SIT8008BIT3-28N

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Programmable oscillators are valuable components that enable engineers to customize their frequency outputs for a range of applications. The SIT8008BIT3-28N is an example of a popular programmable oscillator. This versatile device has many uses ranging from generating sine wave outputs for functions like AV in gaming to creating waveforms for driving guitar amps. Its design and digital capabilities make it extremely attractive as an adjustable, low-cost solution to complex frequency control needs.

The SIT8008BIT3-28N is a programmable resonator integrated circuit (IC) made by Japanese company Sitronix. This device is based on a combination of a USB-controlled digital circuit and a temperature-stable oscillator. The digital circuit gives it the ability to quickly change frequencies according to user input. Furthermore, the temperature-stable oscillator ensures that the device produces an accurate and stable output frequency for any given set of conditions.

The SIT8008BIT3-28N has multiple programmable parameters. These can be adjusted using an external controller or a USB-based control application. The device can be programmed to operate with either a sine or square waveform. It can also be configured to generate an output frequency between 8 kHz and 28 MHz. Additionally, this device’s frequency can be adjusted in three steps: an initial frequency, an additional step size, and an offset from the initial frequency.

This device also has excellent operational characteristics. It offers a wide temperature range from -40 to 105°C. The SIT8008BIT3-28N also has a low power consumption of only 1.6 mA. This is far less than traditional quartz-based oscillators, making it ideal for a range of low power applications. Furthermore, it features a high level of accuracy, with a frequency stability of ±0.2 ppm/°C.

The SIT8008BIT3-28N also features built-in protection against EMI (electromagnetic interference) and ESD (electrostatic discharge). This ensures that the device’s output will not be corrupted by external sources of noise or static electricity. Furthermore, the device has a low phase noise level of -150 dBc/Hz. This makes the clock signal based on the SIT8008BIT3-28N significantly less prone to interference than other types of oscillators.

The SIT8008BIT3-28N is an ideal solution for a wide range of applications. Its USB-based control and low power consumption make it perfect for power-sensitive applications such as portable electronics. Additionally, its temperature-stable oscillator and programmable parameters give it the flexibility to meet the needs of a wide range of frequency control situations. Furthermore, its high level of accuracy and built-in protection make it ideal for use in highly-sensitive environments.

In summary, the SIT8008BIT3-28N is an attractive solution for a variety of applications requiring precise and adjustable frequency control. Its combination of USB-controlled digital circuit, temperature-stable oscillator, and programmable parameters give it the versatility to meet the needs of a diverse range of situations. Furthermore, its low power consumption and built-in protection make it an ideal choice for power-sensitive and EMI-sensitive applications.

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