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An introduction of A/D Converters ADC0804LCN
An introduction of A/D Converters ADC0804LCN
The ADC080X series of A/D converters use a modified potentiometric ladder and is designed to work with the 8080A control bus through three-state outputs. No interfacing logic is required because these converters appear to the processor as memory locations or I/O ports

The ADC080X family of A/D converters uses a modified potentiometric ladder and three-state outputs to operate with the 8080A control bus. Because these converters appear to the CPU as memory locations or I/O ports, no interfacing circuitry is required.

The differential analog voltage input has good common-mode rejection and may be used to compensate for the analog zero input voltage. The voltage reference input may also be modified to enable the full 8-bit resolution encoding of any smaller analog voltage range.

Features

 

  • No interfacing logic is required for the 80C48 and 80C80/85 buses.

  • Most microprocessors have a simple interface.

  • Differential Analog Voltage Inputs 

  • Works with Bandgap Voltage References 

  • TTL Compatible Inputs and Outputs

 

CAD Models

 

Pin Configuration

 

pin

 

Symbol

 

symbol

 

Footprint

 

footprint

 

3D Model

 

3d

 

Functional Diagram

 

diagram

 

 

Specification

 

· Technical

· Operating Temperature-0°C~70°C

· Moisture Sensitivity Level (MSL)-1 (Unlimited)

· Technology-CMOS

· Terminal Pitch-2.54mm

· Architecture-SAR

· Voltage - Supply, Analog-4.5V~6.3V

· Voltage - Supply, Digita-l4.5V~6.3V

· Analog Input Voltage-Max-5.05V

· Analog Input Voltage-Min--0.05V

 

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