637E20006C2T

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Oscillators employ periodic electrical signals from a primary source which generally has constant amplitude and frequency. The 637E20006C2T (also known as the 637E2) is a high-performance, double-phase locking oscillator ideal for general-purpose and high-precision applications during operation. The 637E2 is designed to operate over an extended temperature range, with linearity and stability under varied conditions.

The 637E2 have several uses in a range of industry fields, such as in medical devices for monitoring to ensure patient health and safety, in manufacturing to regulate the speed and timing of activities in production lines, in communications technology for radio transmission and in computers for high data transfer rates. In particular, the 637E2 works for the need for dynamic control to optimize operations and meet specific process timing.

The 637E2 employs an extension of the phase-locking oscillator principle resulting in close synchronization of the output signals with the input signal. It has a continuous oscillator frequency, which can be set in the range of 1kHz - 1MHz and easily tuned by the user. Tuning is achieved by an input control voltage, enabling users to maintain optimum performance under varying conditions such as temperature, vibration, frequency and load variations.

The 637E2 is constructed of two complementary series oscillators, each with a pair of outputs. These two oscillators are tightly coupled to each other. This dual phase the locking oscillator allows for increased accuracy. With the two outputs of the dual phase oscillator, the output signal is synced with the phase of the input signal. This results in an output frequency that is identical to the input frequency.

The 637E2 is also equipped with a built-in thermal-compensating circuit for stable temperature performance over a wide temperature range of -40°C to + 85°C. Its high insulation resistance allows it to isolate its output from any interference from external noise in order to provide a clean signal with optimal performance. It also features adjustable pull frequency and push frequency, making it ideal for precision applications.

The 637E2 is largely seen as a reliable, general-purpose, and high-performance oscillator for a plethora of applications. It offers long-term stability with low jitter and excellent phase noise. Its dual phase locking oscillator allows for superior accuracy along with excellent temperature, vibration and frequency performance, making it an ideal choice for a variety of application fields.

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