3PEAK Launches the TPR50, a High-performance Voltage Reference with an Initial Accuracy of 0.05%
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3PEAK Launches the TPR50, a High-performance Voltage Reference with an Initial Accuracy of 0.05%

　　3PEAK (stock code: 688536), a semiconductor company focusing on the development of high-performance analog chips and embedded processors, launched a high-precision, low-temperature drift voltage reference —TPR50. Featuring an initial accuracy of 0.05% and a temperature drift of 2.5 ppm/°C over the full temperature range of –40°C to +125°C, the product is widely used in testing and measuring, industrial instruments, data acquisition, and medical devices.　　Wide Input Range: 3 V-15 V　　Multiple Fixed Output Versions:　　1.25 V, 2.048 V, 2.5 V, 3 V, 3.3 V, 4.096 V, 4.5 V, 5 V　　Low Temperature Drift:　　Typical value 1 ppm/°C from 0°C to +70°C　　Typical value 2 ppm/°C from –40°C to +105°C　　Typical value 2.5 ppm/°C from –40°C to +125°C　　High Initial Accuracy:　　Initial Accuracy up to 0.05%　　Low Noise: 3 μVpp/V　　Wide Operating Temperature Range: –40°C to +125°C　　Package: SOP8　　The TPR50 series has an output current capability of ±10 mA, and its output can bypass the operational amplifier and directly connect to the ADC as a reference voltage. It has a wide input range of 3 V–15 V. The following diagram shows the typical application circuit of TPR50. The output capacitor ranges from 0.1 µF to 100 µF. The NR connects to a capacitor of 10 nF or above to ground, thus reducing the output voltage noise of TPR50.　　Featuring high initial accuracy, low temperature drift, and low time drift, the TPR50 series provides excellent voltage reference support for applications such as testing and measuring, industrial instruments, data acquisition, and medical devices.
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Release time：2023-09-06 13:42 reading：4024 Continue reading>>
3PEAK Launches the TPM650xQ Series of High-Performance Automotive Push-Pull Transformer Drivers
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3PEAK Launches the TPM650xQ Series of High-Performance Automotive Push-Pull Transformer Drivers

　　3PEAK (stock code: 688536), a semiconductor company focusing on the development of high-performance analog chips and embedded processors, unveiled the TPM650xQ series of high-performance automotive push-pull transformer drivers.　　The TPM650xQ series has built-in MOSFETs with a withstanding voltage of 25 V. It can reliably function within a temperature range from –40°C to +125°C. With competitive performance, the TPM650xQ series has been widely used in automotive bus interfaces, industrial instruments, and other terminal areas that require an isolated power supply.　　Wide Input Range: 2.25 V to 5.5 V　　Multiple Fixed Frequency Versions: 160 kHz, 420 kHz, 2.2 MHz　　Provides Frequency Jitter to Simplify EMI Design　　Support for EN:　　TPM6501xQ Series without EN Pins　　TPM6505xQ Series with EN Pins　　External CLK:　　Built-in Frequency Options: 160 kHz and 420 kHz　　External Frequency Range: 100 kHz to 1600 kHz　　Low Rds(on):　　Rds(on) 0.23 Ω@Vcc = 4.5 V　　Wide Operating Temperature Range: –40°C to +125°C　　Various Protection Functions: 1.5-A Cycle-by-cycle Current Limit Protection, OTP Protection, and Undervoltage Protection for the Primary Side　　Soft-start Function for Reducing Voltage Stress at Startup (Optional)　　Packages: SOT23-5 and SOT23-6　　[Typical Application 1] 3.3 V to 5.5 V or 3.3 V to 5 V direct conversion　　Application: 5 V to 5 V/3.3 V/12 V, 3.3 V to 3.3 V/5 V/12 V　　Features: The structure is simple and easy to use, which is suitable for input and output voltages between 3 V and 5 V.　　Efficiency and load regulation curve of typical application 1　　[Typical Application 2] Low temperature rise from 12 V to 12 V/15 V in a dual-channel isolated output　　Application: Single 12-V input to dual-channel isolated 12 V/15 V/20 V output　　Features: VIN can exceed 5.5 V, switching losses are borne by external MOSFETs, and the temperature of the device is reduced.　　[Typical Application 3] Highly integrated 5 V to dual-channel isolated 20-V solution　　Application: 5 V to 20 V (or 23 V, then +15 V and –8 V via the TPR431 voltage divider)　　Features: A push-pull transformer can achieve dual-channel isolated output, and the output is four times the input voltage.
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Release time：2023-09-06 13:37 reading：3818 Continue reading>>
What’s the difference between the transistor and thyristor ?
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What’s the difference between the transistor and thyristor ?

