DSC1001DC5-037.4000

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Oscillators are devices used across a wide variety of technological applications, such as electronics, communications, audio, aerospace and more. One particular oscillator, the DSC1001DC5-037.4000, is a reliable, high-performance oscillator module supplied by Digi-Key Electronics, a leading global electronic component distribution service provider.

The DSC1001DC5-037.4000 is a low-power, low-noise, low-phase-noise oscillator with an operating frequency range of 9 kHz to 370 MHz. It uses a quartz crystal as its resonator and has an exceptionally low jitter performance. The device impressively achieves -94 dBc to -122 dBc phase noise with an internal voltage control circuit to achieve high stability. It is suitable for many applications, such as general-purpose oscillators, clock dividers, radio transmitters, receivers, logic systems, clock distribution circuits and embedded computing systems.

The DSC1001DC5-037.4000 is built with a hermetically sealed ceramic package and is available in a variety of shapes and sizes. It is also designed with a low insertion loss of 0.3 dB and 1.25 dB maximum over its specified frequency range. It exhibits a very low temperature stability of ±2.6 ppm and a wide operating temperature range from -55°C to +125°C. Additionally, the device utilizes an extremely low power consumption with a typical current consumption of 40 mA or less when the load control is 5 V, 25 mA.

The device has a lot more features than the ones highlighted above, such as TTL input/output compatibility, optional output power up to 1 mW, and end-of-life detection. The DSC1001DC5-037.4000 oscillator also has a highly accurate frequency stability of 0.003 % or better. Additionally, its frequency accuracy is within ±30 ppm± 200 ppb.

The working principle of an oscillator is simple. It generates an alternating current in an electronic circuit. An oscillator takes power from a battery or external power supply and modifies it into an alternating current which alternates between positive and negative or high and low voltage state. It then amplifies the oscillating current and sends it continuously in a loop. This loop of alternating current is also known as an oscillating signal.

The DSC1001DC5-037.4000 oscillator takes advantage of this principle to generate an oscillating signal with the required frequency and accuracy for many applications. This oscillation is achieved by turning on and off the source of power at very regular intervals. The processor then sends the signal to the output of the oscillator. It is through this process that the oscillator produces a sinusoidal wave which exhibits high frequency stability and accuracy.

In summary, the DSC1001DC5-037.4000 oscillator is a reliable and high-performance oscillator module for a variety of applications that require an oscillating signal with a very high level of frequency accuracy and stability. It is built with a hermetically sealed ceramic package, has an exceptionally low jitter performance, and has a low insertion loss and a low temperature stability with a wide operating temperature range. Furthermore, its advanced internal circuitry ensures an accurate frequency stability and accuracy for many applications.

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