Parts category

Electrolytic + polymer = the hybrid capacitor

Electrolytic capacitor is often a common reason for device failure and replacement is necessary. But what if we could combine the benefits of electrolytics and polymer capacitors. Now you can have the best of both worlds: hybrid capacitors from have been designed to combine the advantages of electrolytic capacitors with those of solid polymer capacitors.

The supplier claims the use of hybrid technology offers low leakage current and long life in combination with low ESR (20 mΩ) in miniature case sizes. The EEH-ZE series (Type V-ZE) hybrid components offer a nominal capacitance range of 33 µF up to 330 µF, at voltage ranges from 25 VDC up to 63 VDC, and feature an operating temperature range of -55°C up to 145°C, as well low ESR and high ripple current. So think about using a hybrid capacitor in your next power converter input/output filter, voltage regulator, or clock circuit.

Electrolytic + polymer = the hybrid capacitor – [Link]

Coilcraft.com – Power inductor selection tool adds performance data

By Graham Prophet@ edn-europe.com:

Coilcraft has written a Power Inductor Selection Tool that allows users to easily select the appropriate path for their particular search while also providing more application-specific performance data than previously available.

Coilcraft.com – Power inductor selection tool adds performance data – [Link]

GaN FETs step up performance, cut package footprint

by Graham Prophet @ edn-europe.com:

Representing a step forward in performance and cost, the latest eGaN (gallium nitride) power FETs from Efficient Power Conversion (EPC), EPC2045 and EPC2047, are half the size of prior generation eGaN transistors with significantly higher performance.

GaN FETs step up performance, cut package footprint – [Link]

Low profile target connectors, 2.21mm above the board

Export Eagle Libraries With SnapEDA

Although the new Eagle subscription model by Autodesk will bring much-needed features to the software, many users after the announcement had decided to move their work to other alternatives, such as KiCad, Altium, Cadence, etc.

One of the challenges was to convert the libraries made by Eagle to be compatible with other software programs. SnapEDA solved that by offering a new free tool that translates Eagle libraries to KiCad, Altium, OrCad and other formats.

SnapEDA is a parts library for circuit board design provides free symbols, footprints, and 3D models for millions of electronic components. The goal behind SnapEDA is to build one trusted, canonical source of electronics design content that everyone can benefit from.

To convert your Eagle library just upload your file here, then you can re-download it in any format through your uploaded models page. The video below demonstrates the converting process:

Currently, all the uploaded parts will be public on SnapEDA until the private version is released. All parts are clearly marked as user-generated content and attributed to the uploader, and can be deleted at any time.

“We are big fans of Eagle and the new changes they’re making, and are confident that the subscription model will bring much-needed features to the software. But we also understand that it is (for many) a showstopper. Hopefully this free tool is helpful to those for whom this is the case.” – SnapEDA

Try now this tool and convert your files here!

The new 800V CoolMOS MOSFET from Infineon

20160912142602_infineoncoolmos-p7

Thomas Scherer @ elektormagazine.com shares the news about a CoolMOS Mosfet from Infineon.

The latest 800V CoolMOS P7 800V MOSFET from Infineon is based on their superjunction technology. The device is available in twelve classes of RDS(on) beginning with  0.28 Ω and in six package options. It is particularly suited to high voltage switching applications, flyback applications including adapter and charger, LED lighting, audio SMPS, AUX and industrial power.

The new 800V CoolMOS MOSFET from Infineon – [Link]

FemtoFET – 20V 500mA 0.6×0.7mm MOSFET From TI

Texas Instruments “TI” recently announced  FemtoFET series.
There are N-channel MOSFETS like CSD15380F3 and P-channel MOSFETS like CSD25480F3 and CSD23280F3 in this series. These transistors are SMD (Surface Mount Devices) available in a very small package, the land grid array (LGA) package.

Traditional SOT-23 package next to the CSD18541F5 LGA package. Image Source: TI
Traditional SOT-23 package next to the CSD18541F5 LGA package. Image Source: TI

To explore this family we will highlight the FemotoFET MOSFET CSD15380F3. It has a 20V Vds, 990 mohm Rds @ Vgs=8, 500mA maximum Id, 0.5W power dissipation and ultra-small LGA Footprint 0.73 mm × 0.64 mm which make it suitable for many handheld and mobile applications.

Pin-out of CSD15380F3
Pin-out of CSD15380F3
LGA Package
LGA Package

The new MOSFET has Qg = 0.216 nC Ultra-low capacitance and that improves switching speeds in data line applications.

Table Source: Product Page
Table Source: Product Page

It’s available on Mouser for 0.47$ for 1 unit order and 0.05$ for 1,000 unit order and need 6 weeks lead time.
Via: TI E2E Community Blog

Arrow Certification Makes Your Next Product Crowd-funding On Indiegogo Easier

ArrowCertified_Large@3x

Arrow Electronics, the well known company specialized in distribution and services related to electronic components and computer products, and Indiegogo crowd-funding website announced the “Arrow Certification”.

ArrowCer

Crowd-funding a hardware product is something not so easy and complicated especially when we talk about manufacturing, supply chain management, packaging and warehousing. For this reason Arrow decided to help hardware entrepreneurs with this new certificate.

‘Arrow Certification” benefits are in a lot of aspects needed in your crowd-funding campaign like marketing and engineering.
Arrow engineers will evaluate and consult you especially in the fields Arrow are good at like Bill of Materials Optimization and Design for Manufacture. Arrow will help you in manufacturing, managing supply chain, packaging and warehousing.

“Arrow Certification” will allow you to access to a lot of Arrow engineering tools like:

  • 6 Free months access to SiliconExpert part search engine the largest electronic component database according to Arrow.
  • Access to Arrow Testdrive™ to try new tools from leading semiconductor manufacturers before you buy them free of charge for 21 days.

You will save money using this certification up to $1,000 for BOM (Bill of Materials) and 10% discount on Arrow.com beside free domestic ground shipping.

If your product successfully certified by Arrow, then your Indiegogo campaign page will receive an “Arrow Certified” badge and you’ll receive instructions to claim “Arrow Certified” special benefits. For more information about the Arrow Certification, read the following pages:

Go to Market with Confidence

Apply For Arrow Certification

About Arrow Certification

Press Release

ISL91128 – A New Buck-Boost Regulator With I2C Interface From Intersil

If your application requires a changing supply voltage, then this new IC is ideal for you. Intersil announced the ISL91128, a new buck-boost regulator. The new regulator has an I2C interface to select a broad set of features including output voltage range and slew rate. This eliminates the need of feedback resistors and allows the reuse of the same design for multiple output voltage needs.

The input voltage range is from 1.8V to 5.5V, and the output voltage range is from 1.9V to 5.5V with output current up to 2.2A. ISL91128 has 2.5MHz switching frequency. It is fully protected for short-circuit, over-temperature and undervoltage, according to the datasheet.

isl91128_applicationISL91128 is available in a small 2.15mm x 1.74mm WLCSP package.

intersil_bbIntersil provides ISL91128IIN-EVZ, an evaluation board for ISL91128. ISL91128 is part of ISL911xx family of buck-boost/boost regulators.

Key Differences in Family
Key Differences in Family

[Product Page]

[Datasheet]

Via: ElectronicsWeekly

ams AS1383 A 200mA, 3.5MHz DC-DC Boost Converter

If you have a single Li-Ion battery powered application, then you need to think about using AS1383 in your design.

AS1383 is a DC-DC boost converter comes in a 6-pin WL-CSP package with 0.4mm pitch, a very small package suits the limited space applications. In the below image, you can compare the WL-CSP package with the 0805 SMD capacitor to know how small it is.

AS1383 And 0805 Capacitors
AS1383 And 0805 Capacitors

AS1383 uses 3.5MHz switching frequency and this high frequency allows the usage of a low profile inductor with only 1μH.

The input voltage range is from 2.7V to 5.5V and The output voltage range is from 2.7V to 5.0V with 200mA output current. It has an enable input pin to reduce the supply current to < 1μA.

AS1383 is available in three options:

  • AS1383-BWLT-AD an adjustable Vout version.
  • AS1383-BWLT-45 a 4.5V fixed Vout.
  • AS1383-BWLT-50 a 5.0V fixed Vout.

The output voltage in the adjustable version can be selected with external resistor divider connected to the FB pin.

The AS1383 price is 0.25$ for 1K order. Also, an evaluation Kit for AS1383 is available for 49$.

I obtained the schematic and the BOM from the evaluation kit manual.

Evaluation Kit for AS1383
Evaluation Kit for AS1383

 

The Schematic of The Evaluation Kit for AS1383
The Schematic of The Evaluation Kit for AS1383

 

The BOM of The Evaluation Kit
The BOM of The Evaluation Kit

Data sheet

Product page

Via: Mouser