　　Introduction of transistor and thyristorA transistor is a type of triode that consists of an emitter, a base, and a collector. Its main role is to amplify electrical signals and control currents. The transistor works by controlling the collector current by controlling the base current, thereby realizing functions such as current amplification and switching control. Transistors are commonly used in circuits such as amplifiers, switches, oscillators, etc. in electronic circuits. Transistors are mainly divided into bipolar transistors (BJT) and field effect transistors (FET).　　A thyristor is a triac that controls the on/off and direction of current. The working principle of thyristor is to control the main electrode current by controlling the gate current, so as to realize functions such as current control and voltage regulation. Thyristors are commonly used in circuits such as voltage regulation, current control, and DC power conversion in AC circuits.　　Therefore, transistors and thyristors are both semiconductor devices, but their working principles and application scenarios are different, and it is necessary to choose which device to use according to the specific circuit design and requirements.　　Characteristics of transistor and thyristor　　Transistors and thyristors are semiconductor devices with the following characteristics:　　Characteristics of transistorsAmplification function: Transistors can amplify electrical signals, making weak signals larger, thereby realizing signal transmission and processing.　　Switching function: The transistor can be used as a switch to control the on and off of the circuit to achieve control and regulation of the circuit.　　High reliability: The transistor has a long life, high reliability, not easy to be damaged, and has a long service life.　　Small size: The transistor is small in size and light in weight, making it easy to integrate and assemble.　　Characteristics of thyristorStrong controllability: The thyristor can control the main current by controlling the gate current to achieve current control and regulation.　　Bidirectional conduction: The thyristor can conduct current in both directions and can control and regulate forward and reverse currents.　　High reliability: The thyristor has a long life, high reliability, not easy to be damaged, and has a long service life.　　Small size: The thyristor is small in size and light in weight, making it easy to integrate and assemble.Therefore, both transistors and thyristors have the advantages of high reliability and small size, but they are different in functions and application scenarios. The choice of which device to use needs to be based on the specific circuit design and requirements.　　Difference between transistor and thyristor　　Although both transistors and thyristors are semiconductor devices, their working principles and application scenarios are different. The specific differences are as follows:　　The working principles are different　　A transistor is a triode, consisting of an emitter, a base and a collector, and its main function is to amplify electrical signals and control current; while a thyristor is a bidirectional thyristor that can control the on-off and direction of current.　　The application scenarios are different　　Transistors are usually used in amplifiers, switches, oscillators and other circuits in electronic circuits; while thyristors are usually used in voltage regulation, current control, DC power conversion and other circuits in AC circuits.　　The control methods are different　　The control method of the transistor is to control the collector current by controlling the base current; while the control method of the thyristor is to control the main current by controlling the gate current.　　The voltage and current characteristics are different　　The voltage and current characteristics of a transistor are nonlinear, while the voltage and current characteristics of a thyristor are linear.　　Different structures are different　　The structure of a transistor is relatively simple, usually consisting of a PN junction and a control electrode. The control electrode of a transistor can be the base or gate, etc. The voltage of the control electrode can control the current flow of the PN junction, thereby controlling the switching of the circuit. The structure of a thyristor is relatively complex and usually consists of four or more PN junctions and control electrodes. The control electrode of the thyristor can be a gate electrode, a trigger electrode or a control electrode. The voltage of the control electrode can control the on and off of the PN junction, thereby controlling the switching of the circuit.　　ConclusionTherefore, transistors and thyristors are different in terms of working principles, application scenarios, control methods, structure and voltage and current characteristics. It is necessary to choose which device to use based on the specific circuit design and requirements.
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Release time：2023-09-05 14:00 reading：2526 Continue reading>>
Unlock New Possibilities with NXP NMH1000 Magnetic Switch
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Unlock New Possibilities with NXP NMH1000 Magnetic Switch

