Quartz Crystal

  PACK OF 100 PIECES The NXS4.000AC20F is a quartz crystal oscillator designed to operate at a frequency of 4.000 MHz. This component is notable for its small size, with a length of just 3.5mm, making it particularly suited for compact electronic applications. Frequency (4.000 MHz): The crystal operates at a frequency of 4.000 MHz, which is a common frequency used in various electronic devices, particularly for clock generation in microcontrollers and digital circuits. Physical Size (Length 3.5mm): The small physical size, with a length of only 3.5mm, makes this crystal ideal for applications where space is limited, such as in wearable technology, portable devices, and densely packed circuit boards. Quartz Crystal Technology: Quartz crystals are known for their high precision and stability as frequency sources. They are used to provide a stable clock signal in electronic circuits, maintaining a consistent and accurate frequency over a range of environmental conditions. Applications: This 4.000 MHz quartz crystal can be used in a variety of applications, including microprocessors, communication devices, and any electronic system that requires a reliable and precise clock source. Features: The main advantages of quartz crystals like the NXS4.000AC20F include their high frequency stability, low power consumption, and reliability over a wide temperature range. Their small size also makes them ideal for miniaturized electronic designs. The NXS4.000AC20F quartz crystal, with its 4.000 MHz frequency and compact 3.5mm size, is an excellent choice for providing stable frequency control in space-constrained electronic applications. Its specifications make it well-suited for a wide range of high-performance and portable electronic devices.

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PACK OF 50 PIECES The NXS10.000AC20F is a crystal oscillator designed to provide a stable and precise 10 MHz frequency. Crystal oscillators like this one are essential components in electronic devices for timing and clocking functions. Frequency (10 MHz): This crystal operates at a frequency of 10 MHz, making it suitable for applications that require a high-speed clock signal, such as advanced microcontrollers, communication equipment, and high-speed digital circuits. Package: The specific package details of the NXS10.000AC20F aren’t provided in the description, but crystal oscillators are generally available in various surface-mount and through-hole packages. The choice of package often depends on the requirements of the application and the design of the electronic device. Applications: A 10 MHz crystal oscillator is commonly used in microprocessor systems, communication systems, and other electronic devices where precise timing is crucial. Its high frequency makes it especially suitable for applications requiring fast and accurate timing signals. Features: Crystal oscillators are known for their excellent frequency stability, low power consumption, and high precision. They are preferred in circuits where a stable and accurate clock source is vital for the proper functioning of the system. Load Capacitance and Series Resistance: While not specified in the description, crystal oscillators like the NXS10.000AC20F typically have associated load capacitance and series resistance values. These parameters are important for the correct operation of the crystal in a circuit. The NXS10.000AC20F crystal oscillator is a key component for electronic systems that demand a reliable and stable 10 MHz frequency source. Its usage is critical in a wide range of applications, from complex computing devices to communication and control systems.

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  PACK OF 50 PIECES The NXE8.000AC20F is a crystal oscillator designed to operate at a frequency of 8.000 MHz. It comes in a 49US/SMD (Surface-Mount Device) package and features a series resistance of 80 ohms with a load capacitance of 20 picofarads (pF). This type of crystal oscillator is commonly used in various electronic circuits for providing a stable and precise frequency reference. Frequency (8.000 MHz): The 8.000 MHz frequency is suitable for a range of applications that require a moderately high clock speed, such as in microprocessors, communication devices, and timing reference sources. Package (49US/SMD): The 49US/SMD package is a compact, surface-mount format ideal for modern electronic designs where space is at a premium and components are mounted directly onto the surface of printed circuit boards. Series Resistance (80 Ohms): The series resistance of 80 ohms is the internal resistance of the crystal, affecting its operational characteristics like start-up time and power consumption. Load Capacitance (20pF): The 20pF load capacitance is the external capacitance that must be present in the circuit for the crystal to oscillate at its optimal frequency, ensuring stable and accurate operation. Applications: This crystal oscillator can be used in various electronic applications where a precise and stable 8 MHz clock signal is required, including computing devices, digital communication systems, and precision timing devices. Features: Crystal oscillators like the NXE8.000AC20F are chosen for their high frequency stability and precision, low power consumption, and durability. They are essential in circuits where a stable and accurate clock source is critical. The NXE8.000AC20F crystal oscillator, with its 8.000 MHz frequency in a compact SMD package, is a reliable and effective component for providing accurate frequency control in various electronic applications. Its 80-ohm series resistance and 20pF load capacitance make it suitable for a wide range of high-performance and space-efficient electronic designs.

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  PACK OF 50 PIECES Quartz Crystal, 32.768 kHz, NXF32.768KAE125F The NXF32.768KAE125F is a quartz crystal oscillator operating at a frequency of 32.768 kHz. This specific frequency is particularly significant as it's commonly used for timekeeping purposes in a wide range of electronic devices. Frequency (32.768 kHz): The 32.768 kHz frequency is widely used for clock and timing applications because it's a power of 2 (2^15), which simplifies the design of digital counters and dividers in timekeeping electronics like watches and clocks. Quartz Crystal Technology: Quartz crystals are chosen for their precision and stability. They provide a stable and consistent frequency, which is essential for accurate timekeeping and synchronization in electronic devices. Applications: This 32.768 kHz quartz crystal is typically used in real-time clocks (RTCs), watches, timers, and other devices where accurate timekeeping is crucial. It's a standard frequency for many microcontroller clock systems and RTC modules. Features: Quartz crystals like the NXF32.768KAE125F offer excellent frequency stability over a range of environmental conditions and are known for their low power consumption, which is especially important in battery-operated devices. Package and Specifications: While the specific package details for the NXF32.768KAE125F aren't provided, crystals at this frequency are generally available in various compact surface-mount and through-hole packages, suitable for diverse electronic applications. The NXF32.768KAE125F quartz crystal is an ideal component for applications requiring a stable and precise low-frequency time base. Its use is critical in timekeeping applications and in systems where accurate timing is fundamental to operation.

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  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. 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. 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. 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. 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. 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. 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.

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  PACK OF 50 PIECES The NRAS4.00-DZ2 is a resonator with a frequency of 4.000 MHz, housed in a 2-pin DIP (Dual In-line Package) configuration. Resonators like this are commonly used in electronic circuits for providing precise frequency control, similar to a crystal oscillator but often at a lower cost and with integrated load capacitors. Frequency (4.000 MHz): The 4.000 MHz frequency indicates the resonator's operating frequency, which is suitable for a wide range of applications requiring a 4 MHz clock signal. Package (DIP 2-Pin): The 2-pin DIP packaging is simple and easy to handle, suitable for through-hole mounting on printed circuit boards. It's a standard package type that is compatible with many electronic devices. Applications: This resonator is often used in microcontroller circuits as a clock source, providing the necessary timing signal for the microcontroller to operate. It can also be used in other electronic devices that require a stable 4 MHz frequency. Features: Compared to crystal oscillators, resonators like the NRAS4.00-DZ2 generally offer sufficient frequency stability for many applications, while being more cost-effective and integrating the necessary load capacitors, simplifying circuit design. Usage: The resonator is used in circuits where a stable frequency source is necessary, and it's particularly beneficial in applications where space and cost are constraints. The NRAS4.00-DZ2 resonator, with its 4.000 MHz frequency in a simple 2-pin DIP package, is an ideal component for providing stable frequency control in various electronic applications, particularly where cost and space efficiency are important considerations.

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