SG-8101CB 100.000000MHZ TBGPA

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 Oscillators are a vital cornerstone of electronic components, as they help to create stable onboard frequency signals for various types of circuit applications. The SG-8101CB 10.000000MHZ TBGPA is a high-performance oscillator module designed for use in a wide range of system applications. This article explores its features, application fields, and working principle.

The SG-8101CB 10.000000MHZ TBGPA features a low supply voltage operation of 1.8V and 1.2V, making it suitable for use in low power consumption applications. The frequency range of 10.000000MHZ provides synchronized clock signals for high-speed systems. This device also has a low phase jitter of 200ps, providing a high level of precision to clock generator applications. In addition, it has a CMOS output format, making it ideal for various types of digital applications.

The SG-8101CB 10.000000MHZ TBGPA is widely used in various types of system applications, such as Wireless 2.4GHz applications, TDM based telecom systems, SONET and Ethernet applications, GSM base stations, and GPRS networks. Its small size makes it suitable for cell phones, PDAs, and other portable electronic devices. This device can also be used in defense-oriented applications, such as radio transmitters and receivers, missile guidance systems, radar systems, fire control systems, and navigation systems.

The working principle of the SG-8101CB 10.000000MHZ TBGPA can be summarized as follows. The device utilizes a resonator circuit to generate an oscillatory signal. This signal is fed into a differential amplifier circuit, which amplifies it. The amplified signal is then fed into a voltage-controlled oscillator circuit, which can be adjusted to produce a stable, accurate output frequency.

In conclusion, the SG-8101CB 10.000000MHZ TBGPA is a high-performance oscillator module that is ideal for use in a wide range of system applications. Its wide range of features and its small size makes it suitable for cell phones, PDAs, and other portable devices. Its precise phase jitter makes it suitable for use in precision clock generator applications, while its low supply voltage operation makes it suitable for low power consumption applications.

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