ASFLM1-40.000MHZ-C-T

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Oscillators are some of the most important and widely used electronic components in the industry. They are used in a variety of applications, from TV and radio tuning to industrial automation and satellite communication. For these applications, high performance oscillators such as ASFLM1-40.000MHZ-C-T are essential.

ASFLM1-40.000MHZ-C-T are wide band high stability oscillators designed to deliver low noise and reliable performance. Their applications include near field communication (NFC), digital radio broadcast (DRB), wireless mobile networks, GPS location systems, and aerospace & defense.

The ASFLM1-40.000MHZ-C-T oscillator is a surface mounted device (SMD) that requires no external components for operation. It operates at 40.000MHz and has a wide frequency range of 0-25MHz. It also features a low jitter output, making it suitable for precision applications. The oscillator is RoHS compliant and has a low power consumption, making it an ideal choice for battery-operated applications.

The ASFLM1-40.000MHZ-C-T oscillator works on a frequency generating principle. It utilizes the piezoelectric effect which involves the conversion of an alternating voltage into mechanical vibration. The mechanical vibration is then converted into an electrical signal modulated by a quartz crystal. This signal is then amplified and used to drive the oscillator output.

The ASFLM1-40.000MHZ-C-T oscillator has a number of advantages that make it suitable for a range of applications. It is vibration resistant and has a high temperature stability, allowing it to operate in extreme conditions. The oscillator also features a digital frequency compensation circuit which allows the output frequency to be adjusted over a wide range. This makes it ideal for applications which require precise control of the output frequency.

The ASFLM1-40.000MHZ-C-T oscillator is an essential component for a variety of applications. Its wide frequency range, low jitter output and high temperature stability make it ideal for near field communication, digital radio broadcast and wireless mobile networks. In addition, its low power consumption and vibration resistant design make it an excellent choice for precision applications.

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