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RIGOL Introduces its Most Powerful Oscilloscope Ever – StationMax DS70000 Series up to 5 GHz

Posted on by mixos

RIGOL Technologies announces its next generation of technological innovation with the release of StationMax Digital Oscilloscopes powered by the new UltraVision III platform. The new DS70000 Series is available in either 3 or 5 GHz bandwidths and combines the new UltraVision III oscilloscope technology and UltraReal spectrum analysis technology into RIGOL’s most powerful test and measurement instrument ever.

The innovative UltraVision III platform combines updated oscilloscope and spectrum analysis technology with its custom front-end Phoenix ASIC chipset to expand RIGOL solutions into new applications. In addition to 3 or 5 GHz bandwidths, StationMax provides 4 channels, 20 GSamples/sec sample rate (10 GSa/sec on all channels), 1 million waveforms/sec capture rate, 2 Gpts maximum storage depth, and high resolution measurements up to 16 bits.

StationMax leverages technology to provide Real-Time Oscilloscope and Spectrum Analyzer functionality. The DS70000 series delivers new performance, speed and analysis capabilities, as well as a completely new interface designed for the 15.6″ multi-touch display. Powerful analysis capabilities include real-time spectrum analysis, multi-domain analysis, eye diagram and jitter analysis, high speed bus compliance, and serial bus decoding.

“We are extremely proud to introduce such a dynamic technology set to engineers and excited for all of the new applications it fulfills,” stated Chris Armstrong, Director of Product Marketing for RIGOL USA. “StationMax allows us to provide outstanding solutions for high-speed analog and digital design verification. With our new probe solutions up to 7 GHz, engineers can now capture and analyze their most sensitive signals with an instrument that provides RIGOL’s well known combination of capability and value. Design and failure analysis engineers working in research, semiconductor, RF, and IoT markets can now utilize RIGOL solutions at the chip, device, and system level for their debugging and testing applications.”

StationMax is designed for ease of use and convenience. The 15.6″ display features an electronically controlled tilt function to optimize viewing and usability. This intuitive touch multi-panel display simplifies analysis by isolating important measurements in separate windows including real-time spectrum view, multiple FFT and math functions, jitter, and real-time eye. For engineers who prefer tactile control, the instrument has separate scale and position knobs for each channel and the horizontal. Channel controls are backlit and color coded with RIGOL probes.

Complementing this powerful instrument is a new family of high-speed precision probe solutions. These active differential probes are available in 3.5 and 7 GHz models delivering excellent 3 and 5GHz measurements to the probe tip. These probes also have automatic spacing controls with 3 user-defined settings at the touch of a button, a work light for easier connections, and automatic color-coded LEDs to match the signal on the display.

New StationMax oscilloscopes allow engineers to communicate, control and access their test data with ease, addressing a key challenge facing engineers performing advanced testing and analysis. DS70000 oscilloscopes include USB 3.0 host and device communication for storage and computer control, gigabit LAN for high-speed data transfer, all new and advanced web control, HDMI for external display, and onboard FTP data sharing. All of this makes it possible to move gigabits of data at high speed with less instrument downtime for offline analysis and data archival.

“The technology advances incorporated into our new UltraVision III platform empowers engineers to problem solve with RIGOL instrumentation even on their newest designs.” continues Chris Armstrong. “Our performance specifications, analysis capabilities, enhanced usability in both display and probes, as well as our improved data access compares favorably with the current market leaders. We are excited to deliver this high-performance system and we encourage engineers in these applications to consider the performance, reliability, and value that RIGOL can bring to bear on your high-speed design challenges.”

Learn more at www.rigolna.com

RIGOL Introduces Higher Current Models to its DP800 Series of Linear DC Power Supplies

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RIGOL Technologies is expanding its popular DP800 Series of Linear Benchtop DC Power Supplies with new higher current models up to 20 Amps. The new DP800 models provide a programmable linear power supply with high current, low ripple, and high precision for many industries and applications such as optical communication module testing, chip, and integrated circuit testing, semiconductor testing, and industrial ATE verification.

The new DP813/DP813A Power Supplies are available with 1 output, 8V/20A (Low Range), 20V/10A (High Range), remote sensing and total power up to 200W. The new DP822/DP822A models feature 2 isolated outputs, 20V/5A and 5V/16A, remote sensing and total power up to 180W.

These new power supplies address the continuing trend towards higher current applications for power, battery, and telecommunications equipment. In addition, the 2 output DP822/822A power supplies fulfill the technical requirements for emerging higher speed optical module power testing. The DP813A and DP822A models come standard with high resolution, analysis, digital IO, and communication options that can be added to the DP813 and DP822 models. This includes USB, RS-232, and Ethernet communication.

