SG-710PHK 25.0000MB

The SG-710PHK 25.0000MB oscillator is a precision, high frequency, low noise, temperature compensated voltage controlled crystal oscillator (VCXO). It is ideal for applications that require a device capable of low jitter and stability. The SG-710PHK is a low power device designed for integrated circuit (IC) packages. The SG-710PHK is a high performance VCXO that offers customers superior oscillator performance at a very competitive price.

Applications of this oscillator include high speed, low jitter components for optical transmission networks, base station timing, cellular CDMA2000 timing applications, and clock signal buffering. It is also suitable for data communication systems, PCS/GSM base-station time synchronization, ISDN, and any other system requiring high performance timing signals.

The SG-710PHK oscillator utilizes a proven temperature compensated, high stability oscillator circuit. It is designed for use with a 25.0000MHz reference crystal resonator and a frequency-dependent temperature compensation circuit. The oscillator operates from a 5V supply voltage and is designed with low power consumption. The device is also designed to provide excellent phase noise performance and spurs suppression.

The SG-710PHK oscillator utilizes a low noise output stage with optimum gain for performance over a wide range of operating frequencies. The output stage is compensated for temperature and is capable of delivering high accuracy output signals. The output of the oscillator is typically 6mA peak-to-peak at 25.0000MHz and is adjustable over a wide range of frequencies.

In addition, the SG-710PHK oscillator provides a very cost-effective solution for producing a high performance, low-jitter clock signal for applications in which the combination of phase noise and spurs must be minimized. Additionally, the SG-710PHK oscillator is suitable for use with any IC package, including surface mount bipolar, ECL, TTL, and CMOS technologies.

Overall, the SG-710PHK oscillator is an ideal choice for applications that require high frequency, low jitter, and low noise performance. This device offers customers a very competitive price and excellent performance. Additionally, its high output drive capability and wide range of frequency adjustability make it the perfect choice for applications that require high accuracy at low power consumption.