MAX128BEAI+

ADCs/DACs - Special Purpose Overview

The MAX128BEAI+ is a high-speed, 12-bit analog-to-digital converter (ADC) manufactured by Analog Devices Inc./Maxim Integrated. It operates with a single +5V supply and supports sampling rates up to 8 MSPS. The device features an internal 2.5V reference and a track-and-hold amplifier. It utilizes a parallel interface for data output and is housed in a 28-lead SSOP package. The component is designed for applications requiring moderate resolution and high throughput within a compact form factor.

ADCs/DACs - Special Purpose Feature Summary

• 12-bit resolution with 8 MSPS sampling rate
• Internal 2.5V voltage reference
• Single +5V power supply operation
• Parallel digital output interface

ADCs/DACs - Special Purpose Applications

• Industrial process control systems
• Medical instrumentation
• Data acquisition modules

ADCs/DACs - Special Purpose Procurement Notes

Verify the specific suffix 'E' and 'I' against official datasheets to confirm temperature range and package type. Confirm current availability status as older Maxim parts may be discontinued or have limited stock. Check RoHS compliance documentation for environmental regulations.

ADCs/DACs - Special Purpose Selection Notes

Select this part when a 12-bit resolution and 8 MSPS speed are required with a simple parallel interface. Ensure the system can accommodate the +5V supply requirement. Compare with the MAX127 series if serial interfaces are preferred instead of parallel connections.

ADCs/DACs - Special Purpose Part Context

This component belongs to the MAX128 family of high-speed ADCs from Maxim Integrated. It shares architectural similarities with other members like the MAX128AEAI+, differing primarily in electrical specifications and temperature ranges defined by the suffix codes.

ADCs/DACs - Special Purpose Replacement Considerations

Direct pin-compatible replacements include other MAX128 variants such as MAX128AEAI+. Verify that the substitute matches the specific operating temperature range and power consumption requirements of the original design.