Due to the higher test currents, these new models are equipped with separate sense connections which can be used to eliminate error from cable loss in measurements. RIGOL’s linear power supply design limits ripple noise on the output to less than 350 μVrms. This combination of power, capability, and accuracy make DP800 series power supplies a valuable addition to any engineer’s bench.

“The DP800 Power Supply Family is our most popular. These new models allow us to deliver more complete solutions for engineers who need to provide and analyze higher DC current levels on their newest designs.” stated Chris Armstrong, Director of Product Marketing for RIGOL USA. “These new power supplies complement a series of recent product line expansions into higher current application areas that include our DL3000 family of DC electronic loads, as well as recent current probe additions including the RP1006C, PCA1030, PCA1150, and PCA2030 probes that work with our integrated power analysis toolkit available on RIGOL’s UltraVision II Oscilloscopes.”

Learn more at www.rigolna.com

New 12MP Blackfly S with On-Sensor Polarimetry – Smallest on the market!

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Introducing the latest addition to our polarized Blackfly S GigE camera lineup – the BFS-PGE-123S6P-C. This new 12MP model is well suited for applications dealing with reflective and/or challenging lighting conditions. Ideal for use cases like traffic systems, UAS (unmanned aerial systems), inspection lines with transparent or reflective parts, and other uncontrolled lighting environments.

Our camera pairs the new Sony IMX253 MZR sensor with an easy-to-use glare reduction feature built into our Spinnaker SDK, making application development and deployment fast and easy. These new GigE cameras with Power over Ethernet (PoE) also take advantage of our new Lossless Compression feature, delivering up to 14 FPS at full resolution without compromising on image quality. Weighing in at just 36 grams, it is significantly lighter and more compact than competing offerings in the market. Read along for more detailed specs, pricing and to consult a specialist about your project requirements.

  • 12 MP Global Shutter CMOS featuring on-sensor polarimetry
  • Delivers resolution of 4096 x 3000 @ 10 FPS (up to 14 FPS with Lossless Compression enabled)
  • Smallest and lightest: 29 x 29 x 30mm, 36 grams
  • Spinnaker SDK can dynamically reduce reflections from non-metallic surfaces
  • Long-distance cable options for unique application setups
  • Features Power over Ethernet (PoE – GigE)

View Detailed Specs

Alliance Memory 4GB and 8GB eMMC solutions

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Alliance Memory today introduced two new industrial-grade embedded multi-media card (eMMC) solutions. For solid-state storage in consumer, industrial, and networking applications, the 4GB ASFC4G31M-51BIN and 8GB ASFC8G31M-51BIN each integrate NAND flash memory with an eMMC controller and flash transition layer (FTL) management software in a single 11.5 mm by 13 mm 153-ball FBGA package.

The devices released today are compliant with the JEDEC eMMC v5.1 industry standard, supporting features such as boot operation; replay protected memory block (RPMB); device health report; field firmware updates; power off notification; enhanced strobe features for faster and more reliable operation; write leveling; high-priority interrupt (HPI); secure trim/erase; and high-speed HS200 and HS400 modes. The ASFC4G31M-51BIN and ASFC8G31M-51BIN are also backwards-compatible with eMMC v4.5 and v5.0.

The eMMCs will be used in products such as smart watches, tablets, digital TVs, set-top boxes, VR and AR headsets, digital cameras, infotainment, CCTV, surveillance, automation, point-of-sale systems and emerging embedded applications. For designers, the ASFC4G31M-51BIN and ASFC8G31M-51BIN simplify designs for fast and easy system integration in these products — speeding up product development and time to market — while saving space by eliminating the need for an external controller. In addition, the devices’ FTL software provides high reliability and stable performance with wear leveling and bad block management.

The ASFC4G31M-51BIN and ASFC8G31M-51BIN operate over an industrial temperature range of -40°C to +85°C and offer programmable bus widths of x1, x4, and x8. The devices’ NAND memory with internal LDO can be powered with a single 3V supply voltage, while the controller can be powered by 1.8V or 3V dual supply voltages.

Samples and production quantities of the eMMCs will be available in Q1 2022, with lead times of 12 weeks.

more information: https://www.alliancememory.com/emmc/

Infineon Technologies MOTIX™ BLDC TLE956X Motor Control Shield

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Infineon Technologies MOTIX™ BLDC TLE956X Motor Control Shield (BLDCSHIELDTLE956XTOBO1) is a demonstration and development platform for the TLE9563-3QX Motor Control System IC. The TLE9563-3QX is a multifunctional system IC with an integrated power supply, communication interfaces, multiple half-bridges, and additional support features. The device is designed for various motor control automotive applications. To support these applications, the TLE9563-3QX provides the main functions, such as a 5V low-dropout voltage regulator, one HS-CAN transceiver supporting CAN FD, and CAN Partial Networking. The device also integrates three half-bridges for BDLC motor control, one current sense amplifier, and one 32-bit serial peripheral interface (SPI).

