Unprecedented growth of over 80% this year at EnSilica has created a further requirement within the company for a major recruitment drive to fuel its continued expansion in the next 12 months and beyond. The company is seeking experienced chip designers with analog, mixed-signal and RF expertise and has also launched a graduate recruitment scheme.[Continue reading →]
SAN JOSE, Calif. -- Cypress Semiconductor Corp. (Nasdaq: CY) today introduced a new PSoC® programmable system-on-chip that simplifies the design of next-generation industrial, home appliance and consumer systems that require multiple sensors. Many Internet of Things (IoT) applications require multiple sensors and can benefit from dedicated coprocessors that offload sensor processing from the host and reduce overall system power consumption. The new PSoC Analog Coprocessor integrates programmable analog blocks, including a new Universal Analog Block (UAB), which can be configured with GUI-based software components. This combination simplifies the design of custom analog front ends for sensor interfaces by allowing engineers to update sensor features quickly with no hardware or host processor software changes, while also reducing BOM costs.
For example, in home automation applications, engineers can easily configure the PSoC Analog Coprocessor to continuously monitor multiple sensors, such as temperature, humidity, ambient light, motion and sound, allowing the host to stay in a standby low-power mode. Future design changes to support new sensor types can also be easily implemented by reconfiguring the programmable analog blocks. Cypress will demonstrate the PSoC Analog Coprocessor, along with its PSoC, FM Flexible MCU, Bluetooth® Low Energy and Energy Harvesting Power Management IC solutions at Sensors Expo from June 21 to 23 in booth 416 at the McEnery Convention Center in San Jose. More information on the PSoC Analog Coprocessor is available at www.cypress.com/PSoCAnalog.[Continue reading →]
Microchip announced the MCP9600--the world's first thermocouple-conditioning integrated circuit to combine precision instrumentation, a precision temperature sensor and a precision, high-resolution analog-to-digital converter (ADC), in addition to a math engine preprogrammed with the firmware to support a broad range of standard thermocouple types (K, J, T, N, S, E, B and R).[Continue reading →]
CAMARILLO, Calif. -- Semtech Corp. (Nasdaq: SMTC), a leading supplier of analog and mixed-signal semiconductors, today announced the uClamp3601P – a 33V, high-performance transient voltage suppression (TVS) device for protecting industrial sensors.
The single-line uClamp3601P achieves the low-clamping voltage performance needed to safeguard today’s small form factor proximity sensors from ESD, EFT and low level surge transients. [Continue reading →]
Microchip\'s new DACs are ideal for applications in the consumer and industrial markets, such as wireless microphones, mp3 player accessories and blood glucose test devices and applications such as motor control, instrumentation, sensor calibration, set point/offset trimming, among others. The integration and feature set of Microchip\'s new DACs offers customers system flexibility and power savings while simplifying their design efforts. CHANDLER, Ariz.[NASDAQ: MCHP] — Microchip Technology Inc., a leading provider of microcontroller, mixed-signal, analog and Flash-IP solutions, today announced the expansion of its non-volatile Digital-to-Analog Converter (DAC) product line with the MCP47FEBXX devices. The low-power, single and dual-channel DACs feature 8-, 10- and 12-bit resolution, integrated EEPROM and an I2C™ interface, and are offered in 8-pin TSSOP packages. The DACs are ideal for applications in the consumer and industrial markets, such as wireless microphones, mp3 player accessories and blood glucose test devices and applications such as motor control, instrumentation, sensor calibration, set point/offset trimming, among others.
