Top 5 Adaptations in Timing and Synchronization Enabling the IoT | Abracon LLC

Cutting edge, innovative, and exhilarating, the IoT has caught the attention of millions of businesses and consumers around the world. It’s 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. Adaptations in timing and synchronization are being pioneered to address the unique challenges that come with the IoT; these solutions are the unsung heroes that keep our data collection clean and our devices in sync. Below are the top 5 adaptations in timing and synchronization technology enabling the IoT.

1. Quartz crystals with lowest possible plating load capacitance (CL) and equivalent series resistance (ESR).

The most significant trend in IoT is conserving battery power while still boosting overall functionality. Advanced IC subsystems are continuously starved of energy, forcing them to operate with lower power consumption. The direct result of reduced power consumption is a decrease in oscillation gain margin in the Pierce oscillator with industry low gm_critical – a defining metric for strength of the oscillator circuit. gm_critical has been pushed to the lowest limits in a wide variety of IoT optimized chipsets requiring adaptations in quartz crystal technology. One significant adaptation is an ever lower CL and ESR value.

Today’s crystal has evolved to meet the lowest levels of CL combined with the lowest ESR available. Lowering both CL and ESR simultaneously leads to a crystal that is much easier to drive and is capable of being driven using a Pierce oscillator configured with a low gm_critical value. Saving the most amount of power consumption, the leading edge of crystal design is now enabling CL of 3pF or 4pF for a wide variety of frequencies. With such low CL values, designers of energy saving MCUs and RF chipsets can optimize their designs to run on lower power consumption than ever before.

2. Sub 100nA timekeeping current consumption real time clocks (RTC).

Many smart IoT devices are often deployed over a wide perimeter and are expected to operate autonomously for years without routine maintenance. For these devices, power consumption is everything. The last 50nA could mean the difference between sustained operability on a tiny coin cell or sacrificing real estate by installing a larger battery. Previous RTC technology can be up to 10X more power hungry than today’s state of the art. When the RTC in the system is the only heartbeat that remains active in deep sleep, reducing the time keeping current consumption to 22nA translates into a significant extension of battery life. Sub 100nA power consumption RTC’s keep IoT devices running in deep sleep for as long as necessary.

3. Micro-footprint MEMS oscillators.

Size is a considerable design challenge for the IoT and wearable device market. Although MEMS oscillators aren’t the lowest cost solutions and usually less efficient in terms of power consumption, they are the reigning kings of small form factor designs. Available in “chipscale” packages – the size of a single silicon die – MEMS oscillators offer output frequencies from 32.768kHz to >100MHz in miniature footprints as small as 1.5mm x 0.8mm. Micro-footprint MEMS oscillators are the ideal solution for miniaturized IoT devices.

4. Compact advanced TCXOs.

Femtocells, LoRa radios, machine to machine (M2M) devices, GPS tracking and other IoT systems rely heavily on accurate long term timing stability to synchronize their communications and avoid spectral and time division interference. Acquiring a GPS signal from a distant satellite, locking to the signal, and calculating it’s exact coordinates on the surface of the earth requires precise millisecond to millisecond timing. Base transceiver stations (BTS) and other cellular devices, now migrating to 5G, act on precise transmit windows. Blurring these time-based boundaries leads to higher bit error rate, violates standards and specifications and increases unnecessary noise and interference. Today’s compact TCXO devices achieve ±1ppm to ±0.1ppm frequency stability over temperature, ideal for many compact RF and GPS applications that are driving the IoT.

5. < 200-fs ultra-low jitter oscillators.

Without the accessibility of the cloud and the explosive growth in bandwidth capabilities, the IoT would not exist. For instance, increasing bandwidth in servers, storage systems, and network interfaces—both short and long haul—depends directly on the continuous evolution of low noise clocks. Ultra-high speed serial rates that exceed 50 gigabits per second (Gbps) require sub-200 fs (RMS) reference clock phase jitter performance. Higher phase noise would exceed the level required for low bit error rate transmission between SERDES and RF devices. Today’s generation of ultra-low noise & jitter clocks enable the exponential growth in high speed data traffic driving the cloud.