The Infineon Technologies MOTIX BLDC TLE956X Motor Control Shield features a pre-installed TLE9563-3QX in a PG-VQFN-48 package. The Motor Control Shield also features an onboard Back-EMF detection circuit and a connector for a HALL sensor.

The TLE956X Motor Control Shield is designed to be controlled by the ConfigWizard GUI (Graphics User Interface) via the µIO-Stick Interface Device (not included). In addition, the Motor Control Shield features an Arduino-compatible interface, enabling it to be used with an Arduino UNO Microcontroller Board.

Features

  • TLE9563-3QX Motor Control System IC
    • Operating voltage range 5.5V to 28V with 5V compatible logic input
    • Integrated reverse polarity protection with onboard EMC filter
    • Three integrated half-bridges MOSFETs
    • 5mΩ low-side current sense
  • High-Power RGB led driven by integrated High-Side switches
  • Onboard Back-EMF detection circuit
  • Connector for HALL-sensor
  • Three onboard N-channel MOSFETs
  • BEMF comparator
  • Connector for µIO-Stick Interface Device
  • Arduino example codes are available

Board Layout

Resources

EPCOS / TDK AVD I2C Output Differential Flat Pressure Sensors

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EPCOS / TDK AVD I2C Output, Differential, Flat Pressure Sensors offer standard hose connections at the pressure ports and can be used as differential and/or gauge pressure sensors. These sensors offer high accuracy, high media resistance, and wide pressure ranges from 0..16mbar up to 0..7bar. The AVD Pressure Transmitters feature integrated temperature measurement and piezoresistive MEMS technology in a -20°C to +70°C operating temperature range. Applications include pumps/compressors, energy/water management, flow control, level sensing, and more.

Features

  • Flat design
  • Standard hose connection at pressure ports
  • Can be used as a differential and gauge pressure sensor
  • 0..16mbar up to 0..7bar pressure range
  • High accuracy
  • High media resistance (gases)
  • Integrated temperature measurement
  • Standard I2C digital data interface
  • Based on piezoresistive MEMS technology
  • Proven in medical applications (venting machines)
  • RoHS compliant and Halogen-free

Specifications

  • Temperature ranges
    • -20°C to +70°C operating
    • -30°C to +70°C storage
  • 2.7V to 5.5V supply voltage range
  • 10mA maximum supply current, 3mA typical
  • 4MHz system clock frequency
  • 0.5ms update period

more information: https://product.tdk.com/en/search/sensor/pressure/pressure-transmitter/info?part_no=B58621V2894B767

REF70 – Ultra-high-precision voltage reference with low noise and low drift

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Texas Instruments REF70 Precision Voltage Reference is a family of high-precision series voltage references that offers the industry’s lowest noise (0.23ppmp-p). They offer a very low-temperature drift coefficient (2ppm/°C) and high accuracy (±0.025%). The REF70 offers a high PSRR, low dropout voltage, and excellent load and line regulation to help meet strict transient requirements. This combination of precision and features is designed for applications such as test and measurement that demand a precise reference. These devices should be paired with precision, high-resolution data converters such as ADS8900B, ADS127L01, and DAC11001A, to achieve optimal performance in the signal chain. The REF70 is also designed for noise-sensitive medical applications such as ultrasound and X-ray to help enable low-noise measurements from the analog front end.

The Texas Instruments REF70 family is available in VSSOP and LCCC package options. The LCCC (FKH) package is a hermetically sealed ceramic package that allows for low, long-term drift for applications that require a stable reference over a long time without calibration. The REF70 is specified for the wide temperature range of −40°C to +125°C. The wide temperature range enables operation across various industrial applications.

