AVX has released a new IoT design kit. Comprised of a broad sampling of passive components ideally suited for use in the three primary IoT device networks – input voltage filtering and decoupling networks, timing device networks, and output impedance RF matching networks – the kit (part number KIT-IOT) allows engineers to quickly identify effective solutions for IoT devices with widely varying requirements for power, data processing speed, form factor and price, among other specifications.
The kit contains RF/microwave components, including: capacitors, inductors, circuit protection and SAW filters; input voltage filtering and decoupling devices, including: filter capacitors and low-profile power inductors; and small, high-precision crystal products, including: MHz crystal units, tuning fork crystal units, clock oscillators, temperature compensated crystal oscillators (TCXOs) and capacitors for crystal unit loading.
These RF/microwave components are especially well suited for use in telecommunications, GPS, WLAN and industrial/scientific/medical (ISM) band IoT applications, and also offer Modelithics highly accurate, substrate scalable equivalent circuit models, which help speed up design decisions and circuit level optimisations when used in combination with the industry’s leading electronic design automation tools.
The crystal components in the kit prove particularly useful in IoT applications that require tight frequency stability, including: clock management, microprocessor control units (MCUs), application processors and wireless applications, such as Bluetooth low energy (BLE), Wi-Fi and GPS.
Cooling solutions for modern electronics Future Electronics
Passive Components
As electronic systems become more compact and powerful, effective thermal management has become a critical aspect of product design.
Read more...DC-link capacitors with ultra-low inductance Electrocomp
Passive Components
TDK Corporation recently released its new series of MKP DC high-frequency film capacitors, a high-performance DC link capacitor platform for next-generation SiC-based power electronics.
Read more...Generating negative voltages from a positive supply Altron Arrow
Editor's Choice Passive Components
It is common for IoT devices, industrial sensors, meters, and medical equipment to require both a positive and negative voltage, and this article explains the options available to produce a negative rail from a positive rail supply.
Read more...Non-contact linear position sensor Electrocomp
Test & Measurement
The Vishay 40 LHE Linear Position Sensor, designed for industrial motion control and automation, delivers robust, non-contact measurement performance using Hall effect technology.
Read more...High-precision thick-film resistors Avnet Silica
Passive Components
The new Panasonic ERJPC high precision thick-film resistors series deliver accuracy levels previously only achievable with thin film technology, offering customers higher power density and cost-effective performance.
Read more...Semi-shielded power inductors RS South Africa
Passive Components
The SDCx family from Eaton includes the SDCL and SDCH series of semi-shielded power inductors designed for reliable performance in consumer, industrial, energy, and medical applications.
Read more...Compact high-current power inductor EBV Electrolink
Passive Components
Vishay’s IHLP series power inductors deliver high current capability in an ultra-low profile, magnetically shielded design.
Read more...Tiny noise suppression filters RS South Africa
Passive Components
TDK Corporation recently announced its latest noise suppression filters of the MAF0603GWY series, which measure only 0,6 x 0,3 x 0,3 mm.
Read more...Compact 1250 V choke solution Electrocomp
Passive Components
TDK Corporation has introduced a new high-voltage common-mode choke series designed to support more compact and efficient 1250 V DC converter architectures in next-generation power electronics.
Read more...Tiny power inductor for low noise applications iCorp Technologies
Passive Components
With the evolution of Bluetooth, chips, sensors and other technologies, the design of TWS earphones is becoming smaller and thinner, and the performance and size requirements of integrated inductors need to follow suit.
While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.
printer friendly version