Crystal and Crystal Oscillator (XO)

• Crystal Oscillator (CXO)
  Crystal Oscillators (CXO) have low-jitter and tight-stability. Overall accuracy of ±20 ppm.  More
  • 32kHz Crystal Oscillator (XO)
    32kHz LVCMOS Crystal oscillator solutions. Package sizes from 2.5x2.0mm to 5.0x3.2. 1ps Jitter. Industry Temprature.  More
  • ASSP Crystal Oscillator (XO)
    ASSP XO (includes VCXO), eliminates critical trade-offs between performance and delivery times when selecting and qualifying oscillators in your designs. Now you can have physical performance, proven technology specific to your application, and fast delivery.   More
  • CMOS & Differential XO
    Diodes’ crystal oscillators are low-jitter, tight-stability oscillator modules that combine proven quartz crystal resonator technology with Diodes' leading-edge clock IC technology. Available with CMOS/TTL, LVPECL, or LVDS output logic. Some feature a voltage control function that enables in-circuit adjustment of the output frequency for use in data signal acquisition, clock retiming and jitter attenuation, or frequency synthesis.  More
  • High Temperature XO
    Diodes Incorporated High Temperature crystal oscillators (HX family) are specifically designed to support high temperature up to 125°C for the needs of today’s complicated systems. This family includes CMOS, LVPECL, and LVDS output logic as well as various sizes from 2.0mmx1.6mm to 7.0mmx5.0mm. This family also supports automotive applications with AEC-Q200 qualifications.   More
  • Programmable Crystal Oscillator (XO)
    Programmable (HiFlex) Crystal Oscillator XO series incorporates a miniature AT-cut crystal resonator and highly flexible oscillator IC into ceramic packages.  More
  • Spread-Spectrum Crystal Oscillator (SSXO)
    SSXO in this family have spread spectrum capabilities to enable low electromagnetic interference (EMI) in your designs  More
  • Ultra Low Jitter XO
    Diodes Incorporated Ultra low jitter crystal oscillators (UX family) are specifically designed to achieve ultra low jitter as low as sub 0.1ps.This family is ideal for Networking and Server systems which need ultra low jitter clock source for high speed data transfer. This family provides not only the performance with wide margin to system engineers for their designs but also options including various output logic and sizes.   More
• VCXO/TCXO/VCTCXO
  Diodes Incorporated TCXO / VCTCXO products are used to create a stable frequency reference over a prescribed temperature range with a clipped sinewave output for a very low operating supply current.  More
  • Voltage Control Crystal Oscillator (VCXO)
    Diodes Incorporated SaRonix-eCera™ oscillators are low-jitter, tight-stability oscillator modules that combine proven quartz crystal resonator technology with Diodes' leading-edge clock IC technology.   More
  • Temperature Compensated Crystal Oscillator (TCXO / VCTCXO)
    Temperature Compensated Crystal Oscillator. The TCXO / VCTCXO is used to create a stable frequency reference over a prescribed temperature range with a clipped sinewave output for a very low operating supply current.  More
• Xtals/Crystals
  Diodes Incorporated offers a comprehensive product portfolio of SaRonix-eCera™ quartz crystal resonators. Our broad selection of industry-standard packages includes HC-49/U, metal surface mount, UM-1, tubular, plastic-molded, and ceramic surface-mount. These crystals function as a primary component in a broad line of precision and commodity oscillators, as well as modular timing solutions, or may be specified for direct use in electronic applications. Related LinksDownload Product Catalog…  More
  • Standard Xtal/Crystal Parts
    Diodes offers a comprehensive product portfolio of SaRonix-eCera™ quartz crystal resonators. Our broad selection of industry-standard packages includes HC-49/U, metal surface mount, UM-1, tubular, plastic-molded, and ceramic surface-mount. These crystals function as a primary component in a broad line of precision and commodity oscillators, as well as modular timing solutions, or may be specified for direct use in electronic applications.  More