Features

  • Low noise enables precision measurements
    • 0.23ppmp-p low frequency noise (0.1Hz to 10Hz)
    • 0.35ppmrms 10Hz to 1kHz
  • Low-temperature drift coefficient
    • 2ppm/°C maximum (-40°C to 125°C)
  • ±0.025% maximum high accuracy
  • Humidity resistant hermetic ceramic package (LCCC)
  • 28ppm low long-term stability (1k hr)
  • 400mV low dropout
  • Designed for a wide range of applications
    • Wide input voltage up to 18V
    • ±10mA output current
    • Voltage options (2.5V, 3V, 3.3V, 4.096V, 5V)
  • Ultra-flexible solution
    • Stable with 1µF to 100µF output low-ESR capacitor
    • 107dB at 1kHz high PSRR
    • −40°C to +125°C operating temperature range

more information: https://www.ti.com/product/REF70

Glitch-Free Supervisor Delivers Robust Protection for Low-Voltage IoT Applications – MAX16162

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Eliminate power-up errors with Maxim’s MAX16162 small, low-power, glitch-free supervisor

Maxim’s MAX16162 ultra-low current, single-channel supervisory IC monitors the power supply voltage and asserts a reset when the input voltage falls below the reset threshold. After the monitoring voltage rises above the factory-set threshold voltage, the reset output remains asserted for the reset timeout period and then de-asserts, allowing the target microcontroller or microprocessor to leave the reset state and begin operating.

Features

  • 825 nA (typ) quiescent current extends battery life
  • Multiple available reset timeout periods
  • Threshold voltage: 0.6 V to 4.85 V
  • 4-bump WLP and 4-pin SOT23 packages
  • Operating temperature range: -40°C to +125°C
  • Separate VCC and VIN inputs

Applications

  • Low voltage microcontrollers and microprocessors
  • Portable/battery-powered equipment
  • E-readers/tablets
  • Wearable/portable accessories
  • Smartphones

Application Diagram

 

more information: https://www.maximintegrated.com/en/products/power/supervisors-voltage-monitors-sequencers/MAX16162.html

Owon HSA1000 Series 3.6GHz Handheld Spectrum Analyzer

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The HSA1000 9 kHz – 1.6/3.6GHz Handheld Spectrum Analyzers include a built-in EMI Pre-Compliance Test mode and an optional 100kHz to 3.6GHz Tracking Generator

Saelig Company, Inc. (www.saelig.com) has introduced the Owon HSA1000 Handheld RF Spectrum Analyzers which cover a frequency range of 9kHz – 1.6/3.6GHz with 1Hz resolution. The HSA1000 series has a very low -160dBm DANL which allows accurate low-noise measurements of even very weak signals. An optional Tracking Generator can sweep over the frequency range of 100kHz to 3.6GHz. An EMI Pre-Compliance Test function with an EMI filter (6dB) and peak detector is built-in, which allows for convenient EMI pre-testing and diagnosis. Complete results are available using the supporting software provided.  More than 200 EMC test standards and regulations are included. The 8” LCD touchscreen wide-angle display features a built-in light sensor for automatic brightness adjustment to ambient environments, enabling operation even in full sunlight.

The HSA1000 series of spectrum analyzers offers a pass/fail function for quickly assessing whether signal test results meet previously established criteria. Tasks that can be accomplished with the HSA1000 series include standard modulation signal quality analysis, audio demodulation, field strength measurements, channel measurements, and frequency counting. Waterfall plots show the behavior of varying signal parameters (such as intermittent signals) over time.  An external GPS antenna allows measurements to also be time/location identified.

Features:

  • Frequency Range from 9 kHz to 3.6 GHz with 1Hz resolution
  • -160dBm Displayed Average Noise Level for observing weak signals
  • Phase Noise -82dBc/Hz @1Gz and offset at 10KHz
  • Total Amplitude Accuracy <1.5dB
  • 10Hz Minimum Resolution Bandwidth (RBW)
  • Standard GPS receiver
  • Optional tracking generator 100kHz to 3.6GHz
  • EMI Pre-compliance Test Kit for EMI diagnosis and reporting
  • Optional 3.6GHz Tracking Generator
  • 8” backlit IPS wide viewing angle touchscreen display
  • Li-ion battery operates up to 6 hours
  • USB host, USB device, LAN, earphone ports

The compact (10.4” x 7.5” x 2.3”; 5.5lb) and rugged HSA1000 spectrum analyzers are supplied with a convenient hand-strap for field use, with sturdy, non-slip silicone buffers for shock protection.

Manufactured by specialist test equipment manufacturer Owon, the HSA1000 Series of RF spectrum analyzers are available now from Saelig.

How to Select a Heat Sink Video from Cuidevices.com

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Heat sinks play an important role in circuit design, providing an efficient path for heat to be transferred into the ambient air and away from electronic devices. Without them, many electronics such as BJTs, MOSFETs, linear regulators, BGA packages, and so on are more likely to overheat, causing damage or complete component failure. To further understand a heat sink’s importance, this video walks through a simple thermal calculation example that can be used to determine if a heat sink is needed, and if so, how to properly specify a heat sink based on your system requirements.

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