Written by: Juan Conchas, Director of Marketing, Abracon

Original post: https://www.linkedin.com/pulse/top-5-adaptations-timing-synchronization-enabling-iot-juan-conchas/

About Abracon, LLC
Founded in 1992, and headquartered in Spicewood, Texas, Abracon is a leading global manufacturer of passive and electromechanical timing, synchronization, power, connectivity and RF solutions. Abracon offers a wide selection of quartz timing crystals and oscillators, MEMS oscillators, real time clocks (RTC), Bluetooth modules, ceramic resonators, SAW filters and resonators, power and RF inductors, transformers, circuit protection components and RF antennas and wireless charging coils. The company is ISO9001-2008 certified with design & application engineering resources in Texas and sales offices in Texas, California, China, Taiwan, Singapore, Scotland, Israel, Hungary, UK, and Germany. Abracon’s products are offered through its global distribution network. For more information about Abracon, visit www.abracon.com.

Why is Abracon The Heartbeat of the IoT™?

It was the summer of 2012 when a frantic scramble occurred deep within a lab in Silicon Valley. At a time when wearables and other IoT markets were just starting to ramp, a show stopping problem was discovered. With wearables shipments in the low millions for the first time, this problem had to be solved. Panicked, highly skilled engineers on multiple coasts and across continents attempted to solve the problem. The quartz crystal on the MCU would not reliably start.

How can that be? It’s just a quartz device, ancient technology—if it can be called technology. Almost a hundred years of development of quartz manufacturing means that there should be no surprises. What happened? Neither the silicon companies nor the end system hardware designers were prepared for this. The solution rested with the engineers that developed the crystal itself.

With over a hundred million IoT and wearables shipments behind us, the root cause is now well known. In order to conserve power, IC designers reduced the transconductance (gm) of the Pierce oscillator that drives the 32.768kHz quartz crystal. By reducing the gm, the drive of the circuit was inevitably weakened. The Pierce oscillator would eventually experience trouble driving conventionally plated crystals that present a heavier capacitive load. New low power MCU’s can run into trouble driving just a couple extra picoFarads of capacitance. The extra load limits the amount of margin in the design, especially when considering all process corners and full operating temperature range.

In 2012, most 32.768kHz quartz crystals were plated to present a CL of about 9pF. Traditionally, the gm of Pierce oscillator circuits could overcome this plating load and sustain oscillation, but that all changed. MCU’s now required crystals with plating load far lower than ever conceived. The solution was to jump to new plating designs that achieved CL of 6pF—a 33% reduction.

The combination of equivalent series resistance (ESR) and shunt capacitance (C0) also affected the loading that the Pierce oscillators perceived. The ESR and C0 had to be simultaneously lowered along with CL. Considering that ESR and CL are exclusively optimizable parameters in quartz plating design, executing new low loading levels required advanced engineering and world class manufacturing. The strenuous requirements forced many suppliers to avoid the change or risk failure. The wearables industry was about to experience a crunch due to the mismatch between the crystal and the MCU’s Pierce oscillator—it was very clear that existing crystals were not optimized for IoT applications.

Fortunately, engineers with extensive timing applications experience and advanced proprietary tools that accurately measure the operating point of Pierce oscillators addressed this challenge. Abracon’s engineers developed the industry’s first 6pF tuning fork crystals that simultaneously holds a maximum 60kΩ ESR. Problem solved. IoT devices could ship using this newly engineered crystal; a crystal engineered for the IoT.

Realizing that the IoT would incessantly pressure IC designers to continuously reduce power consumption, Abracon’s engineers continued to innovate. Within 2 years, a 32.768kHz tuning fork crystal with 4pF plating load optimized for IoT applications was introduced. The additional 33% reduction in load capacitance is now enabling the next wave of hardware designs powered by energy saving MCUs.

Keeping on pace with market requirements, Abracon announced the recent availability of a broad family of IoT optimized crystals with 3pF tuning forks.

Why is Abracon the Heartbeat of the IoT™? Put simply, Abracon addressed a major challenge when no one else would. The IoT did not start in 2012. In fact, the IoT has existed for decades. Yet, the recent explosion and next level of market dominance requires a new level of power savings design in energy saving MCU’s and RF chipsets. With those designs follows a need for IoT optimized crystal technology. Abracon has been at the forefront of this paradigm shift, triggered in the last 5 years. Coupled with other IoT centric products and technologies such as antennas, compact inductors, 22nA RTCs, and wireless charging coils, Abracon advocates for and executes on the unique challenges of IoT designs.

