AD7828BQ

AD7828BQ

Product Details:

  • Response Time 2 s (conversion time)
  • Power Supply Dual supply (+5V, -5V)
  • Usage Data acquisition systems
  • Operating Temperature 0C to +70C
  • Resolution 8 bit
  • Output 8-bit digital code
  • Input 8-channel analog multiplexed input
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AD7828BQ Price And Quantity

  • 10 Piece
  • 500 INR

AD7828BQ Product Specifications

  • Standard for DIP ICs
  • Standard DIP package
  • External (PCB supplied)
  • Approx. 2g
  • 24.2mm x 6.35mm x 3.56mm
  • Integrated Circuit
  • 8 channel input, fast conversion, TTL compatible
  • AD7828 core, multiplexer, voltage reference
  • Standard IC profile
  • Typically 3mA
  • Not Rated
  • Parallel
  • DC to 200 kHz
  • 8-bit digital code
  • Black
  • 8 bit
  • 5V
  • 8-channel analog multiplexed input
  • +5V, -5V
  • 8 channels, 8 bits
  • 2 s (conversion time)
  • Dual supply (+5V, -5V)
  • 0C to +70C
  • Data acquisition systems
  • Analog-to-Digital Converter (ADC)
  • Analog to digital conversion, microprocessor interfacing

AD7828BQ Trade Information

  • All India

Product Description

Specification

Architecture

Flash

Voltage Supply Digital

5V

Supplier Device Package

28-CDIP

Sampling Rate

50k (Per Second)

Reference Type

External

Ratio SH ADC

11

Part Status

Active

Packaging

Tube

Package Case

28-CDIP (0.600", 15.24mm)

Operating Temperature

-40 deg C ~ 85 deg C

Number of Inputs

8

Number of AD Converters

1

Input Type

Single Ended

Data Interface

Parallel

Configuration

MUX-S/H-ADC

Base Part Number

AD7828




Fast and Accurate Analog-to-Digital Conversion

With a conversion time as rapid as 10 s (maximum) and a high degree of precision (1 LSB INL), the AD7828BQ excels in environments demanding both speed and accuracy. Its capability to handle 8 separate analog inputs makes it especially effective for multi-channel data acquisition tasks, delivering reliable output across a standard 8-bit resolution.


Versatile Reference and Power Supply Options

The AD7828BQ offers users flexibility with both internal and external voltage references, allowing for adaptable integration within various system architectures. Its power supply requirementsdual +5V and -5Venable robust performance and compatibility with diverse power systems, making it well-suited for general and specialized electronic applications.


Easy Integration and Broad Compatibility

Designed to interface seamlessly with TTL and CMOS logic levels, the AD7828BQ can be directly connected to most microprocessor-controlled systems. Its parallel interface, standard DIP package, and compact size allow for straightforward PCB implementation without the need for complex adaptation circuits.

FAQs of AD7828BQ:


Q: How is the AD7828BQ used in data acquisition systems?

A: The AD7828BQ serves as a multi-channel analog-to-digital converter, capturing and converting up to 8 analog input signals into 8-bit digital outputs quickly. This makes it ideal for data acquisition systems that need to monitor and digitize multiple sensor signals simultaneously.

Q: What is the typical process for interfacing the AD7828BQ with a microprocessor?

A: Interfacing involves connecting the ADCs parallel output to the microprocessors data bus. Users select analog channels via address pins and can use either the internal or an external reference. Its TTL/CMOS compatibility ensures straightforward integration into most digital architectures.

Q: When should I choose the internal reference versus the external reference option?

A: Use the internal reference for simplicity and space savings when standard accuracy is acceptable. Choose the external reference for greater control and improved precision if your application demands it, such as in high-accuracy data measurement environments.

Q: Where can the AD7828BQ be installed for best results?

A: The AD7828BQ is best installed on PCBs in controlled environments with supply voltages of +5V and -5V. It fits standard DIP sockets and works well in laboratory, industrial, or custom instrumentation settings within its 0C to +70C operating temperature range.

Q: What are the advantages of the 8-channel multiplexer in the AD7828BQ?

A: The integrated 8-channel multiplexer allows you to connect multiple analog sources with a single ADC, simplifying circuit designs, reducing cost, and enhancing system flexibility without sacrificing conversion speed or accuracy.

Q: How does the AD7828BQ benefit microprocessor-based applications?

A: The devices fast conversion time, TTL/CMOS logic compatibility, and parallel interface streamline analog signal capture for microprocessors, improving overall system speed, simplifying signal routing, and providing reliable digital data for further processing.

Q: What precautions should I take regarding RoHS compliance with the AD7828BQ?

A: The AD7828BQ is not RoHS compliant, meaning it contains lead or other restricted substances. When using this component, ensure your application does not require lead-free or fully RoHS-compliant parts, especially for export or green manufacturing environments.

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