Thumbnail of product SN74HC153N from brand Texas Instruments
Logo of brand Texas Instruments

Uncategorized Texas Instruments SN74HC153N

The Texas Instruments SN74HC153N is a circuit integrating a dual-input multiplexer that offers optimal performance for various electronic projects. Manufactured by the renowned brand Texas Instruments, this model ensures a quality user experience, suitable for a multitude of applications.

With its 16 pins, the SN74HC153N provides extensive compatibility and efficient connectivity features. Its PDIP design allows for optimal protection while facilitating transport and integration into your systems.

This multiplexer operates within a temperature range of -40 to 85 °C, ensuring reliable operation even under extreme conditions, reaching up to -65 to 150 °C when not in operation. Its dimension of 19.69 mm in width and 8.26 mm in height (with pins) allows for easy integration into various environments.

The Texas Instruments SN74HC153N is available in quantities of 25 pieces, accompanied by a user manual to facilitate its use. Whether for professional or personal applications, this product is a wise choice to optimize your electronic projects.

Manual of product SN74HC153N

8 10

Editorial note

The Texas Instruments SN74HC153N is a product that stands out for its robustness and reliability. Its wide operating temperature range, from -40 to 85 °C, allows for adaptation to various environments, thus ensuring stable performance. Additionally, its PDIP design offers optimal protection, facilitating transport and installation, which is an undeniable asset for users. With 16 pins, this model ensures good compatibility for a variety of electronic applications. However, some users may find limitations. The 16-pin count may restrict its use in more complex projects requiring additional connections. Furthermore, although the product is designed to withstand extreme temperatures of -65 to 150 °C, its operating range of -40 to 85 °C may not be suitable for particularly demanding industrial environments. The PDIP format may also pose a problem for those who prefer more compact designs, such as SMD. In terms of value for money, the product is considered satisfactory due to its durability and performance. However, the limitations in functionality and programmability may not justify its cost for all users. Finally, while ease of use is generally good, the dimensions and weight may complicate mounting in tight spaces, especially for novices. Overall, the Texas Instruments SN74HC153N is a solid choice for common electronic applications, but it is important to assess whether its features meet the specific needs of your project.

Score details

User experience

The user experience is generally satisfactory, thanks to a PDIP design that facilitates transport and installation, although some users may find the size limited for complex applications.

Performance

The performance is good, with a wide operating temperature range, but the limited number of pins and lack of advanced features may restrict its use in more demanding projects.

Design

The PDIP design provides good product protection, although it may not be compatible with more modern designs. The compact dimensions allow for easy integration but may pose challenges in tight configurations.

Value for money

The product offers good value for money considering its reliable performance and durability, but the limitations in terms of features may not justify the cost for some users.

Usability

The ease of use is satisfactory, but the weight and dimensions may make mounting in tight spaces more difficult, especially for novice users.


Advantages

Temperature range of -40 to 85 °C

PDIP design for protection and durability

16 pins for extended compatibility

Resistance from -65 to 150 °C

Compact format for tight spaces

Disadvantages

Limited to 16 pins only

Restricted temperature range

PDIP format incompatible with SMD

Lack of advanced features

Difficulty of mounting in tight spaces

Technical Specifications SN74HC153N

General Information

Features

  • Type
    Logic integrated circuit
  • Number of pins
    16
  • Type of packaging
    PDIP
  • Temperature out of operation
    -65 - 150 °C
  • Quantity
    25 piece(s)
  • Operating temperature
    -40 - 85 °C

Weight and dimensions

  • Width (with pins)
    19.69 mm
  • Width (with pins)
    19.69 mm
  • Height (with pins)
    8.26 mm
  • Depth
    6.6 mm
  • Package depth
    506 mm
  • Height
    4.57 mm
  • Depth (with pins)
    10.92 mm
  • Package width
    13.97 mm
  • Package height
    11.23 mm

Frequently Asked Questions

What is the height dimension of the Texas Instruments SN74HC153N?
The height of the Texas Instruments SN74HC153N is 4.57 mm.
What is the width dimension of the Texas Instruments SN74HC153N?
The width of the Texas Instruments SN74HC153N is 19.69 mm.
What is the depth dimension of the Texas Instruments SN74HC153N?
The depth of the Texas Instruments SN74HC153N is 6.6 mm.
Is the manual for the Texas Instruments SN74HC153N available in French?
Unfortunately, the manual for the Texas Instruments SN74HC153N is not available in French. It is only accessible in English.

Similar products


Discover the technical sheet of PocketMate 140 from Texas Instruments and its manuals...
Available manuals:
Discover the technical sheet of Beach from Sunny and its manuals...
Available manuals:
Discover the technical sheet of SN74AUP1G17DCKR from Texas Instruments and its manuals...
Available manuals:
Discover the technical sheet of CD74HCT4538M96 from Texas Instruments and its manuals...
Available manuals:
Discover the technical sheet of PocketMate 120 from Texas Instruments and its manuals...
Available manuals:
Discover the technical sheet of PocketMate 100 from Texas Instruments and its manuals...
Available manuals:
Discover the technical sheet of TL082CD from Texas Instruments and its manuals...
Available manuals:
Discover the technical sheet of A030.139.01 from Sunny and its manuals...
Available manuals:
Discover the technical sheet of NV Goggles from Yukon and its manuals...
Available manuals:
Discover the technical sheet of Sandy from Sunny and its manuals...
Available manuals:
Discover the technical sheet of SZ-JB02 from Zojirushi and its manuals...
Available manuals:
Discover the technical sheet of A030.139.00 from Sunny and its manuals...
Available manuals:

Presentation of product SN74HC153N specifications from brand Texas Instruments

General Information

The Texas Instruments SN74HC153N is a product from the well-established brand Texas Instruments, known for its quality and innovation in the electronics sector. This model, identified by the EAN code 2050002163683, ensures reliable performance and an optimized user experience, thus meeting the varied requirements of electronic projects.

Features

Designed in the form of a block, the Texas Instruments SN74HC153N features a design that is both functional and aesthetic, perfect for effective integration into various environments. With its 16 pins, this model offers extensive compatibility, thus facilitating the necessary connections for a multitude of applications. Its PDIP packaging ensures adequate protection during transport while simplifying its installation.

The product is capable of operating in a wide temperature range from -40 to 85 °C, making it a suitable choice for various environments. Additionally, it can withstand extreme conditions, with a storage temperature ranging from -65 to 150 °C. Each package contains 25 units, providing a sufficient quantity for many applications.

Weight and Dimensions

In terms of dimensions, the Texas Instruments SN74HC153N measures 19.69 mm in width and 8.26 mm in height (with pins), making it easy to integrate into tight spaces. Its depth reaches 6.6 mm, while the total depth with pins is 10.92 mm. For secure transport, the product packaging has dimensions of 506 mm in depth, 13.97 mm in width, and 11.23 mm in height.

Advantages and Disadvantages

Among the advantages, it is noted that the wide operating temperature range ensures reliable performance in various environments. The PDIP design offers effective protection, thus facilitating transport and installation. Additionally, the model stands out for its compatibility due to its 16 pins, well-suited for many electronic applications.

However, it is worth mentioning a few disadvantages. The limitation to 16 pins may restrict its use in more complex projects requiring additional connections. Furthermore, its operating temperature range, although wide, may not be suitable for certain extreme industrial applications. Finally, the PDIP format may not be compatible with modern designs favoring surface-mounted devices (SMD).