Pictured above (left to right): Brooke Cushman, Associate Engineer; Chen Li, Product Engineer; Syed Raza, VP of Engineering; Ying Huang, Director of Procurement

About Abracon, LLC
Founded in 1992, and headquartered in Spicewood, Texas, Abracon is a leading global manufacturer of passive and electromechanical timing, synchronization, power, connectivity and RF solutions. Abracon offers a wide selection of quartz timing crystals and oscillators, MEMS oscillators, real time clocks (RTC), Bluetooth modules, ceramic resonators, SAW filters and resonators, power and RF inductors, transformers, circuit protection components and RF antennas and wireless charging coils. The company is ISO9001-2008 certified with design & application engineering resources in Texas and sales offices in Texas, California, China, Taiwan, Singapore, Scotland, Israel, Hungary, UK, and Germany. Abracon’s products are offered through its global distribution network. For more information about Abracon, visit www.abracon.com.

Over Temperature Effects of Gm_critical | A Technical Review

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.

The Pierce oscillator driving quartz crystals is one of the most common circuits in the electronics industry. Present in almost every microcontroller, RF chipsets, and many other IC’s, this circuit is the true workhorse of timing in almost every device developed today. As most design engineers employ negative resistance analysis to assess closed-loop dynamics, some may ignore another very significant metric – gm_critical.

As the name implies, gm_critical can be defined as the level of critical value of closed-loop transconductance mandatory to keep the amplifier in linear region, while maintaining sufficient forward gain at the desired phase shift of (n*2π). The closed-loop overall gain margin (GM) is mathematically represented as:

GM = gm / gm_critical ………. (1)

Whereas; gm = oscillator loop amplifier’s intrinsic transconductance (µA/V, or mA/V)
gm_critical = closed-loop transconductance needed to keep the amplifier in linear region with sufficient forward gain at the desired phase shift (µA/V, or mA/V)

It is a well-established industry figure of merit to target GM > 5, with minimum value of 3. With the reduction in the intrinsic gm value, it is paramount to simultaneously reduce the gm_critical needed for sustained oscillations.

It should be noted that gm_critical has significant dependence on the external resonator’s electrical characteristics at the desired resonant frequency and is outlined in equation (2).

gm_critical = 4 * ESR * (2πF)2 * (C0 + CL)2 ………… (2)

From equation (2) it is evident that any significant reduction in gm must be counter-balanced with a reduction in gm_critical to ensure that the closed-loop overall margin (GM) remains the same. For instance, consider the following example:

gm = 2.7 µA/V; GM = 5; then gm_critical = 0.54 µA/V maximum
Now, if the gm is reduced to 1.0 µA/V, to keep GM = 5; the gm_critical = 0.20 µA/V maximum

In equation (2) the three critical parameters that determine the feasibility of this counter-balance are the ESR, C0 and CL of the Quartz Crystal. To achieve lower gm_critical, all three of these parameters must be simultaneously reduced to ensure proper overall gain margin (GM), while the oscillator amplifier’s transconductance gm is lowered.

As the power optimized silicon expands its domination of the electronic industry, reducing the intrinsic gm, the gm_critical metric is the most important criteria to ensure robust oscillator loop performance.

Abracon’s family of newly released Performance Optimized IoT Crystals have been engineered to specifically address the falling transconductance values across the industry and are compatible with industry’s lowest gm_critical designs. The ABM8W/ABM10W/ABM11W/ABM12W MHz series are guaranteed to operate with gm_critical as low as 3.55mA/V for 50MHz operation. The ABS06W/ABS07W 32.768kHz Tuning Fork Crystals are guaranteed to operate with industry lowest gm_critical value of 0.276µA/V @ 25°C in 2.0×1.2×0.6mm and 0.191µA/V @ 25°C in 3.2×1.5×0.9mm packages.

Plots A and B represent over extended temperature oscillation sustainability matrix of these state-of-the art 32.768kHz solutions ideally suited for energy saving RTC applications.

As transconductance (gm) of most Pierce oscillators dive to unprecedented low levels, quartz crystals have to adapt to maintain sustainable oscillations. Abracon has embraced and overcome this challenge by designing and producing, lower plating load capacitance (CL) and lower equivalent series resistance (ESR) Crystals, while simultaneously lowering the (electrode package) capacitance C0.