　　Sensors collect critical data from the environment which can be turned into useful insights in almost every industry. But they have varying capabilities, reliability and levels of innovation which ultimately determine the experiences they can deliver. Our recently launched NMH1000 Magnetic Switch is designed to meet today’s market needs. It is a rare breed of magnetic sensor that replaces traditional bulky mechanical switches which are unsuitable for difficult environmental conditions. The three reasons to consider NHM1000 for your development include its distinctive features, flexible application and ability to easily onboard.　　Distinctive Features of the NMH1000　　The NMH1000 is most sensitive to the magnetic fields that vertically pass through the top-to-bottom surfaces. Input consists of a magnetic field ranging in strength from earth-bound background, up to maximum BGMAX. Its input processing consists of functional blocks such as a configurable state machine, analog-to-voltage conversion of the input and comparison to generate the output, arranged in linear succession.　　The sensor detects the absence of a magnetic field and outputs either a high or low state upon comparison with preset thresholds. It operates down to 1.2V supply voltage, which ensures longer shelf life with ultra-low power consumption (75 nA typ. @ 1 Hz sample rate). And it comprises a small DFN package, making it easy to integrate in very small areas. The NMH1000 also supports two operation modes: the standalone mode and the I2C user mode. In the standalone mode, the sensor’s interface to its host is extremely simple, while the I2C provides a more sophisticated interface to extract additional functions.　　Use Cases for the NMH1000　　A key differentiator of the NMH1000 sensor is its flexibility. It can be used for medical, industrial, consumer and smart home applications. These include CGMs, continuous glucose monitoring, drug delivery devices such as a Smart Inhaler, electronic wake-up systems, gas and water flow applications, anti-tampering metering, reed switch replacement and alarm systems. The sensor can add new experiences to some of these applications. For example, the NHM1000 is handy in situations where smoke detectors are out of reach with no easy way to test their functionality. In this case, the sensor can be used with a telescoping magnet for testing from ground level. This can be done by positioning the magnet near the smoke detector to put it into test mode.　　Another interesting use case of the NMH1000 is laptop power control. In this use case, a magnet is on the laptop monitor and the NMH1000 is on the keyboard. When the lid comes down, the magnet is close to the NMH1000, so its output will change state. This notifies the controller to switch off the display and disable the keyboard. And when the lid is opened, the magnet disappears and the NHM1000 will change the state to the other direction, telling the system to turn on the display and the keyboard.　　Onboard Easily with NMH1000 Freedom Shield Evaluation Board　　We developed the NMH1000 Freedom Shield Evaluation Board to help our customers evaluate the NMH1000 and kickstart their development speedily. The board can be connected easily to an NXP Freedom MCU board via the Arduino headers for evaluation. It has all the necessary headers, jumpers and signal test points to quickly evaluate the NMH1000 magnetic sensor.　　Users can connect the two boards to evaluate the NMH1000 magnetic sensor. This is possible with either a terminal program using the NXP Component Library or a standalone mode use case. These evaluation boards provide an intuitive way to change between the sensor’s standalone modes and the I²C interface for communication through jumper selections. At the same time, they provide test points that are typically used for evaluation.
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Release time：2023-09-05 13:53 reading：2921 Continue reading>>
Nidec Instruments Launches New Semiconductor Wafer Transfer Robot
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Nidec Instruments Launches New Semiconductor Wafer Transfer Robot

　　Nidec Instruments’ Latest Semiconductor Wafer Transfer Robot, SR7163 series.　　Despite a temporary slowdown in 2023, the global semiconductor market is expected to expand from 2024 after demand recovers in a wide variety of product groups such as memory logic and other IC products, and in the O-S-D (optoelectronics, sensor/actuator, and discrete semiconductor) segment. As the demand grows around the world for the construction of semiconductor factories with high production capacity, Nidec Instruments has developed the SR7163 series, a semiconductor wafer transfer robot to respond to its customers’ needs.　　Among semiconductor manufacturing equipment, the SR7163 series is expected to be used in batch-type thermal treatment equipment and other machines in processes that require to transfer multiple substrates to a stage with a different slot pitch. A product that utilizes an arm-link mechanism to move a hand horizontally, the SR7163 series boasts a small minimum turning radius that can accommodate narrow pitches of up to the minimum limit of 6.5mm. In addition, with the use of a highly airtight link-type arm, the SR7163 series meets ISO14644-1’s Class-1 cleanliness requirements, which is the industry’s highest-level cleanliness.　　As a member of the world’s leading comprehensive motor manufacturer, Nidec Instruments stays committed to offering revolutionary solutions that contribute to building a comfortable society.　　For more details on the above product, Please contact AMEYA360 official customer!
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Release time：2023-09-05 13:49 reading：3332 Continue reading>>
Nidec Powertrain Systems Develops New Clutch Control Module for HEVs
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Nidec Powertrain Systems Develops New Clutch Control Module for HEVs

