Introducing Suntsu’s latest and most powerful cables: USB Type C connectors. USB cables have been used in electronics for years, but these new developments make the USB-C the new industry standard. Recently, it has been incorporated into computers, phones, and tablets. Large companies like Apple are getting rid of older, larger USBs and making way […]
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Kilohertz-range crystals come in surface-mount packages
Did you know that Epson’s MC-306 will become obsolete in 2021 (Epson’s EOL notice)? Fortunately, Suntsu has the perfect solution: SWS834. The SWS834 is an equivalent product to Epson’s. Featuring 32.768kHz, and the same dimension and electrical parameters as the MC-306, the SWS834 is an easy drop-in replacement. Even better, Suntsu can provide short lead times and competitive prices! […]
Combo receiver/GPS oscillators come in pint-sized packages
GPS Disciplined Oscillators (GPSDO) are one of the most accurate and trusted sources of timing. Often called GPS clocks, they consist of a high-stability oscillator and a GPS receiver. GPSDO works by steering the oscillator output to a GPS device or GNSS satellite signal through a tracking loop. Some of their applications include functioning as […]
Rubidium oscillator delivers ±0.03ppb frequency accuracy
Suntsu Electronics’ new RSO30S-10.000M rubidium oscillator delivers a frequency stability of 0.03ppb irrespective of temperature fluctuations over an operating temperature range of -40 to +60 degrees C. This latest model is designed with a standard connector interface that enables easy integration into time and frequency systems for industries such as telecommunications, defence and test & […]
Sub-miniature Rubidium oscillator offers 1,000x better stability
As demand grows, precision and reliability in Global Navigation Satellite Systems (GNSS) is critical. With 5G networks on the rise, small, high-performing atomic clocks are becoming increasingly essential. Suntsu’s newest oscillator comes in a dimension of 50.8mm x 50.8mm that uses an all new physics package enabling unprecedented miniaturization in a rubidium clock. Perfect support […]