Meeting the lowest gm_critical requirements demanded by energy saving MCUs and RF chipsets means guaranteed low CL, ESR and C0. Abracon’s specialized design and processing techniques address this paradigm shift and brings both MHz and kHz Performance Optimized Quartz Crystals to the market. Uniquely engineered for the IoT/Wearable/Consumer Electronics market, these crystals are ready for the future of lower power engineering.

Luscombe Rocky Mountain announced new Abracon Manufacturer’s Representative in Colorado, Utah, Idaho, Montana, and Wyoming

Austin, TX – Abracon, LLC (Abracon), a leading global manufacturer of passive & electromechanical timing, synchronization, power, connectivity, and RF solutions, announces Luscombe Rocky Mountain as the new manufacturer’s representative with coverage in Colorado, Utah, Idaho, Montana, and Wyoming.

Luscombe RM has been delivering hardware solutions to the Rockies for over 30 years, offering a focused supplier base, industry expertise, and a customer centric approach. Their addition to our team extends valuable guidance with technical acumen to our mutual customers in the region.

“Luscombe RM shares many common values with Abracon,” said Joan Lanoux, North Central Regional Sales Manager with Abracon. “These include a legacy of exceptional technical knowledge, diligence in providing quality solutions, and vast sales experience. I appreciate the genuine enthusiasm they have towards finding the best technical solutions for their customers.”

This partnership assures optimal in-territory support for existing and new customers, accelerating their time to market using Abracon’s broad product solutions and leading edge technologies.

“Luscombe Rocky Mountain is excited to begin our new partnership with Abracon. We look forward to engaging and supporting our customers with Abracon’s IoT optimized portfolio” said Bryan Fluegel, Partner at Luscombe Rocky Mountain.

About Abracon, LLC
Founded in 1992, and headquartered in Spicewood, Texas, Abracon is a leading global manufacturer of passive and electromechanical timing, synchronization, power, connectivity and RF solutions. Abracon offers a wide selection of quartz timing crystals and oscillators, MEMS oscillators, real time clocks (RTC), Bluetooth modules, ceramic resonators, SAW filters and resonators, power and RF inductors, transformers, circuit protection components and RF antennas and wireless charging coils. The company is ISO9001-2008 certified with design & application engineering resources in Texas and sales offices in Texas, California, China, Taiwan, Singapore, Scotland, Israel, Hungary, UK, and Germany. Abracon’s products are offered through its global distribution network. For more information about Abracon, visit www.abracon.com.

Abracon announces new IoT optimized quartz crystal series with the lowest CL and lowest ESR available on the market

Austin, TX – Abracon, LLC (Abracon), the Heartbeat of the IoT™, announces the ABM8W, ABM10W, ABM11W, ABM12W, ABS07W, ABS06W series; the industry’s leading family of quartz crystals. This series combines the world’s 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.

The launch of the ABMxW and ABSxW series results in the industry’s most comprehensive family of crystals, addressing the leap to lower power. Oscillators within next generation energy saving MCUs and chipsets are failing to drive traditional crystals with higher CL and ESR. Reducing the load capacitance to a new industry level of 4pF for MHz crystals and 3pF for tuning fork crystals, while, simultaneously providing guaranteed low ESR enables operation with design margin for many chipsets starved of gain and reduced transconductance (gm). These optimized crystals ensure the crystal oscillator design retains enough margin to operate over temperature and across all process and voltage corners.

For detailed explanation of gain margin, gm, and gm_critical interdependence, review: IoT, Wearables, and Low Power: Performance Optimized Quartz Crystals

“gm (amplifier transconductance) is a critical parameter that determines your oscillator loop’s design margin,” says Syed Raza. “To minimize total power consumption, techniques employed in the latest SoC/µC/µP/RFIC/FPGA’s reduce the value of gm within the oscillator loop. To maintain the original design margin as gm drops, crystals must meet a lower gm_critical metric. Abracon’s performance optimized IoT crystals achieve exactly that, by simultaneously reducing plating load, ESR, and electrode capacitance of these devices. After all, lower power consumption should not be achieved at the expense of long term reliability or design risk.”

“The IoT, wearables, and portable markets demand the power savings achieved with next generation ICs. Those ICs directly benefit from this industry leading series of low CL crystals,” commented Juan Conchas, Director of Marketing for Abracon.

The ABMxW and ABSxW series are offered in a variety of package, stability and tolerance options down to +/-10ppm. A comprehensive offering overall operating temperatures up to -40℃ to 125℃ makes these crystals suitable for both consumer and industrial designs.

