Farran Technology’s Post

Rectifier power circuits, High speed rectifier diodes, Microwave diode, RF Diode

Power management IC, Proprietary RF Module, GPS modules, ‎Bluetooth Low Energy

Transitioning from analog to Digital IF will require you to evaluate your existing analog systems and identify the feeds you want to move into digitalisation. Digital IF can integrate with analog equipment like Matrices, RF over Fibre, and Frequency Converters. Moreover, Digital IF is compatible with both legacy and virtual modems that follow the DIFI standard, facilitating a shift towards a fully digital configuration. Learn more: https://lnkd.in/exHzXqzf #digitalif #digitalrf #satcomdigitalisation #genusdigital #rfoverip #rfdigitalisation #etlsystems

Why ICS Repeater? 1. The repeater is transparent to the network. You don’t need to change the base station setting and can quickly improve indoor coverage. 2. The indoor RF repeater is the fastest way to solve customer complaints about poor service. 2.1 No backhaul with wire or wireless In/Out 2.2 The repeater with ICS function can automatically adjust parameters to get the best signal performance and coverage area. The video shows how to install Morelink's Pico ICS Repeater. ICS reduces the required isolation, enabling in-built donor and service antennas. Thus, PnP is available. That is to say, ICS = Easy Installation! #Morelink ICS Pico Repeater

RF Modules, Bluetooth Module, USB wireless transceiver, High speed data

#5G base stations have far more modems, data converters, and high-speed baseband digital processing, which leads to higher power needs. And they may need as much as 3X more power than existing 4G designs with a marked increase in #EMI.

When seamless communication could mean life or death, precision wireless antennas are imperative. In the Intelligent Transportation Systems sector, @PCTEL handles mission critical applications with their line of precision wireless antennas. Read the solution brief and contact a PCTEL Electronics Illuminated LLC expert to discuss how their wireless solutions can work for your organization. #Antennas #IntelligentTransportation

Did you know that TTI, Inc. has a blog? I was today years old when I found out, checkout this one discussing #rftechnology. We see and hear a lot about #rfid #bluetooth and various communications protocols these days and most of them lead back to various types of electo-magnetic frequency manipulation. In this episode, we bring Donna Wallburg from Molex on to discuss #rfconnector assemblies with John Sandy and Dan Venuto. #ttiinc #molex #distribution https://lnkd.in/gguBJF7C

#OPA4354AIPWR The OPAx354 series high-speed voltage feedback CMOS operational amplifier is designed specifically for video applications and other applications that require broadband bandwidth. These devices have stable unit gain and can output large currents. The differential gain is 0.02%, and the differential phase is 0.09 °. The static current is only 4.9mA per channel.The OPAx354 series operational amplifiers are optimized for single or dual power supply operation as low as 2.5V (± 1.25V) and up to 5.5V (± 2.75V). The common mode input range exceeds the power supply range. The output swing of the power rail is within 100mV, supporting a wide dynamic range.For applications that require a fully continuous output current of 100mA, single channel and dual channel 8-pin HSOP Powerpad versions can be used.The single channel version (OPA354) adopts micro 5-pin SOT-23 and 8-pin HSOP Powerpad packaging. The dual channel version (OPA2354) adopts a miniature 8-pin VSSOP and 8-pin HSOP Powerpad package. The four channel version (OPA4354) adopts 14 pin TSSOP and 14 pin SOIC packaging.The multi-channel version adopts completely independent circuits, which can minimize crosstalk and completely eliminate mutual interference. The rated extended operating temperature range for all functions is -40 ° C to+125 ° C.