Description
PACK OF 50 PIECES
The NXE25.000AC20F is a crystal oscillator that operates at a frequency of 25.000 MHz. It is housed in a 49US/SMD (Surface-Mount Device) package and features a series resistance of 40 ohms and a load capacitance of 20 picofarads (pF). Crystal oscillators like this are used in electronic circuits for providing precise frequency control.
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Frequency (25.000 MHz): The crystal operates at a high frequency of 25.000 MHz, making it suitable for applications that require a high-speed clock signal, such as in advanced telecommunications, computing, and high-frequency digital circuits.
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Package (49US/SMD): The 49US/SMD package is a compact, surface-mount format that is ideal for modern electronic designs where components are mounted directly onto the surface of printed circuit boards, helping to save space and improve overall circuit compactness.
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Series Resistance (40 Ohms): The 40-ohm series resistance indicates the internal resistance of the crystal. This parameter impacts the crystal’s start-up time and overall power consumption in the circuit.
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Load Capacitance (20pF): The specified 20pF load capacitance is the external capacitance required to optimize the crystal oscillator’s performance within a circuit. It is crucial for achieving stable and accurate oscillation at the desired frequency.
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Applications: This crystal oscillator is versatile and can be used in various electronic applications where a precise 25 MHz clock signal is necessary. It's especially useful in telecommunications equipment, high-speed microprocessors, and precision timing devices.
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Features: Crystal oscillators like the NXE25.000AC20F are known for their high frequency stability and precision, low power consumption, and long-term reliability. They are ideal for circuits where a stable and accurate clock source is essential.
The NXE25.000AC20F crystal oscillator, with its 25.000 MHz frequency in a compact SMD package and specified electrical characteristics, is a reliable choice for providing accurate frequency control in a variety of advanced electronic applications, particularly where space-saving and high-frequency performance are important.