The integrated EEPROM enables DAC settings to be recalled at power up, for added system flexibility. The choice of 8-, 10- and 12-bit resolution provides flexibility with design requirements and cost. The various shutdown modes significantly reduce the device current consumption for power critical applications. These devices offer customers the ability to utilize the internal bandgap for device voltage reference, simplifying development and lowering system cost, or use an external voltage reference source in order to optimize their design.[Continue reading →]
Over the past few decades, mixed-signal integrated circuit (IC) design has been one of the most exciting and technically challenging segments of the semiconductor industry. Despite all of the advances that have occurred in the semiconductor industry over that time span, the one constant need is still to ensure the analog world we live in interacts seamlessly with the digital world of computing, a requirement especially driven by the current pervasive mobile environment and the rapidly emerging Internet of Things (IoT) "re-evolution."[Continue reading →]
Microchip\'s new MCP3919 and MCP3912 AFEs integrate three and four channels of 24-bit, delta-sigma Analog-to-Digital Conversion (ADC), respectively, with industry-leading accuracy of 93.5 dB SINAD, -107 dB THD and 112 dB SFDR for precise signal acquisition and higher-performing end products. AFE completes Microchip’s MCP391X family, which spans 1 to 8-channel members for single-phase and poly-phase energy measurement. CHANDLER, Ariz. — Microchip Technology Inc., a leading provider of microcontroller, mixed-signal, analog and Flash-IP solutions, today announced the completion of its high-accuracy, 1-8 channel, single and poly-phase MCP391X energy-measurement Analog Front End (AFE) family. The new MCP3919 and MCP3912 members integrate three and four channels of 24-bit, delta-sigma Analog-to-Digital Conversion (ADC), respectively, with industry-leading accuracy of 93.5 dB SINAD, -107 dB THD and 112 dB SFDR for precise signal acquisition and higher-performing end products. These are the optimal numbers of channels for single-phase energy meters with neutral monitoring (3-channel); or single-phase, three-wire energy meters (4-channel). The high level of integration on the new AFEs also includes a low-drift voltage reference, programmable gain amplifiers, phase-delay compensation and cyclic redundancy check (CRC).
As the energy-metering infrastructure is being upgraded worldwide, designers are demanding increased AFE accuracy and integration to develop the latest generation of smart meters. These features are also required by the designers of advanced power-monitoring systems for applications such as server power supplies and power distribution units, electronic circuit breakers, smart power strips and other data-acquisition products in the industrial, commercial and consumer markets. Microchip’s newest AFEs improve application performance with their industry-leading accuracy, high integration and optimal number of channels for single-phase energy measurement. Additionally, the high AFE accuracy facilitates energy-meter calibration, which reduces production costs.[Continue reading →]
When designers are trying to select a component in the signal path of a satellite system, it is often difficult to find a device with both the radiation tolerance and accuracy required. Signal integrity is, after all, the key specification when designing an analog signal chain. The main causes of error to the integrity of the signal chain can be divided into two categories: inaccuracies due to noise and inaccuracies due to shifts in voltage. While it is important to consider all components in the signal path, one component is the most critical in achieving precision performance: the voltage reference.[Continue reading →]
DALLAS – Texas Instruments (TI) is enabling system designers to reduce the size of their industrial monitoring and control applications with its newest successive approximation register (SAR) analog-to-digital converters (ADCs). The ADS7042 is the industry’s smallest and lowest-power 12-bit SAR ADC, and the ADS8354 family includes the industry’s smallest 14- and 16-bit, simultaneous-sampling SAR ADCs. For more information about the ADS7042 and ADS8354 family, visit www.ti.com/saradc-pr.
Ads7042 [Continue reading →]
PC/104 Sized Microcontroller with PIC32 Micro/sys recently released a low-power single board microcontroller with fully integrated web hosting, networking, and analog I/O on a PC/104 form factor (3.775” x 3.55”). Featuring Microchip’s 80MHz PIC32® microcontroller, the USB3032 is an ideal COTS solution for applications requiring low power in -40˚C to +85˚C operation. USB3032 includes access to Microchip’s easy-to-use and widely supported IDE tool suite and protocol stacks, which, combined with Micro/sys’ 10-year product availability and attractive OEM pricing, allows designers to shorten time-to-market and maximize development productivity while keeping overall system production and maintenance costs low.
With this simple microcontroller, designers can communicate via different communication protocols while their production, security monitoring, data logging, or test and measurement control application continues running. Some mix-and-match protocol conversions available are Ethernet to CAN, CAN to USB, and USB to RS232. For example, a user might want the USB3032 to communicate via 10/100 Mbps Ethernet to an internal IT intranet to transmit instructions for controlling the on-board D/A, A/D or I/O in the field, then forward the results via CAN down-stream to other processes for control. USB3032 performs well in such environments by storing up to 1024 messages in 32 buffers while offering user-selectable filter-to-buffer mapping with 32 filters and 4 filter masks. For maximum data processing over Ethernet and CAN, USB3032 offers a built-in DMA interface.[Continue reading →]
CHICAGO – Design engineers looking to extend the capabilities of FPGA/CPLD boards with mixed-signal/analog integration can now take advantage of Analog Devices PMOD Compatible Reference Design Boards from Newark element14.
