DSC1033BE1-004.0960T

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Oscillators refer to electronic components and circuits that use resonance to generate periodic regularly varying signals. The distinct oscillator model DSC1033BE1-004.0960T is a cost-effective and reliable miniature quartz oscillator positively identified for its high stability and low power features. It works on 3.3 V ±10%, +2.5V and +5V supply levels to provide frequency control for frequency-agile functions. The available frequencies for this model range from 1MHz to 66MHz and the standard frequency stability is ±40 ppm. The DSC1033BE1-004.0960T has a wide range of application fields and working principles.

Application Field

The DSC1033BE1-004.0960T from RTS is precise, power-saving, and attention-grabbing master clock circuits for application in Radio Frequency (RF) communications systems and others relying on either crystals or quartz oscillators. It works as a system clock on telecom and cellular systems, like GSM 900 +1800, GPRS and EDGE, and navigation systems like GPS, Galileo, and Wi-Fi.

The compact size of the DSC1033BE1-004.0960T makes it act as a device timing clock in communication and computing system, measuring and testing equipment, and network-centric system. Moreover, the oscillator is also utilized in audio, television and video broadcasting sectors, in medical equipment, industrial control, security, and power systems.

Working Principle

The primary working principle of the DSC1033BE1-004.0960T is based on the Piezoelectric effect. This effect enables the oscillator to convert electrical energy into mechanical energy and vice versa. This conversion is achieved through the use of crystals, such as quartz crystal, in the oscillator circuit. The quartz crystal has two electrodes placed on its two ends, known as drive and sense electrodes. The drive electrode is charged with voltage from the oscillator circuit. This electrical charge induces a mechanical stress in the crystal, vibrating it at a defined frequency. This periodical vibration is then converted into electrical energy by the sense electrode, producing an oscillating voltage signal which forms the output of the oscillator circuit.

The DSC1033BE1-004.0960T oscillator also utilizes an on-chip crystal that serves the same function as the quartz crystal. This feature eliminates the need for external crystals which are bulky and delicate. This oscillator is integrated with a wide range of features. These features include a high-frequency stability of ± 40ppm or better, a low power consumption of 1 mA, a maximum operating temperature of 70°C, a low Jitter of 4ps, a low distortion level of -132 dB and a fast startup time of 5 ms.

The DSC1033BE1-004.0960T is a highly reliable and efficient mini quartz oscillator, due to its wide operational temperature range and high frequency stability. It serves as a master clock circuit for various telecommunications and broadcast systems. This oscillator is also capable of replacing external crystals and other quartz oscillators with its integrated on-chip crystal.

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