Manufacturer Part Number
MAX232ACPE
Manufacturer
Analog Devices
Introduction
The MAX232ACPE is a robust interface IC used for RS232 communication that translates signals between serial communication ports and a microcontroller or UART.
Product Features and Performance
Full-duplex RS232 transceiver
2/2 number of drivers/receivers facilitates two-way communication
Integrated charge pump circuitry for signal level conversion
Supports data rates up to 200kbps, ensuring efficient communication
Receiver hysteresis of 500 mV improves noise immunity
Voltage supply range from 4.5V to 5.5V, compatible with standard logic levels
Product Advantages
Easy implementation of RS232 communication without requiring additional external components
Enhanced signal integrity and noise immunity
Simplified power supply requirements
Broad compatibility with various microcontrollers and UARTs
Through-hole mounting provides sturdy mechanical reliability
Key Technical Parameters
Protocol: RS232
Duplex: Full
Data Rate: 200kbps
Operating Temperature: 0°C ~ 70°C
Mounting Type: Through Hole
Package / Case: 16-DIP
Quality and Safety Features
Manufactured by Analog Devices, ensuring high reliability and performance
Compliance with industry standard safety and quality norms
Compatibility
Widely compatible with microcontrollers and devices requiring RS232 interface
Application Areas
Serial data communication in computing systems
Industrial control and automation systems
Equipment diagnostics and maintenance ports
Modems, printers, and other peripheral devices interface
Product Lifecycle
Currently marked as Obsolete, with potential for limited availability
Alternatives or replacements should be considered for new designs
Several Key Reasons to Choose This Product
Trusted manufacturing by Analog Devices ensures quality
Allows for the easy integration of RS232 communication in various applications
High data rate support for efficient serial communication
Enhanced noise immunity for reliable data transfers
Direct compatibility with a wide range of devices and systems without needing additional conversion components