PMODs are small I/O interface boards that offer an ideal method for extending the capabilities of FPGA/CPLD boards. Analog Devices PMOD-compatiable modules offer a wide variety of solutions that provide quick and easy access to leading analog and mixed-signal reference designs.[Continue reading →]
Simulation tests of aerodynamics are conducted to improve the physical designs of a variety of products so as to enhance overall safety, comfort, and performance. The larger the object being tested, the more complicated the test will be. Test and measurement solutions based on PXI Express (PXIe) architecture can help to simplify and speed up system installation.[Continue reading →]
The DS-MPE-DAQ0804 offers 8 16-bit analog input channels, 4 16-bit analog output channels, and 21 configurable digital I/O lines in a PCIe MiniCard form factor with an extended operating temperature of -40oC to +85oC.[Continue reading →]
Electronic Warfare (EW) system designers are taking advantage of the performance leaps in commercial technology, driven by high-volume commercial markets such as telecommunications and cloud computing. These components such as FPGAs combine speed, high connectivity, and low power consumption for signal-processing intensive EW platforms such as fighter aircraft and Unmanned Aerial Vehicles (UAVs).[Continue reading →]
Geneva, March 11, 2014 – STMicroelectronics (NYSE: STM), a global semiconductor leader serving customers across the spectrum of electronics applications, has announced a raft of analog and mixed-signal devices targeting the rapidly growing market for wearable technology. These devices include current sensors, audio amplifiers, op amps, analog switches, and battery gas gauges enabling ST to offer the industry’s most complete set of building blocks for creating innovative wearable applications.
Wearable applications are making a growing impact in markets that range from new healthcare technologies including remote heart-rate monitoring to consumer applications such as smart fashion accessories. These applications represent a range of current and future markets that market analysts Strategy Analytics projects to grow by more than 70% through 2017.[Continue reading →]
Modern radar and electronic warfare designs rely heavily on embedded computing systems that leverage high-speed commercial processors and FPGAs to find every target or signal and enable the warfighter to respond in real time. Meanwhile, signal processing system designers are cutting costs by using parallel compute platforms such as OpenCL that work across multiple chip platforms.[Continue reading →]
Increased competition, more dense designs and integration of different technologies in a small space combined with market regulatory pressures are creating new challenges for original equipment manufacturers. As a result, implementing the necessary transient immunity protections to prevent application malfunction due to transients on power and signal lines is becoming ever more challenging. The impact of increasing microcontroller (MCU) sensitivity and low-cost application design is being felt in all markets: consumer, industrial, automotive, etc. While there are significant differences in the design and use of products for these markets, the susceptibilities induced in all microcontroller-based applications are essentially the same. Typical susceptibilities include unexpected state changes on input pins (reset, interrupt request, or general purpose inputs) and corruption of on-chip clock signals, which can all cause various operational issues on the design itself, in addition to resulting in failure to meet regional compliance regulations for electromagnetic compatibility (EMC).[Continue reading →]
This White Paper describes the implementation of the Rohde & Schwarz (R&S) FSVR’s realtime capabilities. It shows fields of application as well as the technical implementation. The measurement speed available in today's spectrum analyzers is the result of a long evolution. But one property has survived all evolution steps: even the R&S FSV does not detect signals between the end of one sweep and the start of the next one. This gap in data acquisition, the so called "blind time", has decreased with each new spectrum analyzer generation, but it is still present.
