CY2X0137FLXIT

Overview

The CY2X0137FLXIT is a programmable crystal oscillator manufactured by Cypress Semiconductor Corp. It belongs to the clock and timing category, specifically designed as an integrated circuit for generating precise frequency signals. The component is housed in a Tape & Reel package configuration. This device allows for field programming capabilities, enabling customization of output frequencies post-manufacturing. The product status is listed as obsolete within current distribution channels.

Feature Summary

• Field programmable architecture allowing post-production frequency adjustment
• Integrated crystal oscillator design for compact signal generation
• Supports standard tape and reel packaging for automated assembly

Applications

• General-purpose clock signal generation in electronic systems
• Timing reference sources for digital circuits
• Embedded system synchronization applications

Procurement Notes

Verify component authenticity through authorized distributors or certified suppliers due to the obsolete status. Confirm package integrity upon receipt. Check for RoHS compliance documentation if environmental standards are required. Ensure storage conditions meet semiconductor handling guidelines to prevent degradation before installation.

Selection Notes

Consider this part only if legacy compatibility is required. Evaluate alternative modern oscillators with active status for new designs. Verify voltage and frequency specifications against system requirements. Assess supply chain stability given the discontinued nature of the component.

Part Context

Cypress Semiconductor Corp specializes in high-performance integrated circuits for data transmission and remote communications. The company was established in 1982 and operates globally with manufacturing and design centers in multiple countries including the US, Philippines, and Indonesia. The firm focuses on CMOS technology processes for semiconductor production.

Replacement Considerations

CY2X0137FLXCT is identified as a related variant within the same family.