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Tag: applications
STMicroelectronics Launches New STM32 Ultra-Low-Power Microcontrollers For Consumer, Health, And Industrial Applications
2014-02-13 03:48:37| electronicsweb News Articles
STMicroelectronics(NYSE:STM), a global semiconductor leader serving customers across the spectrum of electronics applications, has announced a new range of 32-bit general-purpose microcontrollers that will significantly extend battery life in a wide range of consumer, health, and industrial applications
Tags: health
industrial
applications
consumer
Automotive MLCCs serve high-voltage applications.
2014-02-12 14:31:07| Industrial Newsroom - All News for Today
Suited for high-voltage automotive electronics in standard and hybrid electric vehicles, X7R series is qualified to AEC-Q200 and includes 5 chip sizes from 1206–2220, 6 voltages from 630–3,000 V, and capacitance values from 100 pF to 0.15 µF. There are two RoHS-compliant termination options available: plated Ni/Sn and FLEXITERM®. Latter provides enhanced resistance to mechanical stress by optimizing allowable board flexure. All products are rated for -55 to +125°C operation. This story is related to the following:Multilayer Ceramic Chip Capacitors
Tags: applications
automotive
serve
automotive applications
Richardson RFPD Introduces New Low Noise Amplifier For VHF And UHF Applications From Wavelex
2014-02-12 04:24:56| rfglobalnet News Articles
Richardson RFPD, Inc. recently announces immediate availability and full design support capabilities for a new 0.2-1.0 GHz, N-connectorized low noise amplifier (LNA) from Wavelex.
Tags: from
low
applications
noise
Richardson RFPD Introduces New Low Noise Amplifier For VHF And UHF Applications From Wavelex
2014-02-12 04:24:56| wirelessdesignonline News Articles
Richardson RFPD, Inc. recently announces immediate availability and full design support capabilities for a new 0.2-1.0 GHz, N-connectorized low noise amplifier (LNA) from Wavelex.
Tags: from
low
applications
noise
Path Gain And SAR Analysis Of On-Body Antenna Optimized For Hearing Instrument Applications
2014-02-11 16:54:49| rfglobalnet Downloads
This presentation describes the simulation of one proposed antenna, designed to permit communication between devices in each ear. The design was simulated in the presence of a homogeneous SAM phantom and an anatomically correct, heterogeneous head model. Since the antenna exhibits different performance characteristics depending upon the head model used, a parameter sweep was conducted to determine the optimal configuration for each model. The simulation results illustrate the differences between the head models, suggesting a heterogeneous head model will yield more acceptable results and will improve the safety of the device when used by real human subjects.
Tags: analysis
applications
gain
path
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