DSC1033CE2-048.0000T

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Oscillators are typically electrical or electronic circuits that generate alternating current sine waves. The most common type is the DSC1033CE2-048.0000T, which is an ultra-low power, highly reliable quartz crystal oscillator in a small, miniature package. This oscillator has a wide range of applications and is ideal for today\'s dynamic market needs.

Features of DSC1033CE2-048.0000T oscillators

The DSC1033CE2-048.0000T is designed to operate with a low power consumption of 7.5 mW max (at 25°C). It has a wide operating temperature range (-40°C to +85°C). The frequency stability is ±30ppm from -40°C to +60°C. The frequency accuracy is ±1.6 ppm at 10MHz, while frequency tolerance is ±9ppm at 10MHz. The rise/fall time and reverse care are 2.4 ns and 6ns, respectively. The output impedance is 50 ohms 200 ohms. The duty cycle is 45/55.

Application Fields for DSC1033CE2-048.0000T

The DSC1033CE2-048.0000T is often used in a variety of high-volume applications requiring a reliable, low-cost quartz oscillator with a wide temperature range, ±30ppm frequency stability, and fast response time. Its relatively low price makes it an ideal choice for budget-conscious applications. It is employed in many electronic products such as consumer electronics, automotive electronics, medical device electronics, industrial control electronics, telecommunications equipment such as 3G Baseband, digital cordless phones etc. It is also used in WiFi routers, consumer GPS receivers, and consumer IR/NR products.

Working principle of DSC1033CE2-048.0000T

The DSC1033CE2-048.0000T is a quartz crystal oscillator which utilizes the quartz crystal\'s quartz piezoelectric properties. An oscillation frequency is determined by the quartz crystal\'s thickness, shape, and the type of electrode used for the plate capacitors. Quartz has the unique properties of producing mechanical vibration when an electric field is applied across its surface, and the frequency of the vibration is a function of the size of the crystal used. This frequency is then amplified and converted to electrical current, outputting a sinusoidal waveform.

The surface of the quartz crystal is covered with silver electrodes, which form a capacitor beneath the crystal. When the oscillator\'s output signal is applied to the crystal, it changes its size slightly, causing the capacitance to either increase or decrease. This change in capacitance produces an electromagnetic oscillating field which, if amplified correctly, produces an output waveform.

The output frequency can be adjusted by varying the oscillator\'s input voltage. As the voltage is increased, the crystal expands and the capacitance increases, causing the frequency to rise, and vice versa. This is how the frequency of the oscillator is controlled and adjusted.

Conclusion

The DSC1033CE2-048.0000T oscillator is a widely used and cost-effective quartz crystal oscillator for high-volume applications that require a reliable, low-power oscillator. It is suitable for low- to mid-frequency applications that require high-frequency stability and fast response time. It has a wide temperature range and is ideal for use in consumer electronics, industrial control electronics, telecommunications equipment, WiFi routers, consumer GPS receivers, and consumer IR/NR products.

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