TD-13.000MDE-T

Oscillators Overview

The TD-13.000MDE-T is a MEMS-based standard clock oscillator manufactured by TXC Corporation, operating at a frequency of 13 MHz with CMOS output format. It functions on a 1.8V supply voltage and provides a frequency stability of 50 ppm across an operating temperature range of -40°C to +85°C. The component utilizes a surface-mount device (SMD) package configuration suitable for automated assembly processes.

Oscillators Feature Summary

• Utilizes MEMS technology for reliable frequency generation
• Supports CMOS output interface logic
• Operates within a wide industrial temperature range

Oscillators Applications

• Precision timing circuits requiring stable clock signals
• Embedded systems utilizing compact oscillator solutions
• Industrial equipment demanding reliable frequency references

Oscillators Procurement Notes

Verify the specific datasheet version for the TD-13.000MDE-T to confirm current manufacturing status and availability. Ensure that the 1.8V supply requirement aligns with the target system design. Confirm compliance with RoHS standards if required by project specifications before finalizing procurement decisions.

Oscillators Selection Notes

Select this component when a 13 MHz CMOS oscillator is required with 50 ppm stability. Consider the 1.8V operating voltage constraint during power budget analysis. Evaluate the SMD package dimensions against available PCB space constraints to ensure mechanical compatibility with the intended application layout.

Oscillators Part Context

This part belongs to the TXC Corporation MEMS oscillator family, designed as a replacement for traditional quartz crystals in modern electronics. It offers comparable performance with improved shock resistance and smaller form factors. The series supports various frequencies and voltage levels for diverse digital circuit applications.

Oscillators Replacement Considerations

The TD-13.000MCE-T serves as a variant with a 2.5V supply voltage. The TD-13.000MBE-T operates at 3.3V. Verify voltage compatibility when substituting these parts to prevent circuit malfunction due to incorrect supply levels.