DSC1001BL1-002.1760T

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Oscillators are electronic circuit components that produce periodic, oscillatory signals. The DSC1001BL1-002.1760T is a specially designed temperature-controlled crystal oscillator (TCXO) with a very stable frequency output, which makes it one of the best oscillator solutions on the market.

Application Fields

The DSC1001BL1-002.1760T Oscillator is suitable for applications in telecommunications, aerospace, medical equipment, measuring instruments, and many other sectors. It is highly resistant to the effects of varying temperature changes and other environmental factors, hence it is widely used in GSM/CDMA basestations. It is also ideal for use in portable devices due to its small size and low power consumption. It can be used for GPS, Glonass, BeiDou, Galileo, infrared wireless data communications, and several other wireless technologies.

Due to its ability to maintain a very stable frequency output in a wide range of temperatures, the DSC1001BL1-002.1760T Oscillator is also used in aircraft, aerospace, and even missile guidance systems. Furthermore, it is the perfect choice for use in medical equipment such as heart monitors, EEG machines, and MRI scanners, as it helps to ensure a reliable performance of these devices.

Working Principle

The DSC1001BL1-002.1760T Oscillator consists of a quartz crystal and two transistors. The quartz crystal acts as the frequency control element, while the two transistors provide the amplification and temperature compensation for the oscillator’s output. The crystal is further connected to an external temperature sensing element (such as a thermistor) that provides feedback to the oscillator’s circuit, allowing it to adjust its output frequency as per the changes in temperature. This ensures a very stable and accurate frequency output even in extreme temperatures.

When a voltage is applied to the DSC1001BL1-002.1760T Oscillator, it produces an alternating current source which, after being amplified by the transistors, causes the quartz crystal to vibrate at a particular frequency. This frequency is determined by the quartz crystal’s physical qualities (size, thickness, etc.). The output frequency is further adjusted in accordance with the external temperature, thanks to the feedback provided by the temperature sensing element.

The DSC1001BL1-002.1760T Oscillator is a very reliable and accurate device due to its temperature compensation mechanism. It is also highly robust and can withstand harsh environmental conditions without compromising its performance levels. It has been designed to operate in high-frequency ranges and provides excellent phase noise and frequency stability, making it an ideal choice for many wireless applications.

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