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Monday 08. June 2015

STROMSPAREN LEICHT GEMACHT

Die Low Power Clock Oszillatoren der Serie „LPO“ basieren auf der Next Generation Clocking Silicon Oszillator Technologie und sind im Frequenzbereich von 1.0 bis 137 MHz erhältlich.


Monday 18. May 2015

32.768kHz OSCILLATORS CONQUER WEARABLES

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.


Monday 11. May 2015

32.768KHZ MINI SMD QUARTZ WITH 50KOHM MAX. RESISTANCE

Clocking specialist PETERMANN-TECHNIK from Landsberg/Lech, Germany, offers a miniature 32,768kHz SMD clock quartz with a reduced resistance of 50kohm in the 3.2 x 2.5mm/4pad MINI SMD ceramic housing of the M3215 series.


32.768 kHz Oszillator Wearable
Thursday 05. March 2015

32.768 KHZ OSCILLATORS FOR HIBERNATION TECHNOLOGY APPLICATIONS

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.


Thursday 05. March 2015

SILICON OSCILLATORS - NEXT GENERATION CLOCKING

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.


Wednesday 04. March 2015

DIFFERENTIAL OSCILLATORS FROM 1 TO 800 MHZ

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.


Tuesday 03. March 2015

SAME-DAY EXPRESS SERVICE FOR OSCILLATORS

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.


Monday 02. March 2015

COMPACT, POWER-SAVING AND AFFORDABLE: SMD-SILICON OSCILLATORS

PETERMANN-TECHNIK Silicon Oscillators serve as 100% direct pin-to-pin replacements for quartz and MEMS-based oscillators. In addition to very low power draw, minimal long-term aging and low jitter values, they stand out for utmost reliability and very affordable pricing.


Tuesday 16. December 2014

IN TIME WITH ALL-SILICON OSCILLATORS

PETERMANN-TECHNIK Low Power Low Cost Silicon Oscillators are revolutionizing the quartz crystal and oscillator market. They are 100% compatible drop-in replacements for quartz and MEMS oscillators and allow further miniaturization of PCBs by replacing quartz crystals.


Monday 20. October 2014

LOW COST REAL TIME CLOCKS MIT DTXCO-FUNKTION

RTCs (real time clocks) integrated into ICs or single chip RTCs without integrated DTCXO functions are usually unsuitable for highly precise timestamping and timers. Working from experience in the trade, the clocking specialist PETERMANN-TECHNIK from Landsberg explains why this is so, and presents an RTC with integrated quartz crystal and DTCXO fun


Wednesday 15. October 2014

EXTREMELY PRECISE TIMING WITH A LOW-COST REAL-TIME CLOCK IC

For applications that require a highly accurate timer and time stamp function, the clocking specialist PETERMANN-TECHNIK in Landsberg, Germany, offers the real-time clock IC RTC1010 with integrated quartz and digitally temperature-compensated oscillator (DTCXO).


Monday 02. June 2014

LOW-COST MINI SMD QUARTZ CRYSTALS FOR SENSOR NETWORKS

WSNs (wireless sensor networks) have to be increasingly cheaper, smaller, more energy efficient and provide better performance. Engineers are being confronted with huge challenges. Only very small SMD crystals can be used due to the minute dimensions of sensors in sensor networks.


Wednesday 14. May 2014

LOW-COST MINI SMD TCXOs FOR RADIO MODULES

The oscillator specialist PETERMANN-TECHNIK located in Landsberg am Lech now offers energy-saving, low priced MINI-SMD-TCXOs with an enable/disable function for the vertical market for "SUB 1GHZ RADIO MODULES" that continues to grow rapidly.


Wednesday 16. April 2014

MINI-SMD QUARTZ CRYSTALS FOR BLUETOOTH APPLICATIONS

The clocking specialist PETERMANN-TECHNIK from Landsberg/Lech offers a wide range of low-cost, high-performance MINI SMD crystals in a frequency range of 12~125MHz for the “wireless bluetooth applications” vertical market.


Monday 17. March 2014

LOW FREQUENCY QUARTZ CRYSTAL WITH 1.4 MM INSTALLATION HEIGHT

The clocking specialist PETERMANN-TECHNIK from Landsberg/Lech presents low frequency crystals in a frequency spectrum of 3.2768 ~ 10.000 MHz in 10.0x4.5x1.4mm ceramic casing.


Wednesday 12. March 2014

32.768 KHZ 10 PPM MINI SMD QUARTZ CRYSTALS IN 3.2 x 1.5 x 0.8 MM CERAMIC CASING

The clocking specialist PETERMANN-TECHNIK from Landsberg/Lech offers from stock 32.768 kHz and +-10 ppm versions of the M3215 series in 3.2 x 2.5 mm/4pad MINI SMD ceramic casing.


Thursday 27. February 2014

MINI SMD QUARTZ CRYSTALS FOR PORTABLE APPLICATIONS

The clocking specialist PETERMANN-TECHNIK from Landsberg/Lech offers a wide array of low-cost, high-performance MINI SMD crystals in a frequency range of 12~125MHz for the “portable applications” vertical market.


Thursday 13. February 2014

SHOCK-RESISTANT MINI SMD QUARTZ CRYSTALS FOR HANDHELD TRANSMITTERS

The clocking specialist PETERMANN-TECHNIK from Landsberg/Lech presents an extremely shock-resistant MINI SMD crystal in 2.5 x 2.0 mm ceramic housing specially designed for use in handheld transmitters.


Thursday 05. December 2013

GIGANTIC – 2.5 x 2.0 MM MINI-SMD QUARTZ CRYSTAL UP TO A FUNDAMENTAL OF 125 MHz

Gigantic - PETERMANN-TECHNIK, the clocking specialists from Landsberg am Lech, present the very small SMD Crystals from the SMD02502/4 range with up to 125 MHz basic sound.


Thursday 05. December 2013

MINIS FOR WIRELESS APPLICATIONS WITH A FUNDAMENTAL FREQUENCY RANGE OF 24 ~ 60 MHz

PETERMANN-TECHNIK, the clocking specialists from Landsberg am Lech, present a mini device for wireless applications at 2.0 x 1.6 mm with a ceramic casing and a fundamental frequency range of 24 ~ 60 MHz.


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