MERCURY 24MHz Clock Oscillator ±50 ppm HCMOS TTL 14-Pin PDIP Through Hole 5V 5H14ET-24.000

MERCURY 5H14ET-24.000 24MHz Clock Oscillator is a highly reliable precision clock oscillator designed for demanding electronic applications requiring stable timing signals. It provides a 24MHz clock output frequency with a frequency stability of ±50 ppm, ensuring accurate and consistent timing performance.

This oscillator features an industry-standard 14-pin Dual-In-Line Package (PDIP) which fits securely into printed circuit boards via Through Hole mounting. It operates efficiently at a maximum supply voltage of 5 volts, delivering HCMOS and TTL compatible output levels, making it suitable for wide-ranging digital circuitry.

The device supports an operating temperature range from -40°C to +85°C, making it ideal for industrial, commercial, and embedded systems where temperature variability is common. Its compact physical dimensions of 20.2 mm in length, 10.7 mm in width, and 5.08 mm in height allow integration into space-constrained designs.

Constructed to meet RoHS environmental standards, this product ensures compliance with regulations restricting hazardous substances, making it environmentally friendly for use in manufacturing and electronic assembly.

The 14-pin configuration allows for straightforward PCB integration and industry compatibility. Manufactured in Taiwan, Province Of China, it represents high product quality and consistent manufacturing standards.

Operates at 24MHz clock frequency with ±50 ppm frequency stability. Output levels support both HCMOS and TTL logic standards. 14-pin PDIP Through Hole mounting package ensures robust mechanical fit. Wide operating temperature range from -40°C to 85°C.

Compact sized package with precise dimensions. Maximum supply voltage rating of 5 volts for digital circuits. Complies with RoHS environmental directives for sustainability. Manufactured in Taiwan ensuring quality manufacturing and reliability.

This clock oscillator finds applications in electronic components manufacturing, digital timing circuits, embedded systems in industrial automation, and other electronics requiring precise frequency sources. It is suitable for use in laboratory equipment, communication hardware, computing devices, and general electronics assembly.

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