We use cookies to ensure that we can provide you with the best experience on our website. By using our website, you are consenting to the use of cookies as set out in our policy. More Info

Anglia Components

Anglia Live

Supplier sections

ABL Aluminium Components
Abracon LLC
Advantech
American Technical Ceramics
Analog Devices
Antenova
Anysolar
Arcol
Arcolectric
Avalue
Bel components
Bergquist
Binder
Bivar
Bloomice
Bolb Inc
Bourns
Boyd
Bulgin
Bussmann
C&K
Calinar
Cambion
CamdenBoss
Carclo
CEL
Ceramate
Cliff Electronic Components
Conquer
Cornell Dubilier
Cosmic
Co-Tron
Cree
Cre-Sound
CTC
CTi
Deltron
Digi International
Diptronics
EAO
Eaton Bussmann/Coiltronics
ECE
Ecliptek
Efficient Power Conversion
Efore
Ekinglux
Elettronica Rossoni
EPCOS
EPOC
ESI
Eurohm
Everspin
Figaro
Fischer
Fox Electronics
Haimooo
Hammond Manufacturing
Harting
Harwin
Herald
Hirose
Hirschmann
Hittite
Honeywell
Hongfa
Hope RF
Hudson
Ilsi
Inalways
Invac
Ixys
JDI Europe
JNC
Kang yang
Keystone
Khatod
Kingtek
Kioxia Europe
KOA
KYOCERA AVX
Laird Technologies
LEDIL
Linear Technology
LITE-ON Optoelectronics
Littelfuse
Lumberg
Lumileds
Magnetix
Magnetone
Marl
Mascot
Mitsubishi
Mmd
M-Pro
Murata
MurataPS
Neutrik
Nichicon
Nover
Ohmite
OKO
Omron
Panasonic
PANJIT
Phoenix Contact
Pickering
Piher
Polymer Optics
Quay RF
Renata
RF360
ROHM
Roxburgh
Samsung
Schaffner
Schurter
Sensirion
Shindengen
SIMCom
Solomon Systech
Stanley Electric
STMicroelectronics
Studiomate
Taicom
Taiwan Semiconductor
Taiway
Taoglas
TDK
Telit Cinterion
Tianbo
Titan-Opto
Tokyo Parts
Toshiba
Varta
Vigortronix
Walsin
Warth
WIMA
Winbond
Bulgin's range of robust vandal resistant switches are designed for high resistance to wear and tear, samples available from Anglia
Manufactured from robust Stainless Steel or Chrome Plated Brass, Bulgin's extensive range of vandal resistant switches are designed with a high resistance to wear and tear, corrosion and harsh use in potentially hostile settings

Rate this page

You can now follow us on Blogger, Facebook, LinkedIn, Twitter, WordPress, Live Journal or You Tube by clicking on the logos below.

Blogger Facebook Google+ Linkedin Twitter WordPress You Tube

Anglia delivers by

FedEx
Recognised as the UK’s number one for reliability, flexibility and customer service.

ABSW series of kHz Crystals from Abracon provide the heart beat for low power IoT applications, samples available from Anglia

Abracon is an industry leader in passive components, providing frequency control & timing devices, RF & antenna products, and inductor & connectivity solutions. Abracon have developed a wide range of products for low power and precision IoT applications, this includes their ABSW series of surface mount kHz crystals which have been optimized for IoT and Wearable applications.

The ABSW kHz SMD crystal range is available in 4 different Ceramic package options which are all seam sealed for improved long term reliability. The ABS04W series is the industry’s smallest Tuning Fork Crystal measuring just 1.20 x 1.00 x 0.35 mm, next size up is the ABS05W series measuring 1.6 x 1.0 x 0.5 mm, then the ABS06W series measures 2.0 x 1.2 x 0.6 mm and finally the ABS07W series measuring 3.2 x 1.5 x 0.9 mm. The compact sizes available enable the ABSW to be integrated into space constrained applications such as wearables or compact IoT sensor nodes.

The two key features of the ABSW series is low load capacitance of just 3pF or 4pF (depending on series) and low ESR over the temperature range of the crystals. These features make them ideal for low power applications where they can deliver enhanced performance for start-up time and power savings, for example preventing intermittent start up issues when used with very low energy System on Chips (SoC’s) that are often used in wireless IoT communication modules.

Click to view an introduction to Abracon’s W series Crystals Optimized for the IoT

Offered in 32.768kHz frequency throughout, the ABSW series are available in frequency tolerances down to ±10 ppm for the ABS07W series and down to ±20 ppm for all other series, typical frequency stability is also very good over the specified temperature range for each series. A choice of operating temperature up to +125°C is available on ABS05W/06W/07W and up to +105°C on ABS04W series.

The ABSW series are supplied on tape and reel packaging suitable for automated placement equipment. Typical applications include Wellness and Medical Wearables, Bluetooth and ISM band Wireless Modules, Internet of Things (IoT), Sensor Nodes, Machine-to-Machine (M2M) Connectivity, Near Field Communication (NFC), Ultra low power, energy saving MCU and Energy Harvesting Devices.

Key Features

 

  • Available in 4 surface mount package options
  • Seam sealed Ceramic packages for long term reliability
  • 32.768kHz Frequency
  • Frequency Tolerances down to ±10 ppm available (series dependant)
  • Good Frequency Stability over temperature range
  • Low Load Capacitance
  • Low ESR over temperature range
  • Engineered for the IoT
  • Choice of Operating Temperature range up to +125°C (series dependant)
  • RoHS Compliant

 

Click here for more information or to buy from Anglia Live.

Click here to download the ABS04W Datasheet

Click here to download the ABS05W Datasheet

Click here to download the ABS06W Datasheet

Click here to download the ABS07W Datasheet

 

Anglia are offering customers FREE samples of the ABSW series IoT optimised SMD kHz crystals from Abracon, please fill in the form below to register now.

 

Requesting....

 

To register for FREE samples of the ABSW series IoT optimised SMD kHz crystals from Abracon, please fill in the form below

First name *
Last name *
Company *
Telephone *
Email Address *
Project Name
Project Volume  *
Project Description

FREE samples for UK and Ireland customers only, subject to availability.

For more information, or details on the full range of Abracon LLC products available from Anglia, please email info@anglia.com

Back to product news

This news article was originally published in April 2023.

Anglia Sitemap

LinkedIn You Tube
Copyright © 1995-2024 Anglia Components Plc.
Please read our Privacy & Cookie Policy in conjunction with the Terms and Conditions and Terms of Use of this Website.
S1306-1577-WB02 (10.22.198.135)
19/10/17