SIT9002AC-38H33EK

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Programmable oscillators are known for their ability to provide fast, accurate, and reliable clock signals for a variety of applications. They are used in applications that require precise timing, such as radio frequency (RF) applications, for the synchronization of communication systems, and for controlling the speed of logic circuits. Among these programmable oscillators, the SIT9002AC-38H33EK is a highly reliable and precision engineered product.

Application Field of SIT9002AC-38H33EK

The SIT9002AC-38H33EK oscillator is a pull-controlled, quartz-based oscillator that offers excellent performance and extremely low power consumption in high-performance systems. It has a frequency range of 4.0 to 38.3 kHz, and its output signal is configured to seamlessly support modern multi-protocol signal processing applications. The device also features an integrated, digital frequency control (DFC) circuit and an extremely wide input range, thus providing excellent flexibility for precise frequency control. In addition, the SIT9002AC-38H33EK is capable of supporting TTL, PECL, and LVCMOS levels, making it suitable for a wide array of applications for integrating into existing systems. The low power consumption of the device ensures that it can be used in various wireless transmission systems, such as Bluetooth and wireless local area networks (WLANs). The SIT9002AC-38H33EK also features a microsecond pullability and high frequency stability, which make it ideal for a variety of applications, including automotive systems, avionics, and telecommunication.

Working Principle of SIT9002AC-38H33EK

The SIT9002AC-38H33EK is a pull-controlled oscillator with an integrated digital frequency control (DFC) circuit. It features an advanced architecture that allows it to deliver highly precise and reliable clock signals. The device utilizes modern vibration-resistant crystals, which provide exceptional frequency stability and accuracy even in hostile environments. The oscillator also employs a built-in temperature compensation system to ensure that its output frequency does not drift with temperature changes. Its frequency control circuit allows for precise frequency adjustment through single-port digital signal, which makes the device highly suitable for applications that demand tight frequency control.

Once the SIT9002AC-38H33EK is calibrated and programmed, it can be used to generate output signals with microsecond pullability. This feature makes the device suitable for various applications, from RF transmission systems to frequency measurement tools. The oscillator can be used in systems that require precise frequency control and synchronization, such as Bluetooth, cellular and wireless LAN. The range of frequencies it can cover is wide enough to cover the entire range of communication protocols, such as 802.11a/b/g/n/ac.

In addition, the device features a power-down mode, which reduces its power consumption to nearly zero when not in use, thus making it more suitable for applications that demand minimal power consumption. The SIT9002AC-38H33EK offers a very high level of performance and reliability, making it ideal for a variety of precision timing applications.

In conclusion, the SIT9002AC-38H33EK programmable oscillator is a highly reliable and precision-engineered device with a wide range of applications in various precision timing applications. It features modern vibrational-resistant crystals that offer an excellent frequency stability, an integrated digital frequency control (DFC) circuit which allows for precise frequency adjustment, and an extremely low power consumption. It is suitable for use in a variety of wireless communication applications, such as Bluetooth, wireless LAN, and even handheld devices. Therefore, the SIT9002AC-38H33EK can be used in a variety of application areas where precision timing and reliable performance is required.

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