D75J-040.0M-T

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Oscillators generate a periodic signal without any external input. They are used in a wide variety of applications, including TV and radio transmitters, communications systems, home appliance and consumer audio systems, automotive electronics, defense electronics, and many others. One such oscillator is the D75J-040.0M-T.

The D75J-040.0M-T is a low-frequency crystal oscillator with a frequency range of 10.0 to 40.0 MHz. It features an output of 3.3 V with a 5% tolerance, a temperature stability of ±10 ppm over -40 to +85 °C, a maximum pull range of ±20 ppm, and MTTF of 350,000 hours. It is also RoHS compliant and has a maximum current draw of 4.0 mA. With an extremely low current draw and wide operating temperature range, the D75J-040.0M-T is perfect for use in battery-operated devices like remote-controlled toys, medical devices, and even space applications.

The D75J-040.0M-T is a Pierce oscillator, one of the most common types available. It consists of an amplifier, an inverting amplifier (or buffered amplifier), and an LC tank circuit (consisting of a capacitor and an inductor). When the LC tank circuit is resonating properly, it creates an oscillating signal. This signal is then amplified and inverted by the amplifier and buffered amplifier, respectively, to produce a sine-wave signal. The sine-wave signal can then be used in a variety of applications.

For example, the D75J-040.0M-T is often used in general-purpose clock generation, data and reference clock generation, and other similar applications. It can also be used in wireless systems for frequency-hopping applications and other similar applications. In radio transmitters, it can be used for AM and FM transmission.

The D75J-040.0M-T is a robust, reliable, and energy-efficient oscillator that is ideal for many different applications. With its wide operating temperature range and low current draw, it is a perfect choice for battery-operated devices. And with its low phase noise and high frequency stability, it is ideal for use in communications, data and clock generation, radio transmission, and many other applications.

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