AX7MCF3-910.0000T

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Oscillators are essential elements in digital and analog electronics. The AX7MCF3-910.0000T is a kind of oscillator specifically designed for its impeccable performance in high temperature applications. It is capable of delivering reliable and precise frequency and pulse outputs for temperatures up to 150°C without the need for external cooling.

The AX7MCF3-910.0000T is a CMOS voltage-controlled oscillator (VCO) that contains both a built-in varactor diode and an external capacitor to fine-tune the output frequency. The VCO itself is tuned using a voltage-controlled resistor or varactor diode, which allows precise frequency control and output. By altering the voltage input to the oscillator, the oscillator\'s output frequency can be precisely tuned up and down.

The operating frequency range of the AX7MCF3-910.0000T is from 900 kHz to 1000 kHz, which is well-suited for use in industrial, automotive and medical applications. The oscillator also features low current consumption of only 13 mA at 1.8 V with no external components needed, making it an economical solution for many applications. It is also highly resistant to noise, featuring built-in ESD protection, radiation robustness up to 134.2 keV/mm and a wide supply voltage range (+2.7 V to +6.75 V), which make it a reliable choice for a variety of applications.

As a voltage-controlled oscillator, the AX7MCF3-910.0000T is well-suited for use in applications requiring precise frequency control, such as automotive radar systems, portable handheld devices and audio equipment. Because of its high temperature capabilities, the oscillator is also suitable for use in harsh industrial applications, such as railroad signalling and oil exploration. In addition, its low current consumption and radiation robustness make it suitable for use in applications that require reliable, precise frequency control in noisy environments.

In conclusion, the AX7MCF3-910.0000T is an excellent choice for applications requiring reliable, precise frequency control in high temperature environments. Its wide operating frequency range, low current consumption and radiation robustness make it suitable for use in industrial, automotive and medical applications requiring reliable frequency control. In addition, the addition of an external capacitor allows for precise tuning of the output frequency.

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