8EI4X5MWT10.0000-1

Product Description:

The 8EI4X5MWT10.0000-1 is a crystal oscillator used to deliver precise frequency output for timing-critical electronic devices. The device is intended to operate at a stable frequency of 10.0000 MHz, with a frequency stability of ±30 ppm and frequency tolerance of ±50 ppm. The oscillator is intended to produce stable signals through temperature and power variations.

The device is operated using a supply voltage of 3.3 V, and the oscillator can easily be employed in low-voltage digital circuits without any compromise on signal quality and low power. It consists of an HCMOS output, with a clean and fast digital signal intended for high-speed logic circuits and timing applications. The output load is 15 pF maximum, and the device can easily be installed in common circuit input configurations. The device is available in surface-mount (SMD) package, 5.0 mm x 3.2 mm, to mount on dense printed circuit boards easily. Its small size supports dense board layouts without any compromise on performance. Its current consumption is 20 mA maximum, making it power-efficient for portable and embedded systems. The oscillator has a first-year aging rate of ±5 ppm. It gives long-term frequency accuracy during long operating hours. Further, it is right for tasks in systems where stable clock signals are a necessity. These include microcontroller timing and communication equipment along with digital signal processing and embedded systems. With a load capacitance and output load rated at 15 pF, the component provides consistent waveform integrity under common loading conditions.

Its precise frequency and consistent performance under varied conditions make it a suitable choice for applications needing stable timing and minimal jitter. The 8EI4X5MWT10.0000-1 is a precision, miniature oscillator in a low-power, stable form, in an industry-standard SMD package, and is well-suited to sophisticated electronic designs that need both size and performance optimization.