Allicdata Part #: | 296-1613-5-ND |
Manufacturer Part#: |
SN74HCT273N |
Price: | $ 0.41 |
Product Category: | Integrated Circuits (ICs) |
Manufacturer: | Texas Instruments |
Short Description: | IC FF D-TYPE SNGL 8BIT 20DIP |
More Detail: | N/A |
DataSheet: | SN74HCT273N Datasheet/PDF |
Quantity: | 12568 |
1 +: | $ 0.37800 |
10 +: | $ 0.32130 |
100 +: | $ 0.23990 |
500 +: | $ 0.18850 |
1000 +: | $ 0.14566 |
Series: | 74HCT |
Packaging: | Tube |
Part Status: | Active |
Function: | Master Reset |
Type: | D-Type |
Output Type: | Non-Inverted |
Number of Elements: | 1 |
Number of Bits per Element: | 8 |
Clock Frequency: | 37MHz |
Max Propagation Delay @ V, Max CL: | 29ns @ 5.5V, 50pF |
Trigger Type: | Positive Edge |
Current - Output High, Low: | 4mA, 4mA |
Voltage - Supply: | 4.5 V ~ 5.5 V |
Current - Quiescent (Iq): | 8µA |
Input Capacitance: | 3pF |
Operating Temperature: | -40°C ~ 85°C (TA) |
Mounting Type: | Through Hole |
Package / Case: | 20-DIP (0.300", 7.62mm) |
Base Part Number: | 74HCT273 |
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Logic circuits have a wide range of uses, and one of their most common applications is in the field of flip-flops. Flip-flops are circuits that are often used to store information, that is, hold the output of a logic function for a specified period of time. The storage, or latching, of information by a flip-flop is accomplished through the use of a number of electronic components. The SN74HCT273N is an example of a flip-flop circuit that can be used to store information. It is important to understand the working principle of the SN74HCT273N as well as its common applications.
Working Principle of SN74HCT273N
The SN74HCT273N is a quadruple edge-triggered flip-flop. It is composed of four distinct and separate flip-flops that are connected in parallel. Each of these separate flip-flops is based on a three-stage circuit. The stages of this circuit are the master/slave latch stage (commonly referred to as the data stage), the true stage, and the complement stage. The data stage is used to store the output of the logic function. The true and complement stages are used to provide multiple levels of logic.
The data stage is the first stage of the circuit. This is where the output of the logic function is stored. The true and complement stages are used to provide multiple bits of information. The four outputs of the circuit will be the same as the input, with the two complement bits being the inverses of the two true outputs.
The SN74HCT273N uses two Set/Reset (S/R) inputs to control the output. When the S/R inputs are both low, the output of the circuit will remain the same regardless of the state of the data input. When the Set/Reset inputs are both high, the output of the circuit will be reversed. This is known as the "reverse" mode.
Applications of SN74HCT273N
The SN74HCT273N is widely used in the field of digital logic circuits. It is commonly found in applications such as shift registers, counters, and various data storage applications. In addition, the SN74HCT273N is also used in applications such as shift encode/decode and state machine building.
The SN74HCT273N is also used in many types of timing circuits. These circuits use the SN74HCT273N to generate a pulse from a pulse train. The SN74HCT273N can also be used to control the duration of a pulse.
Due to its robust construction and wide range of applications, the SN74HCT273N has become increasingly popular in the field of digital logic circuits. It is used in many types of logic circuits, from basic applications to complex designs.
Conclusion
The SN74HCT273N is a quadruple edge-triggered flip-flop that is widely used in the field of digital logic. Its working principle is based on a three-stage circuit, with the data stage used to store the output of the logic function. The SN74HCT273N is used in a wide range of applications, from basic applications such as shift registers, counters, and data storage, to more complex applications such as shift encode/decode and state machine building. As a result of its robust construction and wide range of applications, the SN74HCT273N is an increasingly popular choice for use in digital logic circuits.
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