View their respective datasheets here: ABM8W, ABM10W, ABM11W, ABM12W, ABS07W and ABS06W

iot-quartz-crystals-abracon
IoT Quartz Crystals Product Availability

About Abracon, LLC
Founded in 1992, and headquartered in Spicewood, Texas, Abracon is a leading global manufacturer of passive and electromechanical timing, synchronization, power, connectivity and RF solutions. Abracon offers a wide selection of quartz timing crystals and oscillators, MEMS oscillators, real time clocks (RTC), Bluetooth modules, ceramic resonators, SAW filters and resonators, power and RF inductors, transformers, circuit protection components and RF antennas and wireless charging coils. The company is ISO9001-2008 certified with design & application engineering resources in Texas and sales offices in Texas, California, China, Taiwan, Singapore, Scotland, Israel, Hungary, UK, and Germany. Abracon’s products are offered through its global distribution network. For more information about Abracon, visit www.abracon.com.

Choose the right quartz crystal for your energy saving MCU with THIS simple test

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. The ability to sustain oscillation for a given quartz crystal oscillator design depends heavily on the crystal’s motional parameters, board parasitics, and oscillator circuit characteristics. Yet, as MCUs are upgraded to lower power models, their crystal counterparts have stayed the same. The Pierce oscillator circuit, a closed loop system most commonly integrated into low power ICs, sustains oscillation at an operating point, depending on the crystal plating capacitance (CL), crystal equivalent series resistance (ESR), and oscillator amplifier’s gain and phase response associated with the oscillator’s transconductance (gm). But, how do you know if your crystal’s parameters match your system?

Abracon’s Pierce analyzer system (PAS) was designed by our engineers to help you make the right choice for your industry leading designs. The PAS test validates quartz crystal performance in-circuit and simultaneously measures the crystal, crystal oscillator, and printed circuit board parasitics. Testing in-system accounts for all variables and enables ideal matching of crystal parameters to the board and oscillator in the MCU or RF chipset. This is especially critical for applications using next generation, energy saving technologies requiring optimal gm factors.

Lower CL and lower ESR increase operating gain margin of the loop, ensuring sustained oscillations across all variables including variation in bias, loading, temperature, and over time. Gm_critical is the critical transconductance value that a crystal must achieve in order to remain in the safe zone of loop operation. Crystals that do not meet gm_critical are not well matched to the Pierce oscillator and may cause long term reliability issues associated with startup. Since lower power consumption decreases gm and gm_crictical for a given Pierce oscillator, energy saving designs deployed in IoT and wearables applications are the most at risk of failure. Conducting a PAS test reduces risk and improves the reliability of your system.

“Semiconductor technology strives to wring all the power consumption out of the latest generation of MCUs and RF chipsets,” commented Syed Raza, VP of Engineering with Abracon “the on-chip Pierce oscillator is starved of much needed gain negatively impacting the gm_critical metric. The PAS test is the surest way to diagnose preventable problems.”

“As The Heartbeat of the IoT™, we strive to provide customers with as many tools and services as possible that will take their designs to the next low power plateau. The PAS test service enables validation of a critical subsystem in the design given that nothing will operate if the oscillator fails to run.” commented Juan Conchas, Director of Marketing with Abracon.

The service provides a comprehensive report outlining the functional parameters of the oscillator circuit and recommends changes when necessary. This service is conducted by Abracon and can be ordered through any franchised distributor, with multiple turn-around times from 2-weeks to 4-weeks.

Learn more about the Pierce Oscillator here.
Find more information on the PAS test, here.

Check inventory for the PAS here: PAS-BC1WK/ PAS-BC2WK/ PAS-BC3WK

About Abracon, LLC
Founded in 1992, and headquartered in Spicewood, Texas, Abracon is a leading global manufacturer of passive and electromechanical timing, synchronization, power, connectivity and RF solutions. Abracon offers a wide selection of quartz timing crystals and oscillators, MEMS oscillators, real time clocks (RTC), Bluetooth modules, ceramic resonators, SAW filters and resonators, power and RF inductors, transformers, circuit protection components and RF antennas and wireless charging coils. The company is ISO9001-2008 certified with design & application engineering resources in Texas and sales offices in Texas, California, China, Taiwan, Singapore, Scotland, Israel, Hungary, UK, and Germany. Abracon’s products are offered through its global distribution network. For more information about Abracon, visit www.abracon.com.

