MHO+31FAD-R 11.059200

Overview

The MHO+31FAD-R 11.059200 is a precision clock oscillator manufactured by MtronPTI, designed for high-frequency signal generation in electronic systems. This component operates at a nominal frequency of 11.0592 MHz and utilizes a 14-pin DIP package configuration. It supports dual voltage inputs of 3.3V or 5.0V, ensuring compatibility with various logic families including HCMOS and TTL standards. The device provides stable clock signals required for timing synchronization in data communication and processing applications.

Feature Summary

• Supports dual voltage operation for 3.3V and 5.0V logic levels
• Compatible with HCMOS and TTL interface standards
• Utilizes a 14-pin DIP package for through-hole mounting

Applications

• Communications equipment
• Wired networking systems
• Enterprise projectors

Procurement Notes

Verify the specific ordering suffix to confirm the exact frequency tolerance and operating temperature range required for your design. Ensure the 14-pin DIP footprint matches your PCB layout constraints. Confirm that the selected voltage supply aligns with the component's specified operational limits to maintain signal integrity and longevity.

Selection Notes

Select this oscillator when a standard 11.0592 MHz clock source is needed for serial communication interfaces. Consider the 14-pin DIP form factor if prototyping or legacy board maintenance requires through-hole technology. Evaluate power consumption requirements against the 3.3V or 5.0V supply options to ensure efficient system energy management.

Part Context

This part belongs to the MHO series of clock oscillators from MtronPTI, which focuses on precision frequency control solutions. The series typically includes variants with different pin counts and voltage specifications to address diverse embedded system requirements. It serves as a fundamental timing reference component within broader frequency control product lines.

Replacement Considerations

Direct substitutes may include other 11.0592 MHz oscillators in 14-pin DIP packages from compatible manufacturers. Verify electrical parameters such as load capacitance and output waveform shape before substitution. Cross-reference pin assignments to ensure functional equivalence without circuit modification.