Microwave and RF
Solving industrial monitoring challenges through wireless I/O
Remote monitoring and control presents many challenges calling for creative solutions. Whether adding remote I/O to a legacy PLC, extending analog and digital monitoring to a remote plant, or connecting serial devices without creating new hardwired links, industrial users want solutions that are simple to implement, reliable and cost-effective. This white paper considers the capabilities needed in wireless I/O products and suggests what is important in equipment, installation and support.
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AWR SIP white Paper
RF SiP and MCM designs present engineers with the challenge of integrating CMOS ICs for digital circuits and GaAs or SiGe devices for RF and microwave circuits with soft-board laminates and LTCC packages. Software used to design these complex circuits must seamlessly bring together synthesis, simulation, and verification solutions via a single interface in order to ensure optimum component design and placement in each technology.
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10 things to consider when securing an embedded 802.11 Wi-Fi wireless device
The risks to users of wireless technology have increased as the popularity of wireless grows. Hackers are becoming more sophisticated so it's very important that wireless device manufacturers secure their devices properly. From wireless authentication protocols to the environment in which the device is deployed, there are numerous considerations when securing an embedded 802.11 device.
Read more
AWR Nonlinear Modeling White Paper
Linear and nonlinear device models are the building blocks of most RF and microwave designs. S-parameters are often used to represent linear devices. This white paper examines the different nonlinear models and measurement systems available today and how they can be used with Microwave Offi ce ® , a leading high-frequency design environment from AWR Corporation.
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Enabling small cells with TI's new multicore SoC
The use of smart phones and other mobile data devices are driving an unprecedented increase in the volume and nature of wireless network traffic. The high data rates and bandwidths required to support these applications are a challenge in today's networks. As a result, networks are beginning to change. The most significant change is the addition of small cells and the deployment of a wider variety of base stations. This paper will explore a number of key features in small cell systems and how TI's new architecture efficiently enables these features.
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Techniques for System Design in Embedded Environments
The computer as we once new it is becoming fragmented into a variety of smaller form-factors. The challenge now is that all these devices are expected to deliver the same services, with the same functionality, performance as their dedicated desktop counterparts. This paper covers how Qt, the cross-platform application and UI framework, can help embedded developers create unique interfaces tailored for their target audience with fewer lines of code and faster time to market.
Read more
Improved Trak models for beam-generated magnetic fields
This paper describes new methods in the Trak charged-particle optics code to find the self-consistent, beam-generated magnetic fields of high-current beams. The modifications are helpful for general work with relativistic electron beams. They are critical for simulations of high-power microwave devices like the relativistic magnetron and the magnetically-insulated line oscillator.
Read more
TETRA Enhanced Data Services on TETRA 1 Hardware
In addition to those provided by TETRA, TEDS uses a range of adaptive modulation schemes and a number of different carrier sizes from 25kHz to 150kHz. Initial implementations of TEDS will be in the existing TETRA radio spectrum, and will likely employ 50kHz channel bandwidths as this enables an equivalent coverage footprint for voice and TEDS services. The purpose of this whitepaper is to examine the capability of existing CML devices, already used for TETRA 1 designs, to be re-used as a platform for TETRA Enhanced Data Services (TEDS) within the TETRA 2 release standard.
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A Novel Technique of MCU Firmware Upgrade from a Remote Server using 3G Modem
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Remote monitoring and control presents many challenges calling for creative solutions. Whether adding remote I/O to a legacy PLC, extending analog and digital monitoring to a remote plant, or connecting serial devices without creating new hardwired links, industrial users want solutions that are simple to implement, reliable and cost-effective. This white paper considers the capabilities needed in wireless I/O products and suggests what is important in equipment, installation and support.
Read more
AWR SIP white Paper
RF SiP and MCM designs present engineers with the challenge of integrating CMOS ICs for digital circuits and GaAs or SiGe devices for RF and microwave circuits with soft-board laminates and LTCC packages. Software used to design these complex circuits must seamlessly bring together synthesis, simulation, and verification solutions via a single interface in order to ensure optimum component design and placement in each technology.
Read more
10 things to consider when securing an embedded 802.11 Wi-Fi wireless device
The risks to users of wireless technology have increased as the popularity of wireless grows. Hackers are becoming more sophisticated so it's very important that wireless device manufacturers secure their devices properly. From wireless authentication protocols to the environment in which the device is deployed, there are numerous considerations when securing an embedded 802.11 device.
Read more
AWR Nonlinear Modeling White Paper
Linear and nonlinear device models are the building blocks of most RF and microwave designs. S-parameters are often used to represent linear devices. This white paper examines the different nonlinear models and measurement systems available today and how they can be used with Microwave Offi ce ® , a leading high-frequency design environment from AWR Corporation.
Read more
Enabling small cells with TI's new multicore SoC
The use of smart phones and other mobile data devices are driving an unprecedented increase in the volume and nature of wireless network traffic. The high data rates and bandwidths required to support these applications are a challenge in today's networks. As a result, networks are beginning to change. The most significant change is the addition of small cells and the deployment of a wider variety of base stations. This paper will explore a number of key features in small cell systems and how TI's new architecture efficiently enables these features.
Read more
Techniques for System Design in Embedded Environments
The computer as we once new it is becoming fragmented into a variety of smaller form-factors. The challenge now is that all these devices are expected to deliver the same services, with the same functionality, performance as their dedicated desktop counterparts. This paper covers how Qt, the cross-platform application and UI framework, can help embedded developers create unique interfaces tailored for their target audience with fewer lines of code and faster time to market.
Read more
Improved Trak models for beam-generated magnetic fields
This paper describes new methods in the Trak charged-particle optics code to find the self-consistent, beam-generated magnetic fields of high-current beams. The modifications are helpful for general work with relativistic electron beams. They are critical for simulations of high-power microwave devices like the relativistic magnetron and the magnetically-insulated line oscillator.
Read more
TETRA Enhanced Data Services on TETRA 1 Hardware
In addition to those provided by TETRA, TEDS uses a range of adaptive modulation schemes and a number of different carrier sizes from 25kHz to 150kHz. Initial implementations of TEDS will be in the existing TETRA radio spectrum, and will likely employ 50kHz channel bandwidths as this enables an equivalent coverage footprint for voice and TEDS services. The purpose of this whitepaper is to examine the capability of existing CML devices, already used for TETRA 1 designs, to be re-used as a platform for TETRA Enhanced Data Services (TEDS) within the TETRA 2 release standard.
Read more
A Novel Technique of MCU Firmware Upgrade from a Remote Server using 3G Modem
Read more
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Technical papers
- Solving industrial monitoring challenges through wireless I/O
- AWR SIP white Paper
- 10 things to consider when securing an embedded 802.11 Wi-Fi wireless device
- AWR Nonlinear Modeling White Paper
- Enabling small cells with TI's new multicore SoC
- Techniques for System Design in Embedded Environments
- Improved Trak models for beam-generated magnetic fields
- TETRA Enhanced Data Services on TETRA 1 Hardware
- A Novel Technique of MCU Firmware Upgrade from a Remote Server using 3G Modem
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This site contains articles under license from EETimes Group , a division of United Business Media LLC.
