4MA161133Z4BACUGI

An oscillator is a circuit that contains an amplifier and a frequency-determining device with feedback that causes the output signal to oscillate. It is a type of electronic circuit used to generate a steady, repeatable electronic signal that can be used as a timing reference. Oscillators can be used to generate a wide range of frequencies, and are commonly used in many applications, including communication, radar, navigational equipment, and radio and television receivers. The 4MA161133Z4BACUGI is one such oscillator.

The 4MA161133Z4BACUGI oscillator is a monolithic crystal oscillator that provides optimal performance in a variety of communications and timing applications. The device features a small, thin, and highly reliable design that is ideal for embedded applications. The 4MA161133Z4BACUGI uses metal packages with J-STD and MIL-STD compliant pins and is available in a range of frequencies from 1 MHz to 28 MHz.

One of the main benefits of the 4MA161133Z4BACUGI oscillator is its low-power consumption. The device has a very low power draw of only 1 mA and a standby current of only 250 mA, making it suitable for applications where power conservation is a priority. The device also features a high EMI and RFI immunity, which ensures that it will not be disturbed by external noise when operating. This makes the device suitable for use in industrial control systems and other electronic applications that are prone to environmental interference.

The 4MA161133Z4BACUGI has a wide range of applications. The device can be used as a timing reference for communications, measurement, control, radar, navigational equipment, and television and radio receivers. It can also be used as a timing reference for clock-signal oscillators, event counters, and other timing-sensitive gadgets. The device is also suitable for home and commercial audio-visual systems.

The 4MA161133Z4BACUGI has a simple and efficient working principle. It consists of a frequency-determining device, such as a quartz crystal, and an amplifier to produce an output signal. The input signal provided to the amplifier is converted into a high-frequency oscillating signal, which is then fed back to the frequency-determining device. This creates a feedback loop that allows the oscillator to generate a steady, repeatable output signal. The frequency and phase of the output signal can be adjusted by changing the parameters of the frequency-determining device.

In conclusion, the 4MA161133Z4BACUGI oscillator is a widely used oscillator that is suitable for a wide range of applications. Its low-power consumption, high-EMI and RFI immunity, and simple and efficient working principle make it an ideal choice for embedded applications where timing precision and power conservation are a priority.

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