Crystal Clock Oscillator Works On 1.8V

Dec. 1, 2000
Touted as the industry's first 1.8V HCMOS crystal clock oscillator, the NTH through-hole-mount metal package and S1612 surface-mount ceramic package oscillators allow designers the opportunity to work with low-power, low-heat dissipation chips and

Touted as the industry's first 1.8V HCMOS crystal clock oscillator, the NTH through-hole-mount metal package and S1612 surface-mount ceramic package oscillators allow designers the opportunity to work with low-power, low-heat dissipation chips and chipsets. Throughout their frequency range of 20 to70 MHz, the oscillators maintain a stability of ±50 ppm or ±100 ppm over all conditions and can operate at temperatures between 0°C to 70°C.
Supply current ranges from 6 to 20 mA for frequencies up to 50 MHz and from 10-50 mA approaching 70 MHz. A tri-state function enables a high-impedance output when desired.
The NTH is available in a half-size, 8-pin through-hole-mount DIP metal package and the S1612 comes in a surface-mount, 5 x 7 mm ceramic package.

Company: SARONIX

Product URL: Click here for more information

Sponsored Recommendations

Near- and Far-Field Measurements

April 16, 2024
In this comprehensive application note, we delve into the methods of measuring the transmission (or reception) pattern, a key determinant of antenna gain, using a vector network...

DigiKey Factory Tomorrow Season 3: Sustainable Manufacturing

April 16, 2024
Industry 4.0 is helping manufacturers develop and integrate technologies such as AI, edge computing and connectivity for the factories of tomorrow. Learn more at DigiKey today...

Connectivity – The Backbone of Sustainable Automation

April 16, 2024
Advanced interfaces for signals, data, and electrical power are essential. They help save resources and costs when networking production equipment.

Empowered by Cutting-Edge Automation Technology: The Sustainable Journey

April 16, 2024
Advanced automation is key to efficient production and is a powerful tool for optimizing infrastructure and processes in terms of sustainability.

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!