Abracon | Why Series

Why Series

Why ClearClock Oscillators?

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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Why Commercial Common Mode Chokes?

Abracon’s latest Common Mode Chokes (CMCs) are available for both Power and Signal Line applications. Additionally, they are in small package sizes to meet the needs of space-constrained applications.
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Why Abracon Antennas for Smart Homes?

As we continue to revolutionize the way we live and work, the demand for reliable, high-performance antennas in smart buildings and homes is rising. At Abracon, we understand the importance of having a solid wireless connection in smart buildings and homes, which is why our range of antennas meets the most demanding applications.
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Why Stacked Inductors?

Abracon's stacked inductors are ideal for applications that require high power efficiency in a space-saving form factor. Learn the Top 3 benefits of including stacked inductors in your design.
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Why Automotive Common Mode Chokes?

Filter Power & Signal Noise in Automotive and Industrial Applications
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Why 5G Sub-6 GHz Antennas?

Abracon’s 5G Sub-6 GHz antennas cover global cellular technology bands (600 MHz to 6 GHz), including 5G NR (FR1), CBRS, and private LTE. These antennas can handle the higher capacity and bandwidth of 5G networks and provide consistent coverage.
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Why AOC Series Oscillators?

Abracon’s 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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Why Automotive Power Inductors?

This selection of Abracon inductors can service most high-reliability DC/DC conversion topologies with superior power densities and efficiencies.
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Why High Power Toroid Inductors?

Abracon’s ATCA line of toroid inductors utilizing high efficiency, powdered iron core are designed for high power applications where through-hole assembly technology is used.
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Why ASPIAIG-S Series Inductors?

The ASPIAIG-S6055 and ASPIAIG-S8050 are a series of shielded SMD power inductors designed for automotive, industrial, and other high-reliability applications.
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Why Automotive Quartz Crystals?

Abracon’s 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 vehicle’s infotainment system.
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Why Ultra-Wide Band Chip Antennas?

The low power consumption requirements of Abracon’s Ultra-Wide Band (UWB) antennas result in increased battery life. Our products are designed for the next generation connectivity with fast and reliable data transmission.
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Why SMD OCXO Oscillators?

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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Why High Current Ferrite Beads?

Abracon’s high current ferrite beads are perfect for filtering noise in power and signal lines.
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Why Abracon Quartz Crystals?

Abracon's Quartz Crystals offer low ESR specifications and low CL options to address energy-saving MCUs.
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Why Abracon LAN Transformers?

Abracon LAN Transformers are compatible with wide a set of Ethernet PHY chipsets supporting VOIP, PoE, PoE+, and PoE++ and data rates including 10/100Base-T, 1000Base-T and 10GBase-T.
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Why Miniature Ceramic Resonators?

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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Why ASxDV series Continuous Voltage Oscillators?

The ASADV, ASDDV, and ASEDV Continuous Voltage oscillator series are designed to confront the challenges of battery-powered applications.
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Why AMPLA SMD Molded Power Inductors?

Abracon AMPLA SMD Molded Power Inductors work for applications requiring soft saturation, high current handling, and interference protection.
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Why ATXK-H Series Crystal Oscillators?

Abracon’s 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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Why ASPIAIG-Q Series Inductors?

Abracon’s comprehensive ASPIAIG-Q High Power Density Transportation Inductor family features high-current and low-profile solutions for designs requiring high power rating, reliability and operating temperature capability.
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Why Niche Antennas?

The Niche series is a ProAnt patented PCB integrated antenna concept available through licensing. Its cost effectiveness makes it suitable for high-volume projects. Available in various frequencies.
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Why GNSS Antennas?

Global Positioning System (GPS) / Global Navigation Satellite System (GNSS) antennas enable tracking and position finding applications to access GPS/GNSS satellite constellations.
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Why ABS05 Tuning Fork Crystals?

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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Why AMSLA Series Inductors?

Abracon’s AMSLA stacked inductors are ideal solutions for consumer electronics, industrial and IIoT applications that require high power efficiency.
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Why RJ45 Jacks?

Abracon’s RF and Connectivity product line features high speed and Industrial grade RJ45 jacks with performance speeds starting from 10/100/1000 Base-T to 10G Base-T with or without PoE/PoE+/PoE++ support.
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Why LPWA Antennas?

LPWA networks are ideally designed for IoT and machine-to-machine (M2M) applications. These applications have low data rates, require long battery life, operate remotely and in hard-to-reach locations.
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Why AIRD Inductors?

In a typical LED lighting application, the controller handles several hundred Watts of power, and the ballast voltage can go up to around 300 Volts. Therefore, it is imperative that the inductor used is able to simultaneously withstand high power and high voltage.
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Why OnBoard Stamped Metal Antennas?

The OnBoard SMD antenna is a secure choice to get robust connectivity in your wireless application.
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Why ABS07 Tuning Fork Crystals?

Abracon's ABS07 series is the perfect solution for time management in RTC circuits.
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Why Continuous Voltage Oscillators?

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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Why Stacked Inductors?

Abracon's stacked inductors are ideal for applications that require high power efficiency in a space-saving form factor.
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Top 5 Reasons Why Abracon’s Components are Ideal for Access Control

Learn more about Abracon’s Timing, Inductors, and Antennas components, and why they are ideal for Access Control.
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Why Antennas for Smart Homes?

Wireless connectivity is changing how smart buildings and homes are designed, and Abracon's wide selection of antennas helps keep smart devices connected.
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Why Antennas for Automotive Applications?

Abracon’s automotive-grade antennas are AEC-Q200 qualified and offer best in-class reliability and quality across many automotive applications.
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Why Stamped Metal Antennas?

Abracon's OnBoard SMD antennas provide robust connectivity in ultra-compact designs that are ideal for any wireless application.
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