Abracon's Smart Meter solutions integrate seamlessly with various applications enabling advanced energy monitoring.
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Abracon's ClearClock oscillators are a must-have for any technology-driven application that demands high performance, low power consumption, and compact design.
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Abracon's ABS07AIG is a high-temperature quartz crystal that is AEC-Q200 qualified and produced with a TSI6949 Production Line Certification.
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Abracons ASEKDVAIG, ASAKDVAIG, and ASDKDVAIG are AEC-Q200 qualified and manufactured on fully certified IATF 16949 production lines, giving long-term reliability while reducing cost.
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This white paper provides an overview of the IBIS model's ability to simulate oscillator performance within a larger circuit. System-level designers can utilize IBIS models to simplify and expedite the design process. IBIS models save behavioral information vs. structural, saving data at a rate requiring less processing power and allowing for faster simulation and analysis.
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Abracons AOC1409 & AOC2012 SMD oven-controlled SC-Cut crystal oscillator-based designs exhibit extremely low long-term aging characteristics over 20 years in both fixed and voltage-controlled LVCMOS clock output configurations.
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Abracons ABS07AIG is the perfect solution for commercial or industrial applications in extreme environments. With an ultra-low-profile form, the ABS07AIG can be implemented in space-constrained designs like wearables or a vehicles infotainment system.
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Abracon's OCXO solutions employ a precision SC-cut high Q quartz crystal resonator design, coupled with precision temperature monitoring and control circuitry. This combination enables Abracon to meet Stratum 3 and 3E requirements with this family of OCXOs.
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Abracon's Quartz Crystals offer low ESR specifications and low CL options to address energy-saving MCUs.
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Abracon's AWSCR Series of miniature ceramic resonators are ideal for a broad range of rugged designs, including motor control, computing, consumer electronics and industrial applications.
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The ASADV, ASDDV, and ASEDV Continuous Voltage oscillator series are designed to confront the
challenges of battery-powered applications.
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Abracons 32.768kHz Miniature Temperature Controlled Crystal Oscillators (TCXOs) are designed for ultra-low frequency stability in applications like RTCs, IoT, and timing synchronization for networks.
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The ABS05 series is the perfect solution for time management in RTC circuits requiring small form factors. Our high-demand series of tuning fork crystals are low in power consumption preserving battery life in a wide range of applications.
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Abracon's ABS07 series is the perfect solution for time management in RTC circuits.
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Abracon's SPXO and TCXO devices are designed to support low power and battery-powered designs requiring reduced overall system power budget.
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Over the past two years, supply chain challenges have significantly complicated high-volume availability of the industry-standard 3.2 x 1.5 mm and 2.0 x 1.2 mm tuning fork quartz crystals with lower plating loads.. However, Abracons 1.6 x 1.0 x 0.5 mm ABS05 plated at 4.0pF can easily replace the larger-sized alternatives in current energy-saving MCUs and other gorilla chip set designs without sacrificing performance requirements or adding extra design pressure. It can also enable further reduction of consumed surface area in newer designs. Furthermore, designers might want to consider a comprehensive, all-encompassing land pattern in their designs.
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The AOC2012, AOC1409 and AOC2522A/AOC2522B OCXOs offer ±10ppb stability over commercial and industrial temperature ranges respectively. These solutions are ideally suited for Stratum 3/3E, cellular infrastructure, base station, test & measurement, switch, router, precision GPS and precision timing reference applications.
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Abracon has an update on the impact of the Asahi Kasei Microsystem (AKM) semiconductor factory fire that took place in Oct. 2020 in Nobeoka, Miyazaki prefecture, Japan.
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Eclipteks programming capability offers a quick-turn delivery of low, medium and high-volume programmable oscillators, resulting in the shortening of the customer design cycle and the delivery of production lots. These solutions are ideally suited for industrial, consumer, data centers and telecommunications infrastructure architectures.
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The new ASADV, ASDDV and ASEDV series of MHz crystal oscillators are designed for simplicity and optimized for low power consumption while providing low RMS jitter operation at any voltage between 1.6V and 3.6V.
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This paper reviews the phase noise and RMS jitter performance characteristics of Abracons five key ultra-low jitter timing solutions. They are designed to meet the challenging RMS jitter requirements of todays precision applications requiring data rates of 10,40, 100, 200 and 400Gbps. These series include the AK2, AX3, AK5 and AK7 ClearClock solutions and the ASGTX5 TCXO series.
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Thomas Culhane, Abracons director of engineering for Timing and Synchronization, will present the webinar at 10:00 a.m. PST on June 10, 2020. Learn about the role frequency products play into the hardware required for developing IoT markets and the new packages required for IoT devices like wearables
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Abracons proprietary Pierce Analyzer System (PAS) validates quartz crystal in-circuit performance. Integrated circuits that use external quartz crystals do not always account for key limiting factors, but Abracons PAS advanced board characterization service provides design engineers support in optimizing their circuit performance by properly determining the oscillator loop dynamics.
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MEMS based timing components are gaining popularity. Learn about the benefits in this list.
