OD-KMELV

Overview

The OD-KMELV is a programmable crystal oscillator manufactured by Taitien. It utilizes LVDS output technology and operates with a supply voltage of 1.8V, featuring enable and disable control capabilities. The device is housed in a compact 4-SMD, No Lead package. It supports a frequency range spanning from 15 MHz to 2100 MHz, providing precise timing solutions for high-speed digital applications requiring low phase noise and stable clock signals.

Feature Summary

• Programmable frequency generation capability across a wide spectrum
• LVDS output interface for high-speed signal integrity
• Integrated power management with enable/disable functionality

Applications

• High-frequency data communication systems
• Computing infrastructure clock distribution
• Network equipment synchronization

Procurement Notes

Verify the specific frequency configuration required for your application against the manufacturer's programming guidelines. Ensure the 1.8V supply voltage aligns with your system design constraints. Confirm the LVDS output compatibility with downstream components. Check the 4-SMD package dimensions for PCB layout integration. Validate thermal performance under operating conditions.

Selection Notes

Choose this component when a wide frequency range up to 2100 MHz is necessary. Consider the LVDS output for noise immunity in dense layouts. Evaluate the 1.8V operation for low-power designs. Assess the programmability needs versus fixed-frequency alternatives. Review the package size for space-constrained environments.

Part Context

This part belongs to Taitien's series of quartz oscillators designed for precise timing control. The manufacturer specializes in frequency control products including crystals and various oscillator types. This specific model represents their programmable XO line, targeting applications demanding flexibility and high performance.

Replacement Considerations

Consult official substitution lists for compatible programmable LVDS oscillators. Verify pinout and voltage compatibility before swapping. Ensure frequency ranges overlap sufficiently. Check package footprint equivalence to avoid rework.