INTEGRATED CIRCUITS

INTEGRATED CIRCUITS

50 INR/Piece

Product Details:

  • Power Supply DC
  • Features Miniaturized, high reliability, low power consumption, multi-functionality
  • Usage Used in electronic devices and embedded systems
  • Thermal Conductivity Low to moderate, requires heatsink for high-power ICs
  • Interface Pin or surface mount
  • Power Source External DC supply
  • Processor Speed Up to 200 MHz (for standard logic ICs)
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INTEGRATED CIRCUITS Price And Quantity

  • 50 Piece
  • 50 INR/Piece

INTEGRATED CIRCUITS Product Specifications

  • External DC supply
  • Industrial, automotive, consumer electronics, telecommunications, instrumentation
  • Pin or surface mount
  • Miniaturized, high reliability, low power consumption, multi-functionality
  • Performs signal processing, amplification, logic, or memory operations in electronic circuits
  • 12mm x 5mm x 3mm (varies per IC type)
  • DC to several hundred MHz (depends on IC type)
  • Depends on function (e.g., storage, computation)
  • Black
  • 10-100 mA (depends on IC design)
  • DC
  • 5V DC
  • -40C to +85C (standard industrial range)
  • Semiconductor substrate, pins, encapsulation material
  • Varies depending on IC type (digital, analog, mixed-signal)
  • Approx. 1-5 grams per unit
  • 3V to 12V (depends on IC family)
  • Standard (e.g., DIP, SOP, SMD packages)
  • Used in electronic devices and embedded systems
  • Low to moderate, requires heatsink for high-power ICs
  • Up to 200 MHz (for standard logic ICs)
  • Varies depending on IC type (digital, analog, mixed-signal)
  • Nanoseconds to microseconds (depends on IC type)
  • Integrated Circuits
  • 3 mm (Typical IC body thickness)

INTEGRATED CIRCUITS Trade Information

  • Cash Against Delivery (CAD), Cash in Advance (CID)
  • All India

Product Description

The MAXIM Integrated Circuit (IC) is a high-performance IC that provides a wide range of benefits, such as low power consumption, high precision, and excellent signal integrity. It is designed for use in a variety of applications, including data acquisition, medical devices, automotive, industrial control, and communication systems. This MAXIM INTEGRATED CIRCUIT also includes advanced features, such as built-in diagnostics, fault protection, and self-calibration, which ensure reliable and accurate performance. Additionally, its compact size and low cost make it an attractive choice for space-constrained and cost-sensitive applications. systems.



Versatile Mounting and Reliable Operation

Offering both through-hole and surface-mount options, these integrated circuits are suitable for a vast range of applications. The robust enclosure (plastic or ceramic) and integrated ESD protection enhance durability, while the devices are available in multiple pin counts and packages to accommodate various design requirements. This versatility makes them optimal for use in environments ranging from consumer electronics to industrial instrumentation.


High Performance with Enhanced Safety

Each IC is made with silicon semiconductor technology and is protected by integrated ESD circuits. RoHS compliance and tin-plated leads ensure safety standards are met, while the devices operate reliably within a wide temperature range (-40C to +85C). The thermal characteristics and moisture sensitivity are tailored for Indian climatic conditions, maintaining optimal performance across diverse conditions.

FAQs of INTEGRATED CIRCUITS:


Q: How are these integrated circuits typically mounted onto circuit boards?

A: These ICs are designed for both through-hole and surface mount (SMD, SOP, DIP) installation. The mounting configuration depends on the specific package type selected, allowing compatibility with either soldering directly onto PCB pads or using pin insertion through holes.

Q: What benefits does integrated ESD protection offer in these ICs?

A: Integrated ESD protection circuitry safeguards the ICs against electrostatic discharge, reducing the risk of damage during manufacturing and handling. This enhances device reliability and ensures stable operation across a wide range of environments.

Q: When should I consider using a heatsink with these ICs?

A: A heatsink may be necessary for high-power ICs or when the device operates near the upper end of its rated current or frequency range (up to several hundred MHz). For low- to moderate-power applications, the devices thermal characteristics usually suffice without additional cooling.

Q: Where are these ICs commonly used in electronic systems?

A: These integrated circuits are widely used across various sectors, including industrial automation, automotive electronics, consumer devices, telecommunications equipment, and instrumentation. Their versatility and compactness make them ideal for embedded systems and multirole applications.

Q: What is the typical process for selecting the suitable IC package type?

A: Selection is based on the applications circuit design, space constraints, required pin count, and assembly method. Surface mount packages offer compactness for automated manufacturing, while through-hole packages are favored for prototyping and environments requiring enhanced mechanical stability.

Q: How do these ICs contribute to the performance of electronic devices?

A: By performing crucial functions such as signal processing, amplification, logic, or memory operations, these ICs support the efficient operation of electronic circuits. Their high speed (up to 200 MHz), low power consumption, and integrated protection features make them integral to innovative system designs.

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