Every product designer has to deal with the issue of electromagnetic compatibility (EMC) or electromagnetic interference (EMI) on a daily basis – especially when using frequency-determining components such as quartz oscillators. The ICs installed into quartz oscillators generate steep, sharp-edged flanks and produce strong harmonic overtones. Spread-spectrum oscillators are one solution to … read more >>
The low-power, low-cost silicon clock oscillators from our product range are equipped with state-of-the-art IC technology and set the standard in terms of performance, extreme longevity (MTBF 1 billion hours), excellent shock and vibration resistance, size, precision, jitter, power consumption and flexibility. As with other silicon oscillators, our SMD silicon oscillators of … read more >>
Our “LPOP” programmable SMD oscillator series has a frequency range of 1 – 137 MHz. Frequency resolution to up to 6 decimal places is possible. The ultra-low power LPOPs available in a supply voltage range of 1.8 – 3.63 V DC are available in 2.0×1.6, 2.5×2.0, 3.2×2.5, 5.0×3.2 and 7.0×5.0 mm enclosures and with a standard frequency … read more >>
The demand for SMD oscillators within the temperature range of -40/+105°C is increasing constantly. More and more -40/+85°C applications are being redesigned for -40/+105°C.
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Petermann-Technic is expanding its product range with an exceedingly cost-efficient Ultra-Low-Power SMD MHz Oscillator from the “ULPO” series characterised in particular by extremely low electricity consumption and a very place-saving case.
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Modern wearables based on hibernation technology need to be switched from sleep mode to process mode and back promptly in order to ensure their highly energy-efficient operation.
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Modern devices based on hibernation technology, such as Bluetooth low energy solutions and GPS applications, switch high-power-consuming parts into sleep mode when not in use.
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Silicon oscillators are far superior to the conventional quartz and MEMS oscillators. They have better technical specifications and much greater adaptability to customer-specific requirements, and come in very small housings at very low prices.
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On the basis of its next-generation clocking silicon oscillator technology, PETERMANN-TECHNIK offers a comprehensive product portfolio of differential oscillators in a frequency range of 1 – 800 MHz: XO of 1.0 to 800 MHz, TC&VCTCXO of 1.0 to 625 MHz.
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The wait for sample components is often long, and delays the entire hardware and software development process of a new development or redesign. PETERMANN-TECHNIK sends, for example, oscillator samples or small batches from the new silicon oscillator product family on the same day as ordered.
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