ADC0804LCN PDIP-20 Analog to Digital Converter-ADC

High-Speed ADC IC – Differential Input Analog-to-Digital Converter
This high-performance Analog-to-Digital Converter (ADC) IC is designed for signal processing, data acquisition, and embedded measurement applications. Featuring differential analog voltage inputs, an on-chip clock generator, and direct compatibility with 8080 microprocessor derivatives, this ADC simplifies integration into digital systems without requiring additional interfacing logic. With a sampling rate of 9.708KSPS and support for MOS and TTL logic levels, it is ideal for industrial automation, instrumentation, and microcontroller-based applications.

Why it’s a System Essential:
• Differential Analog Inputs: Improves signal accuracy and noise immunity in measurement applications.
• 9.708KSPS Sampling Rate: Enables efficient analog signal conversion for real-time processing.
• Direct 8080 Microprocessor Compatibility: No additional interfacing logic required for simplified integration.
• MOS & TTL Logic Compatibility: Supports a wide range of digital electronics and embedded systems.
• Works with 2.5V Voltage Reference: Compatible with LM336 voltage reference devices for stable conversion accuracy.
• On-Chip Clock Generator: Reduces external component requirements and simplifies circuit design.
• Standalone Operation Support: Can operate independently or with microprocessors and microcontrollers.

Technical Capabilities:
• Device Type: Analog-to-Digital Converter (ADC) IC
• Supply Voltage Range: 4.5V to 6.3V
• Sampling Rate: 9.708KSPS
• Analog Input Type: Differential Analog Voltage Inputs
• Logic Compatibility: MOS and TTL Voltage Levels
• Voltage Reference Compatibility: 2.5V (LM336)
• Clock System: On-Chip Clock Generator
• Operating Temperature Range: -40°C to 85°C
• Calibration Requirement: No Zero Adjust Required
• Function: Analog-to-digital signal conversion and signal processing

Features:
• High-speed analog signal conversion
• Differential input support
• Easy microprocessor interfacing
• Integrated clock generation
• Stable and reliable operation
• Standalone device capability

Applications:
• Signal processing systems
• Data acquisition systems
• Embedded measurement systems
• Industrial automation
• Sensor interfacing circuits
• Microprocessor-based systems
• Instrumentation electronics
• Arduino and microcontroller projects
• DIY electronics and prototyping

Best For:
Ideal for students, hobbyists, makers, engineers, and electronics professionals working on signal processing, embedded systems, industrial automation, instrumentation systems, sensor data acquisition, and analog-to-digital conversion applications requiring reliable and easy-to-integrate ADC solutions.