EC26O0TS-5.OOOM TR Quartz Crystal Clock Oscillator Datasheet

Category: Ecliptek Corporation, Electronics, Oscillators

The datasheet provides detailed information on the EC26O0TS-5.OOOM TR Quartz Crystal Clock Oscillator, manufactured by Ecliptek. This oscillator is designed for applications requiring precise timing solutions and is compliant with multiple regulatory standards.

Regulatory Compliance

The product adheres to several compliance standards such as:

EuroHS 2011/65/EU and 2015/863/EU
China RoHS
REACH containing 191 SVHC
Conflict-Free Resource Initiative

Users are provided with URLs to the latest compliance documents, indicating that the product’s regulatory adherence is up to date with global standards.

Item Description

The EC26O0TS-5.OOOM TR is a Quartz Crystal Clock Oscillator (XO) with an SPXO configuration and an LVCMOS output format. This oscillator operates at a nominal frequency of 5.000MHz at a 3.3Vdc supply with a ±100ppm frequency tolerance/stability range. Characterized by a -10°C to +70°C operating temperature range, the product is encased in a 5.0mm x 7.0mm ceramic surface mount (SMD) package.

Electrical Specifications

Specifications encompass:

Up to 10mA input current
Logic high output voltage is 90% of Vdd minimum, and logic low is 10% of Vdd maximum
Rise and fall times ranging from 5nSec to 7nSec, depending on load
Output duty cycle at 50% ± 10%
Drive capability rated at 30pF
Features a CMOS output logic type with Tri-State (high impedance) output and pin control
Output control voltages for enabling or disabling
Standby current at 10μA maximum in high-impedance state
Phase jitter at 1pSec RMS maximum (12kHz to 20MHz offset frequency)
Start-up time of 10mSec maximum
Storage temperature between -55°C and +125°C

Environmental & Mechanical Specifications

The oscillator is tested to withstand various environmental and mechanical stressors. Tests include ESD susceptibility, fine and gross leak tests, flammability, mechanical shock, moisture resistance, resistance to soldering heat and solvents, temperature cycling, and vibration—all adhering to the stringent requirements of MIL-STD-883 and other relevant standards.