NIC 52-RE DIL-32 Communication IC
NIC 52-RE DIL-32 Communication IC

NIC 52-RE DIL-32 Communication IC

Price 6790 INR/ Piece

MOQ : 1 , , Piece

NIC 52-RE DIL-32 Communication IC Specification

  • Interface Type
  • DIL-32 (Dual In-Line)
  • Usage & Applications
  • Networking, data communications, protocol conversion, embedded systems
  • Device Type
  • Integrated Circuit (IC)
  • Network Device
  • Communication IC
  • Features
  • Protocol support, high noise immunity, low power, TTL/CMOS compatible
  • Power Supply
  • Standard IC supply (5V recommended)
  • Operating Temperature
  • 0C to +70C (commercial grade)
  • Dimension (L*W*H)
  • DIL-32 package (approximately 41.5mm x 13.7mm x 4.5mm)
  • Port
  • Not applicable (IC form factor)
  • Weight
  • ~5 grams
  • Frequency
  • DC - 12MHz (typical clock)
  • Power Consumption
  • Low power, <150 mW
  • Connectivity Type
  • Parallel interface
  • Number Of Ports/Pins
  • 32 pins
 

NIC 52-RE DIL-32 Communication IC Trade Information

  • Minimum Order Quantity
  • 1 , , Piece
  • Supply Ability
  • 1000 Pieces Per Month
  • Delivery Time
  • 1 Days
 

About NIC 52-RE DIL-32 Communication IC

We are named in this domain as a prime supplier of NIC 52-RE DIL-32 Communication IC . It is made by using optimum grade materials and leading-edge techniques at our manufacturing unit. This circuit range can be accessed by our prominent customers in distinguished sizes, capacities and specifications. Our offered NIC 52-RE DIL-32 Communication IC is highly used in electronic and electrical appliances for controlling their functioning.



Efficient Communication for Networking Systems

The NIC 52-RE DIL-32 Communication IC is engineered for seamless integration in networking and protocol conversion applications. Its robust TTL/CMOS compatibility and parallel interface deliver efficient data transfer and high noise immunity, making it ideal for embedded systems requiring reliable and low-power communications.


Designed for Versatility and Easy Integration

With its through-hole DIL-32 package and RoHS-compliant build, installation is straightforward on standard PCBs. The IC operates across a broad supply voltage range and is optimized for commercial environments, ensuring consistent performance in varied applications from protocol conversion to complex data communications.

FAQ's of NIC 52-RE DIL-32 Communication IC:


Q: How is the NIC 52-RE DIL-32 Communication IC typically mounted on a circuit board?

A: This IC utilizes through-hole mounting using its Dual In-Line (DIL-32) package, making it compatible with standard 2.54mm pin pitch PCBs for secure and reliable installation.

Q: What types of logic families can the NIC 52-RE Communication IC interface with?

A: The device supports both TTL and CMOS logic families, enabling flexible integration with a wide range of digital systems and components.

Q: When should the NIC 52-RE IC be used in embedded system projects?

A: Choose this IC for embedded applications requiring high noise immunity, protocol support, and efficient data communication, especially when parallel interfaces and low power usage are priorities.

Q: Where can the NIC 52-RE DIL-32 IC be sourced from in India?

A: This IC is available from authorized exporters, importers, manufacturers, and suppliers in India, ensuring access to locally compliant and quality products.

Q: What is the process for integrating the NIC 52-RE IC into a communication network design?

A: Integration involves designing the PCB layout for a DIL-32 footprint, ensuring appropriate TTL/CMOS signal connections, supplying 4.5V-5.5V DC, and conforming to storage (55C to +125C) and operating temperature requirements (0C to +70C).

Q: How does built-in ESD protection benefit device reliability?

A: The IC's built-in ESD protection helps safeguard sensitive internal circuitry against electrostatic discharge, minimizing the risk of operational failures and extending device longevity in demanding environments.

Q: What are the main advantages of using the NIC 52-RE DIL-32 IC for networking applications?

A: Key benefits include low power consumption (<150 mW), robust protocol support, high noise immunity, RoHS compliance, and simple integration with parallel interfaces, all contributing to reliable and efficient communication system designs.

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