SIT9005ACL2H-18NL

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Introduction to SIT9005ACL2H-18NL Programmable Oscillators

Timebase oscillators are an essential part of microprocessor systems, helping to maintain accurate and stable timing. They are also known as crystal oscillators and are commonly used in embedded microprocessor systems with low power requirements. Technology has advanced significantly over the years, allowing for a variety of design options. One such option is the SIT9005ACL2H-18NL series of programmable oscillators, which provide great versatility and performance.

Application Field of SIT9005ACL2H-18NL Oscillators

SIT9005ACL2H-18NL oscillators are ideal for use in low-power microprocessor systems and digital signal processor (DSP) applications, as well as for a wide range of clocks and timing systems. These oscillators can be used in mobile, wearable, and medical applications, as well as automotive and aerospace applications. With their low power consumption, these oscillators are a great choice when it comes to saving energy, making them an excellent option for battery-powered systems.

In addition, SIT9005ACL2H-18NL oscillators offer robust EMI/RFI immunity and excellent temperature stability, making them ideal for use in demanding environments. The oscillators are available in a variety of frequencies, ranging from 10MHz to 120MHz. These clock-signal products can also provide a high degree of accuracy and stability.

Working Principle of SIT9005ACL2H-18NL Oscillators

SIT9005ACL2H-18NL oscillators use a unique and innovative design to provide highly accurate, stable timing signals. The oscillator design includes a temperature-compensated CMOS inverter, an integrated low leak capacitor, and a current-controlled crystal resonator. This design allows for a low power operation, high accuracy timing, excellent jitter performance, and a wide range of operating frequencies.

The oscillator’s current-controlled resonator offers excellent temperature stability and low-phase noise performance. The integrated low-leak capacitor ensures clean power-up and power-down periods, helping to reduce system power consumption. The temperature-compensated CMOS inverter helps to ensure that the oscillator maintains its high frequency accuracy over a wide temperature range.

In addition, the SIT9005ACL2H-18NL series of oscillators features a programmable output frequency, which can be programmed to any value within the oscillators’ operating range. This allows for the precise calibration of system clock speeds, allowing for higher overall system performance.

The SIT9005ACL2H-18NL series also offers a variety of output formats such as single-ended, differential, and LVPECL/LVDS, allowing for multiple clock signal outputs. The oscillators are available in small packages such as 3.2mmx2.5mm and 2.5mmx2.0mm making them ideal for space-constrained applications.

Conclusion

The SIT9005CL2H-18NL series of programmable oscillators provide an excellent combination of performance, versatility, and power efficiency. These oscillators are used in a variety of embedded microprocessor and DSP applications, providing precise and stable timing. With their wide frequency range and programmable frequency output, the SIT9005CL2H-18NL is an ideal choice for clock signal applications

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