MAX13005EEBE+T

Translators, Level Shifters Overview

The MAX13005EEBE+T is a low-voltage level translator manufactured by Analog Devices Inc. (Maxim Integrated). It utilizes BICMOS technology and is housed in a UCSP-16 package, specifically identified as PBGA16 with dimensions of 2 x 2 mm. The device is RoHS compliant and designed for interface circuit applications within mixed-voltage systems.

Translators, Level Shifters Feature Summary

• Provides bidirectional voltage translation between different logic voltage domains
• Utilizes compact UCSP-16 packaging for space-constrained designs
• Supports operation in mixed-voltage system environments

Translators, Level Shifters Applications

• Mixed-voltage system interfaces
• Communication bus level shifting
• Sensor interface circuits

Translators, Level Shifters Procurement Notes

Verify the specific suffix and tape-and-reel configuration against the official datasheet to ensure compatibility with automated assembly processes. Confirm that the UCSP-16 footprint matches the target PCB layout requirements precisely before finalizing procurement orders.

Translators, Level Shifters Selection Notes

Select this component when bidirectional translation between disparate voltage levels is required in a minimal footprint. Ensure the operating voltage range of the connected buses falls within the device's specified limits. Verify thermal performance constraints associated with the small form factor during initial design validation.

Translators, Level Shifters Part Context

This part belongs to the Maxim Integrated line of interface solutions, focusing on bridging communication gaps between components operating at different supply voltages. It serves as a critical link in systems requiring interoperability between low-power digital logic and higher-voltage peripherals or buses.

Translators, Level Shifters Replacement Considerations

Publicly confirmed substitute part numbers include MAX13005EEUE and MAX13005EEUE-T. Verify pinout compatibility and package dimensions before substitution.