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EUROQUARTZ EQXO-75UIE EXTENDED INDUSTRIAL TEMPERATURE RUGGEDIZED HIGH-RELIABILITY OSCILLATOR

Summary of EUROQUARTZ EQXO-75UIE EXTENDED INDUSTRIAL TEMPERATURE RUGGEDIZED HIGH-RELIABILITY OSCILLATOR


Saelig Company launched the Euroquartz EQXO-75UIE series: a rugged, high-reliability 7x5mm SMD clock oscillator for demanding industrial and vibrating environments. It operates from -40°C to +105°C, survives 1500G shock, offers frequencies from 2.00MHz to 60.00MHz, and is available in 2.5V, 3.3V, and 5V supply versions. Temperature stability options include ±50, ±75, and ±100 ppm, with tighter specs and aging performance available on request. Crystals are pre-aged and stabilized for improved long-term stability; there are no ITAR restrictions.

Parts used in the EQXO-75UIE Series:

  • Euroquartz EQXO-75UIE ruggedized SMD clock oscillator (7x5mm ceramic package)
  • Internal quartz crystal (pre-aged, 96 hours at 100degC stabilization)
  • Supply voltage options: 2.5V version
  • Supply voltage options: 3.3V version
  • Supply voltage options: 5V version

The EQXO-75UIE series is a ruggedized high-reliability, high temperature range clock oscillator in a standard format 7x5mm SMD ceramic package designed for demanding and vibrating industrial applications

EUROQUARTZ EQXO-75UIE EXTENDED INDUSTRIAL TEMPERATURE RUGGEDIZED HIGH-RELIABILITY OSCILLATOR

Saelig Company, Inc. has launched the Euroquartz EQXO-75UIE Extended Industrial Temperature Ruggedized High-Reliability Oscillators.  The EQXO-75UIE series is a ruggedized high-reliability SMD clock oscillator. Designed for demanding industrial applications, it provides reliable operation with excellent frequency stability across an extended industrial operating temp range of -40degC to +105degC. Mechanical shock survivability has been tested to 1500G MIL-STD-883K Meth 2002.5, Condition B.

Temperature stabilities of ±50, 75 & 100ppm are available, with tighter options by request (dependent on conditions). This component, available with short lead time, has no ITAR restrictions. All EQXO-75UIE crystals are pre-aged as part of an additional manufacturing process in order to improve long-term application stability.  With an aging specification of ±1ppm maximum for the first year, an even tighter aging specification is available by request.

EQXO-75UIE Series Features

  • Frequency Range: 2.00MHz to 60.00MHz
  • Operating Temperature: -40degC to 105degC
  • Shock Survivability: 1500G
  • Supply Voltages: 2.5V, 3.3V and 5V
  • Crystal Stabilization: 96 hours at 100degC
  • ITAR Restriction:  none

Read more: EUROQUARTZ EQXO-75UIE EXTENDED INDUSTRIAL TEMPERATURE RUGGEDIZED HIGH-RELIABILITY OSCILLATOR

Quick Solutions to Questions related to EQXO-75UIE Series:

  • What is the operating temperature range of the EQXO-75UIE?
    The operating temperature range is -40degC to +105degC.
  • What frequency range does the EQXO-75UIE series support?
    The frequency range is 2.00MHz to 60.00MHz.
  • What shock survivability has the EQXO-75UIE been tested to?
    Mechanical shock survivability has been tested to 1500G MIL-STD-883K Meth 2002.5, Condition B.
  • What supply voltages are available for the EQXO-75UIE?
    Supply voltages available are 2.5V, 3.3V, and 5V.
  • What temperature stability options are offered?
    Temperature stabilities of ±50, ±75, and ±100ppm are available, with tighter options by request.
  • Are the crystals in the EQXO-75UIE pre-aged?
    Yes, all EQXO-75UIE crystals are pre-aged as part of manufacturing to improve long-term stability.
  • What is the aging specification for the EQXO-75UIE?
    The aging specification is ±1ppm maximum for the first year, with tighter aging available by request.
  • Does the EQXO-75UIE have ITAR restrictions?
    No, this component has no ITAR restrictions.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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