SG7050CCN 48.000000M-HJGBB

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Oscillators come in a variety of shapes, sizes, and configurations, but they all perform the same basic task of converting electrical energy into a periodic waveform, usually with a sinusoidal shape. The SG7050CCN 48.000000M-HJGBB is a voltage-controlled crystal oscillator (VCXO) which has a wide range of applications in digital systems. It is an ideal choice for cost-sensitive applications such as low-cost switches and digital clocks. This oscillator is especially tailored for signal transmission, local clock, and RF applications.

The device operates on a crystal oscillator principle and can be configured to generate single-ended sinusoidal waveforms or differential square waveforms. The device can be specified for frequencies between 32 MHz and 150 MHz. It has a low output impedance and wide bandwidths of ±5%, which helps to reduce clock jitter and enhances signal reception and transmission. The 10V voltage swing provides a high degree of accuracy for clock signal generation.

The SG7050CCN 48.000000M-HJGBB has four selectable modes which can be used to optimize output signal performance and power consumption. It is programmed using an SPI interface and the customer can choose from a variety of reference input voltage level. It is housed in a compact SO package, which makes it highly suitable for portable applications. The device also features a spread spectrum modulation option, which is useful in consumer and automotive electronics where an EMI reduction is needed.

The SG7050CCN 48.000000M-HJGBB can operate over a wide temperature range between -40℃ to +85℃. It also comes with extended temperature ranges of -45℃ to +105℃ and -55℃ to +125℃, for use in extreme conditions. The device is RoHS compliant and has UL 1994 approval, making it highly reliable for use in mission-critical applications. It is also available in a number of protection packages, such as ESD protected, overvoltage protected, undervoltage protected, and reverse polarity protection.

In general, the SG7050CCN 48.000000M-HJGBB provides an economical solution for customers who need a reliable source ofclock signals. The relatively low cost, combined with the device’s performance over a wide temperature range, makes it an ideal choice for a variety of applications requiring low jitter clock signals.

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