SG-8002CA 16.0000M-PHBB

Oscillators are electronic circuits that generate or receive periodic signals. The SG-8002CA 16.0000M-PHBB oscillator is a precision analog oscillator designed for use in precision clock and frequency control applications. It is available in a range of standard frequency ranges, from 16.0000MHz to 48.0000MHz, with control voltages of 4.75V, 3.3V or 2.5V.

The SG-8002CA 16.0000M-PHBB oscillator consists of an oscillator core which drives an external crystal. The crystal is responsible for maintaining a very precise and accurate clock frequency. The oscillator core and crystal are connected by an internal feedback loop which utilizes the phase-lock loop (PLL) principle to maintain the output frequency accuracy. The PLL provides an adjustable gain loop that helps to stabilize the output over a wide range of input conditions.

This oscillator is designed for use in high-precision equipment and systems, such as telecommunications systems, networking equipment, microprocessors, and embedded systems. It is also used in many scientific and industrial applications, including laboratory instruments, motion control devices, medical devices, and more. The SG-8002CA 16.0000M-PHBB oscillator is designed for applications that require very reliable time base and frequency accuracy. Its PLL technology and feedback loop provide a stable frequency output, even when the crystal load, temperature, or power supply voltage varies.

The SG-8002CA 16.0000M-PHBB oscillator is a highly reliable, low-cost solution for applications that require precision frequency accuracy. With its wide range of available frequencies, and its ability to maintain stable output frequency over a wide range of input conditions, this oscillator is a reliable choice for many precision timing and frequency control applications.