SIT1602BC-23-28N-38.400000E

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are electronic components used for generating an electrical signal at a certain frequency and with a specific duty cycle. The SIT1602BC-23-28N-38.400000E oscillator represents a type of wide-temperature quartz oscillator. This oscillator chip is primarily used in electronic systems where extreme temperatures are expected such as industrial and automotive applications.

The SIT1602BC-23-28N-38.400000E oscillator is a voltage-controlled oscillator (VCO) integrated circuit, meaning it requires a certain external voltage to operate. The oscillation frequency can be adjusted by changing the magnitude of the external voltage applied to the oscillator, and these characteristics make the SIT1602BC-23-28N-38.400000E suitable for timing control and frequency modulation applications.

The frequency of the SIT1602BC-23-28N-38.400000E oscillator range spans from 35 MHz to 38.400 MHz and is designed to operate over an extended temperature range from -40°C to +85°C. Moreover, the output waveform is a reliable sine wave with a low jitter performance, making it ideal for wide temperature applications. Thanks to its internal temperature compensation, it offers an frequency stability over temperature of ±50 ppm, making it suitable for measurement and control tasks.

The SIT1602BC-23-28N-38.400000E oscillator is well suited for various applications such as automotive, communication systems, industrial process control and testing or measuring instruments. It is also well suited for audio applications, where stability over temperature is an important requirement. The package of the device is a 38-pin LCC dual in-line, which makes it easy to use and to fit into circuits.

The SIT1602BC-23-28N-38.400000E oscillator is a reliable and robust solution for systems which require precise timing control or frequency modulation over a wide temperature range. The oscillation frequency can be adjusted easily by manipulating the magnitude of the external voltage applied to the device and it offers a reliable output waveform. Thanks to its internal temperature compensation, it offers excellent frequency stability over temperature, making it an ideal choice for applications where extreme temperatures are expected.

The specific data is subject to PDF, and the above content is for reference