Abracon LLC celebrates 25 years of business

Austin, TX – Abracon, LLC (Abracon), a leading global manufacturer of passive & electromechanical timing, synchronization, power, connectivity and RF solutions, celebrated it’s 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. Abracon, a company steeped in innovation, recently celebrated 25 years in business this past Saturday. It was a time to recollect humble beginnings and reflect on the past with a clear focus for the future; a future of continued growth for this leading global manufacturer.

Mike White, VP of Sales, stated “We’ve built an extremely solid foundation for our company assembling the best team of sales leaders, reps and channel partners in the industry. Coupled with our excellent internal support staff, this team will continue to achieve new levels of success. I’m honored to be associated with such a great group of people.”

One level of success is the fact that Abracon is growing exponentially. With an active customer base of over 25,000, Abracon continues to reach new heights of service and sales. Recently the Abracon office located in Irvine, California moved to Laguna Hills, California. Also, two facilities doubled in size; the office located in China and the Austin, Texas headquarters. These recent additions will assist in maintaining the highest quality of technical support that Abracon’s customers have come to know.

With no signs of slowing down, Abracon continues to impress the industry where they rank among the highest standard of quality. Abracon’s mission will never be complete. There are always new questions to be asked, new challenges to be accomplished, and new ideas to be thought. Here’s to 25 years. Here’s to the constant pursuit of the power of linking together.

About Abracon, LLC
Founded in 1992, and headquartered in Spicewood, Texas, Abracon is a leading global manufacturer of passive and electromechanical timing, synchronization, power, connectivity and RF solutions. Abracon offers a wide selection of quartz timing crystals and oscillators, MEMS oscillators, real time clocks (RTC), Bluetooth modules, ceramic resonators, SAW filters and resonators, power and RF inductors, transformers, circuit protection components and RF antennas and wireless charging coils. The company is ISO9001-2008 certified with design & application engineering resources in Texas and sales offices in Texas, California, China, Taiwan, Singapore, Scotland, Israel, Hungary, UK, and Germany. Abracon’s products are offered through its global distribution network. For more information about Abracon, visit www.abracon.com.

Abracon and TTI Inc Announce Asia Partnership

Austin, TX – 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. The Asia partnership is an extension of TTI and Abracon’s existing global distribution agreement which was announced by both companies in April 2017.

Michael Calabria, Abracon’s CEO said, “With mutual focus on IP&E and discrete components, the two companies are leaders in the industry and a natural fit. As many users of electronics components rely on the supply chain and go-to-market benefits provided by distributors, Abracon is excited to partner with TTI to support its highly valued customers.”

Anthony Chan, President of TTI Asia Pacific, commented on the addition of Abracon to TTI Asia’s specialized line card, “I am pleased to welcome Abracon to be a TTI business partner in Asia. Abracon offers a wide selection of latest technologies in frequency control, timing and synchronization. I am confident that our partnership in Asia will create additional value to our customers.”

About TTI
TTI, Inc. a Berkshire Hathaway company, is an authorized, specialty distributor of interconnect, passive and electromechanical (IP&E) components and the distributor of choice for industrial and consumer electronics manufacturers worldwide. Broader and deeper inventory, leading-edge products and custom supply chain solutions have established TTI as the leading specialist in electronic component distribution. Globally, the company maintains 1.2 million cubic feet of dedicated warehouse space containing over 850,000 component part numbers. Along with its subsidiaries, Mouser Electronics and Sager Electronics, TTI employs more than 4,700 employees and is represented in over 100 locations throughout North America, Europe and Asia. For more information about TTI, visit www.ttiinc.com.

About Abracon, LLC
Founded in 1992, and headquartered in Spicewood, Texas, Abracon is a leading global manufacturer of passive and electromechanical timing, synchronization, power, connectivity and RF solutions. Abracon offers a wide selection of quartz timing crystals and oscillators, MEMS oscillators, real time clocks (RTC), Bluetooth modules, ceramic resonators, SAW filters and resonators, power and RF inductors, transformers, circuit protection components and RF antennas and wireless charging coils. The company is ISO9001-2008 certified with design & application engineering resources in Texas and sales offices in Texas, California, China, Taiwan, Singapore, Scotland, Israel, Hungary, UK, and Germany. Abracon’s products are offered through its global distribution network. For more information about Abracon, visit www.abracon.com.

