| No. | parte # | Fabricante | Descripción | Hoja de Datos |
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Integrated Circuit Systems |
Low Cost 3.3 Volt VCXO • Packaged in 8 pin SOIC • 3.3 V only operating voltage • 2 MHz to 14 MHz VCXO operation • Ideal for 26 MHz from a 28 MHz crystal • Uses an inexpensive external crystal • On-chip VCXO (patented) with pull range of 200 ppm (minimum) • VCXO tuning volt |
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Integrated Circuit Systems |
Low Cost 3.3 Volt VCXO • Packaged in 8 pin SOIC • Ideal for T1 and E1 VCXOs • Output range of 1.25 MHz to 10 MHz • For a 10-20 MHz output range, use the MK3711 • For higher than 20 MHz, use the MK3732-05 • 3.3 V only operating voltage • Uses an inexpensive 10 - 20 MHz exte |
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Integrated Circuit Systems |
Low Cost 3.3 Volt VCXO • Packaged in 8 pin SOIC • 3.3 V operating voltage • 16.2 MHz to 28 MHz operation • Uses an inexpensive external crystal • On-chip VCXO (patented) with pull range of 200 ppm (minimum) • VCXO tuning voltage of 0 to 3.3 V • 12 mA output drive capabilit |
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Integrated Circuit Systems |
LOW COST 24 - 36 MHZ 3.3 VOLT VCXO • MK3727D and MK3727C are drop-in upgrades to the earlier MK3727S and MK3727A devices • MK3727D and MK3727C offer 24-36 MHz output frequency range (output frequency = 2x crystal frequency) and improved power supply noise rejection • Uses an inexpen |
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Integrated Circuit Systems |
LOW COST 8 - 16 MHZ 3.3 VOLT VCXO • MK3711D and MK3711B are drop-in replacements for the earlier MK3711S and MK3711A devices • MK3711D and MK3711B offer 24-36 MHz output frequency range (output frequency = 2x crystal frequency) and improved power supply noise rejection • Uses an in |
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Integrated Circuit Systems |
Low Cost 54 MHz 3.3 Volt VCXO • Packaged in 8 pin SOIC • 3.3 V only operating voltage • Uses an inexpensive 13.500 MHz external crystal • On-chip VCXO (patented) with pull range of 200ppm (minimum) • VCXO tuning voltage of 0 to 3.3 V • 12mA output drive capability at TTL levels • |
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Integrated Circuit Systems |
Handheld System Clock Synthesizer • Input crystal frequency of 32.768 kHz • Lowest power solution available • Operating temperature of -20 to 70 °C • Output clock frequencies up to 50 MHz • Three output clocks • 3.3 V or 5.0 V operation • Duty cycle of 45/55 • Eight selectable CPU fr |
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Integrated Circuit Systems |
Handheld System Clock Synthesizer • Input crystal frequency of 32.768 kHz • Lowest power solution available • Lowest profile clock solution where height is critical • Three output clocks • 3.3V or 5.0V operation • Duty cycle of 45/55 • 14.3MHz or 14.3MHz+Comm clock power downs • Sepa |
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Integrated Circuit Systems |
Portable System Clock Synthesizer • Packaged in 16 pin narrow (0.150”) SOIC • Input crystal frequency of 32.768 kHz • Lowest power solution available • Lowest profile clock solution where height is critical • Output clock frequencies up to 80 MHz • Five output clocks • 3.3V or 5.0V o |
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Integrated Circuit Systems |
Handheld System Clock Synthesizer • Input crystal frequency of 32.768 kHz • Lowest power solution available • Operating temperature of -20 to 70 °C • Output clock frequencies up to 50 MHz • Three output clocks • 3.3 V or 5.0 V operation • Duty cycle of 45/55 • Eight selectable CPU fr |
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Integrated Circuit Systems |
Portable System Clock Synthesizer • Input crystal frequency of 32.768 kHz • Lowest power solution available • Lowest profile clock solution where height is critical • Output clock frequencies up to 50 MHz • Three output clocks • 3.3V or 5.0V operation • Duty cycle of 45/55 • Eight se |
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Integrated Circuit Systems |
Portable System Clock Synthesizer • Input crystal frequency of 32.768 kHz • Lowest power solution available • Lowest profile clock solution where height is critical • Output clock frequencies up to 50 MHz • Three output clocks • 3.3V or 5.0V operation • Duty cycle of 45/55 • Eight se |
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Integrated Circuit Systems |
Portable System Clock Synthesizer • Input crystal frequency of 32.768 kHz • Lowest power solution available • Lowest profile clock solution where height is critical • Output clock frequencies up to 50 MHz • Three output clocks • 3.3V or 5.0V operation • Duty cycle of 45/55 • Eight se |
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Integrated Circuit Systems |
Handheld System Clock Synthesizer • Input crystal frequency of 32.768 kHz • Lowest power solution available • Lowest profile clock solution where height is critical • Three output clocks • 3.3V or 5.0V operation • Duty cycle of 45/55 • 14.3MHz or 14.3MHz+Comm clock power downs • Sepa |
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Integrated Circuit Systems |
Handheld System Clock Synthesizer • Input crystal frequency of 32.768 kHz • Lowest power solution available • Lowest profile clock solution where height is critical • Three output clocks • 3.3V or 5.0V operation • Duty cycle of 45/55 • 14.3MHz or 14.3MHz+Comm clock power downs • Sepa |
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Integrated Circuit Systems |
Handheld System Clock Synthesizer • Input crystal frequency of 32.768 kHz • Lowest power solution available • Lowest profile clock solution where height is critical • Three output clocks • 3.3V or 5.0V operation • Duty cycle of 45/55 • 14.3MHz or 14.3MHz+Comm clock power downs • Sepa |
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Integrated Circuit Systems |
Handheld System Clock Synthesizer • Input crystal frequency of 32.768 kHz • Lowest power solution available • Lowest profile clock solution where height is critical • Three output clocks • 3.3V or 5.0V operation • Duty cycle of 45/55 • 14.3MHz or 14.3MHz+Comm clock power downs • Sepa |
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Integrated Circuit Systems |
Portable System Clock Synthesizer • Packaged in 16 pin narrow (0.150”) SOIC • Input crystal frequency of 32.768 kHz • Lowest power solution available • Lowest profile clock solution where height is critical • Output clock frequencies up to 80 MHz • Five output clocks • 3.3V or 5.0V o |
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Integrated Circuit Systems |
Portable System Clock Synthesizer • Packaged in 16 pin narrow (0.150”) SOIC • Input crystal frequency of 32.768 kHz • Lowest power solution available • Lowest profile clock solution where height is critical • Output clock frequencies up to 80 MHz • Five output clocks • 3.3V or 5.0V o |
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Integrated Circuit Systems |
Portable System Clock Synthesizer • Packaged in 16 pin narrow (0.150”) SOIC • Input crystal frequency of 32.768 kHz • Lowest power solution available • Lowest profile clock solution where height is critical • Output clock frequencies up to 80 MHz • Five output clocks • 3.3V or 5.0V o |
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Desde 2024. D4U Semiconductor.
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