SIT1602ACR7-25S

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The SIT1602ACR7-25S is a programmable oscillator designed to offer high frequencies and stability. It is designed to be used in multiple applications such as logic devices, control systems, sensor-integrated systems and so on. The SIT1602ACR7-25S is a low power, high performance, stable oscillator suitable for a wide variety of frequency and voltage settings.

In terms of application fields, the SIT1602ACR7-25S is mainly used in logic devices, control systems and sensor-integrated systems. It is suitable for applications such as touch panels, liquid crystal displays, temperature control systems, sensors, serial bus data transmission systems, smart mail detection systems and so on. In addition, the SIT1602ACR7-25S can also be used in consumer electronic products, automotive products, instrumentation and medical equipment.

The working principle of the SIT1602ACR7-25S is based on a differential amplifier circuit integrated into it. This circuit is responsible for providing a stable, low drift frequency over the full range of temperature changes, and also a high frequency stability over the full range of voltage changes. With a combination of frequency select resistor and voltage select capacitor, the SIT1602ACR7-25S can be easily programmed to any required frequency and voltage setting.

The SIT1602ACR7-25S offers a wide range of frequency and voltage settings. It can be programmed to support a frequency range from 6 to 250MHz with a frequency stability of ±100ppm or better. It can also support a voltage range from 1.8V to 5V with a voltage stability of ± 10mV. In addition, this oscillator also offers a low jitter of 2.0ps and a low phase noise of -90dBc/Hz.

In summary, the SIT1602ACR7-25S is a programmable oscillator with a wide range of frequency and voltage settings. It is mainly used in logic devices, control systems, sensor-integrated systems and consumer electronic products, automotive products, instrumentation and medical equipment. It has a high frequency stability, low drift frequency, low phase noise and low jitter, making it an ideal choice in applications requiring a stable and reliable oscillator.

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