Coils for Wireless Power and Wireless Charging | Solutions Guide Released

Austin, TX – Abracon, LLC (Abracon), a leading global manufacturer of passive & electromechanical timing, synchronization, power, connectivity and RF components announces the Coils for Wireless Charging and Wireless Power Solutions Guide featuring the 20W RX wireless charging coil optimized for Semtech’s LinkCharge 20™. The solutions guide makes it fast and easy to select the right coil solution from available dimensions and power capabilities by providing information on the various uses for wireless charging and wireless power in high power applications, industrial, robotics, IoT and wearables.

Abracon specializes on a broad range of receiver coils starting at 12mm and 15mm in diameter, which are perfect for industrial IoT applications. Ideal applications include robotics, drones, automation systems, power tools, and medical devices, which all benefit from the reliable and consistent power delivery to device batteries. Abracon also offers a wide range of coils suitable for either transmitter or receiver applications.

VIEW WIRELESS POWER & WIRELESS CHARGING SOLUTIONS GUIDE

“As many of today’s electronic devices become roamable,” states Juan Conchas, Director or Marketing with Abracon, “the need for wireless charging will inevitably expand. Unplugging from the need for a traditional connector with metal contacts improves reliability, durability, robustness and enables ease of use without limiting device charge times. Portable and roamable devices of all types will benefit from the broad wireless charging solutions that Abracon offers.”

All of Abracon’s wireless charging coil solutions are in stock and available through franchised distributors. View the solutions guide here: http://abracon.com/Support/wireless-charging-solutions-guide.pdf

About Abracon, LLC
Founded in 1992, and headquartered in Spicewood, Texas, Abracon is a leading global manufacturer of passive and electromechanical timing, synchronization, power, connectivity and RF solutions. Abracon offers a wide selection of quartz timing crystals and oscillators, MEMS oscillators, real time clocks (RTC), Bluetooth modules, ceramic resonators, SAW filters and resonators, power and RF inductors, transformers, circuit protection components and RF antennas and wireless charging coils. The company is ISO9001-2008 certified with design & application engineering resources in Texas and sales offices in Texas, California, China, Taiwan, Singapore, Scotland, Israel, Hungary, UK, and Germany. Abracon’s products are offered through its global distribution network.

Antenna Solutions Guide available by Abracon

Abracon, LLC. (Abracon), a leading global manufacturer of frequency control, signal conditioning, clocking and magnetic components, announces availability of the Antenna Solutions Guide designed to enable quick selection of devices available within Abracon’s broad antenna offering supporting IoT, industrial and commercial RF protocols. Chip, patch, multi-band and external antennas addressing advanced protocols such as Cellular, LTE, GSM, WiFi, WLAN, Zigbee, Bluetooth, BLE, GPS, GLONASS and BEIDOU in a broad range of markets including connected lighting, wearables, industrial process control, home automation, geolocation, asset tracking, synchronization, machine to machine (M2M), networking and communications.

“The IoT has brought with it the next connectivity revolution,” says Juan Conchas, Director of Marketing with Abracon. “Abracon is committed to support antenna device solutions and optimization services for a wide range of fast growing end applications with stringent time-to-market requirements.”

“Considering there is no free lunch with respect to antenna gain, sensitivity and performance,” says Dean Clark, Senior Technical Manager with Abracon, “Abracon’s wide offering allows end users to select the optimal antenna performance and form factor. Additionally, obtaining the best efficiency, gain and bandwidth often requires tuning antennas to each individual design. Abracon’s antenna optimization service is a resource that bridges this gap for the customer.”

The latest Antenna Solutions Guide is available here: http://abracon.com/Support/antenna-solutions-guide.pdf

All antennas and antenna optimization services with part number ABAOS-5WK are available from any of Abracon’s franchised distributors.

About Abracon, LLC
Abracon is a global manufacturer of frequency control, signal conditioning, clock distribution and magnetic components. Abracon offers a wide selection of Quartz Crystals, Crystal and MEMS Oscillators, Real Time Clocks, Antennas, Bluetooth Modules, Ceramic Resonators, SAW Filters, SAW Resonators, Inductors, Transformers, RFID Tags and RJ45 Jacks. The company is ISO9001-2008 certified with design, warehouse and applications engineering resources in Texas and offices in California, China, UK and Germany. Abracon’s products are offered through its global distribution network.