7M-38.400MAHK-T

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Crystals are naturally occurring devices found in the environment, ranging from quartz to salt crystals. They are used to store and replicate electrical or optical signals. Crystals are used in a variety of applications, from oscillating frequency control circuits in computers and other devices, to influencing the absorption of light in optical fibers. The 7M-38.400MAHK-T crystal is commonly used in oscillator circuit applications for precision frequency control and timing.

The 7M-38.400MAHK-T makes use of thermal compensation technology to maintain an accurate temperature operating range. This allows the crystal to compensate for thermal drift, which is an undesirable result of changing temperature conditions affecting a system oscillator. The 7M-38.400MAHK-T also has a wide frequency stability range, with a frequency accuracy of +/-200ppm, to accommodate any feedback active control circuit.

The 7M-38.400MAHK-T is constructed from two high quality quartz crystals. It is designed for applications that require low jitter performance and accurate conditions over a wide temperature range. The crystals are connected to a printed wiring board (PWB), providing the mechanical interface between the crystal and the source of electricity. The crystal is housed in a cylindrical package that provides access to the mounting pins. This design provides superior shock and vibration resistance while providing low power consumption.

The 7M-38.400MAHK-T is most commonly used in systems and devices that require extremely accurate timing and control systems. This includes digital radios, satellite systems, cellular phones, personal computers, electronics, and medical instruments. The 7M-38.400MAHK-T is used in many of these applications because it is capable of providing accurate and reliable frequency control for a wide range of applications.

The 7M-38.400MAHK-T crystal works using an oscillator circuit. A crystal oscillator is a circuit in which the frequency of oscillation is determined by the resonant frequency of the crystal. A sinusoidal electrical signal is used to drive the crystal, which then oscillates at its resonant frequency. The oscillator circuit then amplifies and shapes the output signal from the crystal, providing an output signal with a frequency equal to the resonant frequency of the crystal. The frequency of the output signal is constant and can be accurately controlled.

The 7M-38.400MAHK-T crystal has a wide range of uses and can improve the performance of any system or device in which accurate and reliable frequency control is critical. Its accuracy, reliability and wide frequency stability range make it an ideal choice for a variety of applications. The 7M-38.400MAHK-T crystal is also extremely durable and is built to last. With proper maintenance and care, the 7M-38.400MAHK-T can provide accurate frequency control and reliable performance for many years to come.

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