DSC1123CI5-233.2090

Oscillators

Oscillators are circuits which are used to create waveforms of various shapes and frequencies that can be used as clocks, tones, signals, and many other applications. The shape of the waveform is determined by the type of oscillator and the resonator used. The frequency of the waveform is determined by the specific mechanical properties of the resonator used.

The DSC1123CI5-233.2090 oscillator is a high performance, cost-effective device designed for performance and reliability in general-purpose applications. It is designed for a broad range of consumer, industrial, networking, HVAC, and automotive applications. It is a sine wave oscillator with a frequency range of 10 - 500kHz and an output amplitude of 3.3v. It utilizes an advanced low-power CMOS process to ensure low power consumption and improved reliability and performance. This oscillator is capable of operating at temperatures ranging from -40°C to +85°C with a maximum operating temperature of 125°C.

The DSC1123CI5-233.2090 oscillator works by generating a sine wave current through a resonator. The resonator is composed of two transducers, or elements, which are tuned to respond to a certain frequency. This tuned current is then amplified and divided into two retrace lines by AC coupling, which is a process that cancels out DC levels and passes only the AC signal. The resulting sine wave current is then converted into a DC voltage and buffered to set the output voltage.

The DSC1123CI5-233.2090 oscillator is used to generate signals for a variety of applications such as clock signals, frequency and pulse shaping, signal conditioning, timing circuits, audio/video and telecommunications equipment, and a wide variety of other applications. It is also widely used in the automotive industry as a source of synchronization for torque and speed controls.

In conclusion, the DSC1123CI5-233.2090 oscillator is a versatile, reliable, and cost effective device that is well suited to a variety of general purpose applications. Its sine wave output, wide operating temperature range, and low power consumption make it an ideal choice for a wide range of applications requiring stable signals.