The keys to a real-time spectrum analyzer are: · Parallel sampling and FFT calculation: The data acquisition continues while the FFTs are performed. · Fast processing of FFT algorithms: The computation speed must be high enough to avoid that "stacks" of unprocessed data are being built up. Slow FFT computation will result in an overflow of the capture memory and a subsequent data loss (= a new blind time).[Continue reading →]
The Symmetricom(r) QUANTUM(tm) Chip Scale Atomic Clock (SA.45s CSAC) delivers the accuracy and stability of an atomic clock to portable applications for the first time. That means that when it comes to the next era in atomic timekeeping, the clock is already running.[Continue reading →]
This application note along with its corresponding white paper 1MA207 show how to use the Rohde and Schwarz radar product portfolio to tackle test and measurement tasks in modern radar technology. Target groups are students who want to become familiar with radar issues as well as radar professionals who want to solve certain test and measurement tasks.[Continue reading →]
This 60+ page brochure leverages Freescale's rich history of innovation in motor control processor solutions to simplify and speed up your motor control design projects. Learn about motor control techniques such as encoder signal processing, advanced synchronization, trapezoidal back EMF BLDC motor control, torque generation, sensorless field oriented control and more. Links are provided for reference designs, tools and processors to implement many of the described techniques.
Motor control methods described include brushless DC (BLDC), permanent magnet synchronous motor (PMSM), AC induction motor (ACIM), and switched reluctance motor (SRM). Specific solutions are described for appliances, fans, compressors, air conditioners, industrial drives, servo robotics, medical pumps and respirators. [Continue reading →]
The data busses in aircraft and spacecraft require very high quality in transmission and reception since proper communication of commands and data are crucial to operation. The ARINC 429 standard used predominately in commercial aircraft and the MIL-STD-1553 bus used in military avionics and space vehicles (military and commercial) have some common characteristics as well as important differences. This paper will give useful examples of how to view, test and troubleshoot these busses using digital oscilloscopes.[Continue reading →]
National Semiconductor Corp. has announced the availability of seven new 24-bit and 16-bit multi-channel sensor AFEs (analog front-ends) to enable designers to easilly configure signal paths from interface sensors to microcontrollers.[Continue reading →]
Texas Instruments has announced availability of the new TRF7970A NFC (near-field communications) transceiver, which they claim offers the industry's lowest power, extending battery life "up to 2 times longer than competitive products" by virtue of eight selectable power modes. TI is also offering royalty-free software stacks for the TRF7970A to developers, which they say are compatible across a broad range of the company's MSP microcontrollers.
Read more from Mike Demler's EE Daily News [Continue reading →]
Conexant has announced the launch of a new audio playback product line acquired from Keterex to play 8 KHz audio data directly to an external speaker via an on-chip digital audio processor and class-D amplifier.[Continue reading →]
The 23rd annual Hot Chips conference at Stanford University held a series of talks that were billed as a "tutorial" on Package-Scale Power Management. In actuality, the talks were less tutorial and more of a review of the challenges, and current and (potential) future solutions for power management in heterogeneous multicore designs. One common thread that ran through each of the presentations... integration of more complex and higher performance analog circuits is an absolute requirement. Digital needs analog more than ever.
Read more from Mike Demler's EE Daily News [Continue reading →]
Daniel explains why wireless and medical imaging systems cannot simply appropriate data compression technologies, such as MP3, used in other fields, elaborating on why compression technologies fall short for higher-performance applications. He then describes a new compression algorithm that can keep pace with sample rates of up to 40 gigasamples per second.Today’s Data Acquisition Systems (DAS) using Analog-to-Digital Converters (ADCs) in wireless infrastructure and medical imaging applications are adding more channels while at the same time increasing both bit-resolutions and sampling rates, causing a data explosion at the system level. All this data must be transported from the DAS, where it is acquired, to processing devices such as FPGAs or CPUs, where the raw data is processed. This “data pipe” uses many device I/Os, crosses various interfaces and busses, and often includes different forms of storage along the way such as DRAM or disk drives and RAID. Over the years, the brute force approach to increasing the size and capacity of this pipe was to throw more hardware at the problem. Indeed, ADCs grew wider in bits; FPGAs grew larger in density, and memory requirements increased accordingly, with the same thing happening to a lesser extent in I/O as well. Systems grew more complex, used more power, and saw overall higher bill of material costs.
Dealing with this data explosion without increasing complexity and cost in FPGA-based designs means adopting some form of data compression in the FPGA, usually with IP algorithms. Real-time signal compression of the data sampled in systems such as wireless and medical imaging can take on the data geyser, at the same time reducing system complexity, power, and costs.[Continue reading →]
Advances in technology have brought with them ever-increasing demands for more compute power in multiple application areas. Many, but not all, of these high-performance applications are related to telecommunications, and they face similar computing problems: [Continue reading →]