outputs. Buffers come in inverting and non-inverting types, where the latter are designed to read inputs and present outputs in the form of values. Non-inverting buffers, as their name indicates, do not alter or invert their input signals and read input and output as high or low values. The NXP USA Inc. 74HCT126DB,112 provides high-current output in high capacitive loads, similar to Hex non-inverting buffers.
What Is the Difference Between Inverting and Non-Inverting Buffers?
An inverting buffer, also called an inverter, is a semiconductor single-input IC designed to generate an output alternative to its input. The output value will be low when the input is high. On the other hand, the non-inverting buffer does not invert/alter the input states and reads both the input and output values to indicate them as values.
Technical Specifications & Benefits of NXP USA, Inc.'s 74HCT126DB,112 Non-Inverting Buffer:
The typical benefits and specifications of the bespoke product include the following:
Typical Applications:
The basic functions of buffer ICs include regeneration of input and weak outputs from non-restoring logic. Buffers are also used to improve the circuit’s propagation delay when driving huge capacitive loads. They are also used in other applications and systems, including:
Reviews
Don’t hesitate to ask questions for better clarification.