08 Jan 2013

IQD unveils high frequency OCXO reference clock for ADC and DAC applications

IQD’s new IQOV-150 series OCXO is said to satisfy the growing demand for low phase noise reference clocks for Analogue-to-Digital Conversion (ADC) and Digital-to-analogue Conversion (DAC), especially for very fast measurements and high speed data transfer.

Available at frequencies up to 1.2GHz, the new design is based upon an internal high frequency OCXO combined with additional frequency multiplication and special filtering to achieve very low phase noise down to -160dBc/Hz @ 100kHz.

The new design is housed in an industry standard IEC C008 5-pin Euro package measuring 36 x 27mm and only 16mm or 19mm high depending upon specification.

Frequency stability is ±0.5ppm (parts per million) over the operating temperature range of -20 to +60°C along with a pulling capability of ±3ppm minimum. Working off a supply voltage of 12 Volts, the IQOV-150 offers Sinewave output of 0 to 13dBm into 50ohms.

The IQOV-150 series is suitable for applications which require a very high reference clock frequency together with low phase noise.

According to IQD, due to the flexible nature of the design, alternative specifications to suit customer’s specific applications can also be readily developed.

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Let Moore’s law work in your favour Edel Griffith | S3 Semiconductors
Let Moore’s law work in your favour
Consumer preferences drive the silicon industry. Each generation of mobile phones has to be thinner than the last. The same scenario happens with computers, as consumers demand more speed. These market forces have led to further and further shrinkage in silicon geometries, as consumer device manufacturers try to push the boundaries of silicon performance.









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