MF Electronics Corp.
New Rochelle, NY 10801
Crystal Oscillators draw less than 2 mA at 3.3 V.
ER Series Temperature compensated crystal oscillators provide time and temperature stability for monitoring and telemetry in harsh environments. They feature low power consumption, low jitter, and are suitable for portable and mobile wireless use. Oscillators meet GPS positioning needs and are available for 3.3 or 5 V operation. ER Series maintains Ã-
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Oscillators suit remote sensing and control applications.
With 5 x 3.2 mm footprint, Micro G-Series crystal stabilized clock oscillators develop user-specified 0.5-135 MHz output frequencies and are compatible with HCMOS logic families. Waveform symmetry is 45/55 or better, waveform rise/fall times at 135 MHz are 4 nanoseconds, and max jitter is 8 ps RMS. Frequency-stability grades are Ã-
Read More »
Crystal Oscillators draw less than 2 mA at 3.3 V.
ER Series Temperature compensated crystal oscillators provide time and temperature stability for monitoring and telemetry in harsh environments. They feature low power consumption, low jitter, and are suitable for portable and mobile wireless use. Oscillators meet GPS positioning needs and are available for 3.3 or 5 V operation. ER Series maintains Ã-
Read More »
Oscillators suit remote sensing and control applications.
With 5 x 3.2 mm footprint, Micro G-Series crystal stabilized clock oscillators develop user-specified 0.5-135 MHz output frequencies and are compatible with HCMOS logic families. Waveform symmetry is 45/55 or better, waveform rise/fall times at 135 MHz are 4 nanoseconds, and max jitter is 8 ps RMS. Frequency-stability grades are Ã-
Read More »