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The new 2.5 x 2.0 mm AK2 crystal oscillator series has the smallest profile in the ClearClock™ family to address space-constrained, high-data networking applications such as PCI Express (PCIe) and optical transceivers.
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Shrinking the footprint to 5.0 x 3.2 mm, the jitter-optimized ASGTX5 series delivers frequencies up to 2.1GHz with +/-3ppm temperature stability for networking and telecommunications applications
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The ultra-low jitter AK7 and AK5 ClearClock™ oscillators utilize a quieter third overtone architecture that avoids PLL-based multiplication, reducing overall power consumption far below other high-performance XO alternatives.
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The AWSCR Series of miniature ceramic resonators addresses the timing needs of industrial, consumer, motor control, appliances and other rugged applications.
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After decades of development, MEMS devices have proven useful in tackling challenges that quartz crystals may exhibit. Learn when MEMS wins and when to use it.
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Compact applications with enhanced data rates reaching beyond 10Gbps, like active cables, optical modules and miniature broadcast video equipment, benefit from the AX3 device's combination of small footprint and high performance.
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The rise of the IoT revealed a need for both miniaturization and lower power consumption, and Moores law aided the constant race toward generating longer battery life. It is not coincidence that quartz crystal technology has followed a similar trend.
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Abracon released an update to the list of the most common clock frequencies and their applications.
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Global requirements for higher data rates can only be met if low jitter clocking keeps up. Selecting the right low jitter clocking technology is more obvious than ever.
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Abracon announces the availability of the ClearClock™ AX5 ultra low jitter oscillator with 125fs typical jitter.
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Abracon announces a new video highlighting our line of automotive grade components. The video showcases Abracons offering of crystals and oscillators, power inductors and patch and external antennas designed for automotive applications.
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Quartz timing devices deliver precise and low noise clocking. Learn about the state-of-the-art options for output frequency by package size.
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Learn the tradeoffs in timing technologies and know when and where to use crystals, oscillators and MEMS timing.
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Abracon releases a new video spotlighting the AMJM / AMJD / AMPM / AMPD series of power optimized MEMS oscillators. This series of MEMS features a compact footprint with package sizes as small as 1.6 x 1.2mm.
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Abracon's space-saving ASAKMP 32.768 kHz crystal oscillator is now available through Abracons Global Distribution partners.
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With size requirements shrinking and functionality and performance increasing, Abracon provides space-saving antenna, oscillator, inductor and crystal solutions in wearable and IoT applications and are truly Tiny but Mighty™!
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Abracon announces the release of the AMJM/AMJD/AMPM/AMPD series of power optimized MEMS (micro electro-mechanical systems) oscillators.
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Engineers working on new IoT designs require next generation component solutions coupled with advanced validation services that enable top performance and get new designs to market.
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As the Internet of Things expands into more of our daily lives, designing new Things for the network still brings challenges. Discover some of the top issues for engineers developing new IoT products.
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Abracon releases new video showcasing Pierce Analyzer Service (PAS), which helps customers optimize quartz crystal designs for production.
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These in-stock kits offer a one-stop-shop prototyping solution for hardware engineers
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Learn why a lower CL and ESR quartz crystal loading improves long term reliability for low power applications
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Abracon presents the perfect tool for estimating tuning fork crystal stability over temperature
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Run cooler & faster with less noise using ClearClock™ industry leading low power and higher frequency crystal oscillators
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Discover the pitfalls of using quartz XTALs with 18pF CL on next generation energy saving MCUs and why the trend toward lower CL plated XTALs continues.
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Abracon LLC announces the release of a new application note titled "Benefits of Measuring Crystals In-Circuit". Read the complete application note here.
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Abracon, LLC (Abracon), a leading global manufacturer of frequency control, timing, synchronization, RF, connectivity and power components, augments phase noise to jitter calculator with phase noise in radians.
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The phase locked loop (PLL) is one of the earliest feedback circuits devised in electronics. Going back 70 to 80 years, the PLL has become the workhorse of timing circuits. Its ability to synchronize to a base frequency, as well as, multiply the frequency to a much higher value provides flexibility and timing accuracy.
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Abracon, LLC (Abracon), a leading global manufacturer of frequency control, timing, synchronization, RF, connectivity and power components, announces the release of a new Abracon video featuring the ABMxW and ABS0xW series of IoT optimized quartz crystals.
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Abracon, LLC (Abracon), a leading global manufacturer of frequency control, timing, synchronization, RF, connectivity and power components, announces the availability of a new Automotive and Industrial Grade solutions guide.
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Since the inception of the serial data transceiver, reference clock jitter has been a strong consideration when designing communications links. Is it a surprise that low clock jitter has remained significant? Why does clock jitter matter?
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I fondly recall working on the first generation of 10Gigabit FPGA SERDES and struggling to accurately capture 10 picoseconds of timing jitter on high speed repetitive sampling oscilloscopes. At that time, advanced microwave transition analyzers could discern timing noise below the 1 picosecond level but that was rarely necessary. Since SERDES on those first FPGAs with high speed serial transceivers displayed a fair amount of inherent noise, clock jitter below 1psec rms was generally irrelevant.
