VG-4231CE 25.1658M-CQEM0

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Oscillators are incredibly versatile devices that can be used in a variety of applications, from clocks to radios. The VG-4231CE 25.1658M-CQEM0 is an oscillator that has many benefits in certain applications.

The VG-4231CE 25.1658M-CQEM0 is an oscillator designed for medium- or high-reliability applications. It has a minimum input voltage rating of 1 VDC and a maximum input voltage rating of 5.5 VDC, making it suitable for tight voltage margins. It is also able to handle high temperatures, with a maximum continuous operation temperature of +95°C. It also has a minimum operating temperature of –5°C, making it suitable for a variety of conditions.

The VG-4231CE 25.1658M-CQEM0 also has a wide range of frequency values. It has a frequency start range of 10 Hz, a frequency center range of 500 Hz, and a frequency stop range of 16 Mhz, ensuring it can meet a variety of different applications. Additionally, the VG-4231CE 25.1658M-CQEM0\'s output power varies from 0.25 (2 dBm) to 5.00 volts (7 dBm). These features allow the VG-4231CE 25.1658M-CQEM0 to be used for low-level signals such as telemetry, data, and alarms, while also providing higher power levels for more intense applications such as satellite link radios and transmission lines.

The VG-4231CE 25.1658M-CQEM0 also features an array of connectors to make installation easier. They come with standard SMA female connectors for both its input and output sources, and can also be custom-configured to use alternative connectors to meet specific design requirements. Furthermore, the VG-4231CE 25.1658M-CQEM0 also features automatic thermal control, which helps to eliminate additional external components and reduce its power consumption. This helps to ensure that it uses the lowest amount of power possible in order to reduce costs.

The VG-4231CE 25.1658M-CQEM0 is also incredibly useful in safety-critical applications due to its low phase noise and spurious-free output, making it an ideal choice for applications such as civil aviation, medical equipment, and automotive electronics. Additionally, it has a high gain stability of 1 MHz/V, meaning it can provide very reliable output even in the presence of interference from other sources.

The VG-4231CE 25.1658M-CQEM0\'s working principle is fairly straightforward. Essentially, it produces a sinusoidal waveform by rapidly switching a voltage source between two levels. This waveform is then filtered and amplified to create a clean and accurate output signal. This signal can then be used in a variety of ways, such as for timing, synchronization, or radio communication.

Overall, the VG-4231CE 25.1658M-CQEM0 is an incredibly versatile and reliable oscillator that can be used in a wide variety of applications. Its robust design means it can be used in high-temperature and safety-critical environments. It also has a wide range of frequency values and the ability to be custom-configured using different connectors. Finally, its low phase noise and spurious-free output make it an ideal choice for many applications, such as civil aviation, medical equipment, and automotive electronics.

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