SG-210SDB 50.0000MZ

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An oscillator is an electronic circuit component that produces an alternating current or voltage waveform. The SG-210SDB 50.0000MZ is a type of oscillator that is revered for its low power consumption and its tight stability and accuracy in the frequency domain. It is widely used in applications such as consumer electronics and telecommunications.

The SG-210SDB 50.0000MZ is an LVCMOS temperature compensated crystal oscillator (TCXO). This makes it ideal for use in applications requiring high precision time and frequency control. In short, it is a temperature-controlled crystal oscillator that eliminates temperature-induced frequency instability. It is even designed to perform well in extreme temperature conditions, making it a valuable asset for applications in demanding environments or locations.

The SG-210SDB 50.0000MZ is a RoHS compliant, 10-pin SMD using ceramic feed-through capacitors. This makes it ideal for surface mounting in tight space configurations. It also has exceptional phase noise performance, making it perfect for precision clock and timing applications. It is an excellent choice for high-performance systems that require tight frequency control.

The SG-210SDB 50.0000MZ has a wide range of features that make it suitable for a range of applications, including high-speed communications, satellite GPS receivers, radios, test instruments, and other consumer electronic equipment. The device supports digital logic supplies from 1.8 to 3.3V, as well as a reference voltage of 1.245V. It also features a guaranteed cycle-to-cycle jitter of 0.3ps (nominal), and a 0.1% frequency stability over the full operating temperature range of -40 to 85°C.

In terms of the SG-210SDB 50.0000MZ’s working principle, it utilizes a quartz crystal as its primary timing component. The quartz crystal forms the resonant element of the oscillator circuit, and its resonance is maintained by a feedback loop. This feedback loop consists of an amplifier, a frequency divider, and the quartz crystal, with the output of the amplifier looped back to the input. The tone generated by the oscillator is determined by the frequency of the quartz crystal, which is then further adjusted via the frequency divider.

The SG-210SDB 50.0000MZ is thus an ideal choice for applications requiring a high degree of precision in terms of time and frequency control. It is highly reliable, consumes very low power, and offers the convenience of surface mounting in tight space configurations. This makes it a valuable asset for numerous consumer electronics, communications, and timing applications.

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