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Cutting edge, innovative, and exhilarating, the IoT has caught the attention of millions of businesses and consumers around the world. Its easy to mistake the technologies of the IoT and their profitability as an overnight success; however, it would not be possible without key innovations over decades of work. At the heart of IoT technology is electronic timing.
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The emergence of the IoT has accelerated the trend towards lower power consumption on many MCU and RF chipsets, pressuring IC designers to wring out every bit of energy savings in their circuits. The consequence, pertaining to the clocking scheme, is usually a weaker oscillator loop amplifier starved of transconductance (gm). The reduced power consumption has the potential to severely affect analog circuits, such as the Pierce oscillator.
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The trend toward increasingly low power consumption for many MCU and RF chipsets has accelerated with the emergence of the Internet of Things (IoT). This trend pressures IC designers to wring out every bit of energy consumption in circuit design. Oscillator design geared toward low power consumption comes with an inherent side effect; the loop is starved of gain also known as the transconductance (gm). Although not of great disadvantage in the digital design domain, analog circuits can be severely affected by reduced power consumption, particularly the Pierce oscillator.
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Abracon, LLC (Abracon), a leading global manufacturer of passive & electromechanical timing, synchronization, power, connectivity, and RF solutions, announces Luscombe Rocky Mountain as the new manufacturers representative with coverage in Colorado, Utah, Idaho, Montana, and Wyoming.
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Abracon, LLC (Abracon), the Heartbeat of the IoT™, announces the ABM8W, ABM10W, ABM11W, ABM12W, ABS07W, ABS06W series; the industrys leading family of quartz crystals. This series combines the worlds lowest CL and lowest ESR available for energy saving processors, MCUs, RF chipsets, and real time clocks required for the Internet of Things (IoT), wearables, and low power portable applications.
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Next generation MCUs and RF chipsets, commonly used in IoT, wearable, and battery powered applications, have presented a problem frequently ignored by many designers across all industries. Lower power consumption requires next generation crystals to optimize for a weaker gain and drive from the Pierce analyzer.
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Abracon, LLC (Abracon), a leading global manufacturer of passive & electromechanical timing, synchronization, power, connectivity and RF solutions, celebrated its 25th anniversary this past week. What once started as an idea in a Southern California garage has transformed into a life-long mission of quality, customer service, and groundbreaking achievements.
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Abracon, LLC (Abracon), a leading global manufacturer of passive & electromechanical timing, synchronization, power, connectivity and RF solutions, announces Asia partnership with TTI, Inc., the leading authorized distributor of interconnect, passive, electromechanical and discrete components.
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Abracon, LLC (Abracon), a leading global manufacturer of passive & electromechanical timing, synchronization, power, connectivity and RF solutions announces the Audio and Video Solutions Guide highlighting products ideal for consumer applications such as set-top box, virtual reality, portable audio, video/teleconferencing, wearable, IoT, drones, camera/camcorder, display and high fidelity audio as well as professional applications such as audio mixers, audiophile quality receivers, broadcast equipment such as studio cameras, routers and switchers using SDI, HD-SDI and 3G HD-SDI.
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Abracon, LLC. (Abracon), a leading global manufacturer of frequency control, signal conditioning, clocking and magnetic components, announces availability of the Advanced MEMS Timing Solutions Guide developed to assist customers in their selection of advanced oscillator products using microelectro-mechanical systems (MEMS). Abracons timing products using MEMS technology offer inherent benefits over quartz crystals including miniaturization, resistance to shock and vibration and extended operating temperature range while maintaining good frequency stability. Ideal for applications requiring a compact footprint, extended durability and wide temperature operation such as wearables, IoT, industrial, transportation, communications, industrial computing, networking and lighting.
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High performance oscillators targeting clocking applications that drive high bandwidth requirements are ideal for servers, PCI Express accelerator add-on cards, wireless backhaul, base stations, switches, routers, automated test equipment and MRI equipment.
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A globally preferred, leading supplier of frequency control and magnetic components, Abracon LLC has introduced its ABL6M, ABLS6M, ABL7M, ABL7M2, ABLS7M and ABLS7M2 series of newly miniaturized versions of its popular HC-49US crystals named the ABLS series.
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This device has ultra-low current consumption (XTAL Mode: 60nA typ. @3.0V; RC Mode: 17nA typ. @3.0V; RC Autocalibrated Mode: 22nA typ. @3.0V), which allows the system designers to use inexpensive ceramic capacitors instead of supercapacitors for several hours of backup time. When longer backup time is required, designers can take advantage of much smaller supercapacitors and batteries to reduce system cost.
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SiTime Corporation, a MEMS and analog semiconductor company and a wholly owned subsidiary of MegaChips Corporation, today announced a strategic partnership with Abracon LLC, a global manufacturer of frequency control, signal conditioning, clock distribution and magnetic components. With this agreement, Abracon expands its product portfolio and will supply and support MEMS timing solutions through its global sales and distribution network.
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