CB3LV-2C-16M3840

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CB3LV-2C-16M3840 oscillators are a type of electronic frequency control device used to generate precise frequency output signals. Many applications - from beepers and transmitters to digital clocks and systems utilizing microcomputers and microprocessors - require oscillators to produce the time base or reference frequency. Oscillators can be divided into two basic categories: analog and digital.

The CB3LV-2C-16M3840 is an analog oscillator contained in a two-pin ceramic package providing a frequency of up to 16MHz. It is designed for use in applications requiring precision time base frequency of 16MHz. It is suitable for many applications, from multiplying lower frequency input signals up to 16MHz. It is fully TTL compatible and operates over a wide temperature range from -55°C to +125°C.

The CB3LV-2C-16M3840 functions by generating an alternating electric current in a tuned circuit at a frequency determined by its capacitance and inductance. The oscillator circuit is designed so that it is self-sustaining and will maintain a constant output frequency. The design of the oscillator circuitry varies depending upon the type of output desired and the design requirements of the specific application.

Applications for the CB3LV-2C-16M3840 could include a crystal oscillator for a 2-wire radio remote control, PC motherboards, hard drives, digital clocks, PDAs, and cell phones. In the communications market, this high frequency oscillator offers desirable waveform and wide frequency stability for radio transmitters and telecommunications equipment products. Additionally, this oscillator can be used for modems and packet radio data communications. In the industrial market, the device can be employed as a reliable source of time base reference and frequency synthesis in frequency count modules, automated test equipment, and flow and fuel-injection systems.

The CB3LV-2C-16M3840 is thermally compensated and able to maintain a high degree of accuracy and stability even under extreme temperatures. The device can withstand more than 500 thermal cycles from -55°C to +125°C. This makes it ideal for applications where operating temperature fluctuates greatly over time. In addition to its stability and wide temperature range, the CB3LV-2C-16M3840 can also operate over a wide range of supply voltages.

All in all, the CB3LV-2C-16M3840 is a reliable and accurate analog oscillator designed to provide precise frequency output signals in numerous applications. Its ability to maintain high accuracy and stability, wide temperature range, and wide voltage supply make it an extremely versatile option for many digital and analog product designs.

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