SIT1602BCE7-30E

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Programmable Oscillators refer to a large class of oscillators which offer a frequency and time interval programmability that ordinarily are only available from more costly dedicated oscillators and frequency dividers, such as crystals and Microwave Oscillators. Programmable Oscillators are highly flexible and offer superior frequency control, versatility, and reliability for many types of control and timing applications. The SIT1602BCE7-30E Programmable Oscillator exemplifies these capabilities and is designed to meet the specific requirements of higher-frequency applications.

The SIT1602BCE7-30E Programmable Oscillator is an oscillator module based on patented, low-voltage tuning circuit technology. With both a built-in, programmable oscillator controller and integrated power supply design, it provides high performance and cost-efficient solutions for precision timing solutions. Its high-frequency linear output makes it ideal for applications where fast switching is required and can operate in the range of 30 MHz up to 6 GHz. The SIT1602BCE7-30E Programmable Oscillator provides exceptional power consumption, accurate frequency resolution, programmable reference frequency, and wide range of tuning frequencies.

The SIT1602BCE7-30E Programmable Oscillator provides a wide range of features and capabilities to enable precise and efficient timing. The oscillator circuit is designed to have precise linear tuning capability, allowing for very accurate and adaptive frequency control. It utilizes a unique, low power voltage boost converter for increased efficiency and power efficiency, allowing for higher output power levels and faster switching frequencies. The device offers several selectable output interfaces, and 3.3V and 5V power levels, offering a variety of configurable output options.

The SIT1602BCE7-30E Programmable Oscillator offers superior frequency control with a tunable low-level pulse rate up to 6GHz. The programmable controller is based on a patented voltage-tuning technology with a linear frequency across the operating temperature, minimizing the AM effect and temperature drift. Its modular design and configurability make it very adaptable to a variety of platform and applications. Its higher-performance and accuracy make it the ideal choice for a number of timing applications.

The SIT1602BCE7-30E Programmable Oscillator utilizes a high-precision synchronization algorithm to achieve precise frequency tuning. The algorithm uses a programmable register to adjust the frequency output level in the event of temperature drift or external disturbance. Additionally, the programmable controller allows for a variety of output formatting options, suchas frequency hopping and speed-rate mode, enabling versatile synchronization features. The oscillator also features 19 different frequency ranges and supports quad-phase output formats for pulse modulation.

In addition to its superior frequency control and programmability, the SIT1602BCE7-30E Programmable Oscillator offers exceptional reliability and low-power performance. The oscillator utilizes N-MOSFETs to minimize power consumption, ensuring long-lasting operation even in extreme temperature conditions. The device also features robust protection circuitry and diagnostics which enhanced themodule’s durability and operation life.

The SIT1602BCE7-30E Programmable Oscillator is an ideal choice for a variety of timing applications, offering superior performance and accuracy. Its wide range of features and capabilities allow for precise and efficient timing, and its high-frequency linear tuning ability makes it perfect for applications in which fast switching is required. Moreover, its exceptional power efficiency, precision frequency resolution, programmable reference frequency, and robust protection circuitry guarantees reliable operation over a wide temperature range, making it a premier choice for higher-frequency applications.

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