　　Nidec Powertrain Systems Corporation (“Nidec Powertrain Systems” or the “Company”), a wholly owned subsidiary of Nidec Corporation, announced today that it has developed a new clutch control module for hybrid electric vehicles (“HEVs”).　　Nidec Powertrain Systems’ Latest Clutch Control Module　　While the demand for battery electric vehicles (BEVs) is increasing amid the growingly strict environmental regulations, HEVs’ market share remains high due to battery recharging infrastructure, battery capacity, and other issues with BEVs. Nidec Powertrain Systems’ latest product is for the powertrain units of the strong hybrid system – whose power is supplied by a motor when a car is in a low-speed running or an accelerating mode, and by an engine when the vehicle is running at high speed – and switches clutches when power source is shifted from the motor to the engine.　　A company that has long been owning advanced technologies for linear solenoid valves for aluminum die-casting and hydraulic control, and on-off solenoid valves to switch hydraulic pressure, Nidec Powertrain System has been manufacturing, among others, control valves for Continuously Variable Transmission (CVT) and chasses for automotive components. With the use of resin solenoid, this newly developed clutch control unit is 35% lighter than the Company’s existing products. In addition, this module’s die-casting components can be designed flexibly based on customer-requested functions and layouts.　　As a member of the world’s leading comprehensive motor manufacturing group, Nidec Powertrain Systems stays committed to utilizing its world-leading component machining technology to develop products, and proposing, at an overwhelming speed, groundbreaking solutions that contribute to the evolution of automobiles.
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Release time：2023-09-05 13:44 reading：3616 Continue reading>>
BIWIN to Launch Wide-temperature SSDs for Industrial Storage
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BIWIN to Launch Wide-temperature SSDs for Industrial Storage

　　Recently, BIWIN introduced a series of wide-temperature SSDs for extreme environments, including GP303, GP304, GS301, GS302, GS303, and GS304. Crafted with high quality 3D NAND and controller, BIWIN wide-temperature SSDs have the advantages of performance, stability, reliability and security. This series is a strong choice for electric power, Internet of Things, 5G, intelligent manufacturing, rail transit, industrial control and more.　　Supported by self-developed firmware, sequential read / write speeds up to 3400 MB/s / 2700 MB/s and full-drive write speed remains at 1000 MB/s　　With BIWIN self-developed firmware, BIWIN products release their excellent performance. BIWIN GP30 Series SSDs adopt PCIe Gen3x4 and NVMe 1.4 to deliver sequential read / write speeds up to 3400 MB/s / 2700 MB/s and is armed with capacity of up to 2 TB. The GP30 / GS30 Series SSDs have optimized the firmware to provide stable performance. The speed of GP30 and GS30 reaches 1000 MB/s / 450 MB/s on FIO.　　Work faultlessly in -40℃ to 85℃, 3 million hour MTBF　　To ensure great reliability, wide-temperature SSDs adopt quality NAND and have undergone strict tests to bring excellent performance in extreme temperatures. They are rigorously tested to perform well in temperature ranging from -40℃ to 85℃ with a more than 3 million hours MTBF. In addition, this series adopts Corner Fill and Anti-sulfuration for better data integrity in extreme environments.　　Secure your data with power loss protection and end-to-end data protection　　BIWIN wide-temperature SSDs have made great optimization of firmware and hardware in terms of power-down data protection, data patrol, end-to-end data protection, and soft data destruction in terms of security, the series products have multiple optimizations of firmware and hardware in terms of PLP, data patrol, end-to-end data protection, and data erase, effectively guaranteeing data integrity and stability.　　Local service team offers quick response　　Other than its headquarters in Shenzhen, BIWIN has established its overseas headquarters in Miami, USA and local sales teams in Los Angeles, Mexico City, Bogotá, