Data Interface - Virtual Instrumentation, Device Networking.

Thursday, February 09, 2017

Berkeley Varitronics Systems - BVS

WiMAX, 4G LTE, Wi-Fi & CDMA Wireless Test Tools. BVS designs and manufactures portable power meters such as YellowFrog 2 and Wi-Fi power analyzers such as the BVS Power Analyzer.

Berkeley Varitronics Systems - BVS
 
Yellowjacket-TABLET is both a handheld tablet PC spectrum analyzer and 802.11b/a/n/g packet demodulator. The calibrated receiver measures between 2.0 - 5.9 GHz covering such popular wireless bands including Wi-Fi, Wi-MAX, ISM, Public Safety, Bluetooth and more.

 Yellowjacket-TABLET Wi-Fi Analyzer

Yellowjacket-TABLET Wi-Fi Analyzer

Powerful spectrum analysis features include user selectable power triggers, 3 pairs of markers, video smoothing, waveform averaging, 1 live trace and up to 4 peak hold waveform traces with peak hold/search. This advanced spectrum analysis allows it to display areas of RF interference.

Some Features
  • RF Spectrum anlaysis in your hands or on your desktop
  • Identify WiMAX, RFID, Wi-Fi, 802.11 & other ISM interference in spectrum analysis mode
  • Channel power measurements in true dBm
  • Large, 7" WVGA touch-screen GUI
Berkeley Varitronics Systems, Inc.
255 Liberty Street, Metuchen, NJ 08840 USA.

Wednesday, February 08, 2017

RF ASIC MAXIM Semiconductor

Maxim's ASICs enable you to "lock up" or Protect a circuit-design intellectual property (IP). These can be used for creating solutions for Cellular, Handheld, Satellite Datacommunications, GPS, etc.

Maxim chips have a wide range of uses, especially in easily resolving Complex Analog and Mixed Design Requirements.

RF and Wireless ASICs - Maxim

"A two-stage 1.9GHz monolithic low-noise amplifier (LNA) with a measured noise figure of 2.3dB and an associated gain of 15dB was fabricated in a standard silicon bipolar transistor array. It dissipates 5.2mW from a 3V supply including the bias circuitry. Input return loss and isolation are -9dB and -20dB, respectively."

Schematic of the two-stage LNA

QuickChip Design Example 2 - Low Power Silicon BJT LNA for 1.9GHz

Saturday, February 04, 2017

ViPEC Network Analyzer

ViPEC is a powerful tool for the analysis of high frequency, linear electrical networks. It takes a schematic description of the electrical network and performs a linear analysis in the frequency domain.

ViPEC Network Analyzer

The output is in the form of port parameters (S, Y or Z) with results presented on a user defined grid, Smithchart or table. It can also be used to compute other characteristics like stability factors and group delay.

ViPEC Network Analyzer

ViPEC supports various lumped elements (capacitors, resistors etc.) as well as distributed networks like transmission lines, microstrip and stripline structures. Two port data files are also supported (e.g. the 2-port frequency parameters of various RF transistors as supplied by the manufacturer). The component library is under constant development with new elements added at regular intervals.

Thursday, January 12, 2017

Electronic Product Development - Fidus Systems

High-speed Electronic Product Development (EPD) with extensive design experience in turnkey product development and technical knowledge in System Design and Architecture.

Electronic Product Development - Fidus Systems

Some Areas of Service Include - FPGA/CPLD Design, DSP Design, PCB Layout & Signal Integrity, RF/Wireless Design, Automated Identification Systems (AIS).
Tesla- This pole-mount WiMAX product was created to some pretty intense specifications. This was a full turnkey project for Fidus, involving all of our disciplines: Hardware, FPGA, Layout, Embedded Software, Signal Integrity, and Mechanical



Fidus delivers Signal Integrity (SI), Power Integrity (PI) and Electromagnetic Compatibility (EMC) analysis for on-chip IC (Integrated Circuit) design, Package design, Printed Circuit Board (PCB) and System design.

Signal Integrity/EMC - Fidus Systems

Fidus Systems
375 Terry Fox Dr., Ottawa, ON, K2K 0J8, Canada.

Wednesday, January 11, 2017

Microchip PIC - Wireless Connectivity Design

Ethernet communication solutions offer access to the most widely deployed networking system. The TCP/IP protocol, which is at the core of this technology, allows total location independence and interoperability to any embedded application.

Microchip PIC - Wireless Connectivity Design

Ethernet. TCP/IP, ZigBee, MiWi - "The emerging standard for flexible wireless networking specifically designed for embedded control. ZigBee supports stars, clusters and mesh networks of up to 64k nodes. Microchip supplies a free stack that supports a variety of transceivers."

MRF24J40MA 2.4 GHz IEEE 802.15.4 radio transceiver module.

Has a integrated PCB antenna, matching circuitry, and supports ZigBee too. Connects to many PICs via a 4-wire SPI interface. You can design wireless sensor networks and home automation systems.


The MRF24J40 is an IEEE 802.15.4 Standard compliant 2.4 GHz RF transceiver. It integrates the PHY and MAC functionality in a single chip solution.

A frequency synthesizer is clocked by an external 20 MHz crystal and generates a 2.4 GHz RF frequency. The receiver is a low-IF architecture consisting of a Low Noise Amplifier (LNA), down conversion mixers, polyphase channel filters and baseband limiting amplifiers with a Receiver Signal Strength Indicator (RSSI).

Tuesday, January 10, 2017

Boonton Electronics - Wireless Telecom Group

WTG designs and manufacturers radio frequency and microwave-based products for wireless and advanced communications industries. Brands - Boonton Electronics, Microlab/FXR and Noisecom.

Boonton Electronics - Wireless Telecom Group
 
"Founded in 1947 in Morris Plains, New Jersey, Boonton Electronics quickly developed a reputation for innovative solutions in the design of power meters, RF voltmeters, and impedance measuring equipment."

Boonton 4530 Peak Power Meter

4530 Peak Power Meter

The 4530 series RF Peak Power Meter can make Peak, CW Power and RF Voltage measurements at high speed from 10 Hz to 40 GHz.

Some Features
  • Frequency Range: 10 Hz to 40 GHz
  • Dynamic Range: Peak Power >60 dB CW Power -90 dB
  • Synchronous/Asynchronous Triggering
  • Dual-channel statistical measurements (CDF/PDF)
Boonton
25 Eastmans Road,Parsippany, NJ 07054, United States.

Monday, November 07, 2016

Radiocalc or dBcalc - Conversions RF Engineering

Besides classical functions and dB conversions, RadioCalc includes a converter of Power to field strength commonly used for EMC/EMS test-set-up. Also impedance can be represented as a function of reflection coefficient (somehow like an electronic Smith-chart). This and many other functions are obtained by clicking into the arrow of the "Conversion off" window.

Radiocalc - Convertisseur Radio Universel

Radiocalc - Convertisseur Radio Universel

Thanks to RadioCalc the different dB charts are obsolete by computing the ratios of Power (W) or Voltages (V) according to dB = 10*log(P2/P1) ou dB = 20*log(V2/V1).

Just for a trial : type 100/10 (or just 10) and push the dB button as the 'W' mode is chosen, the result will be 10 dB, then choose the 'V' mode by clicking in the V button (in the Quick dB window) push again dB, the result is now 20 dB.

From - Temcom - Consulting for test & measurement and electronics in France
(This was Earlier Radiocalc, i have now updated the link to the new site in France)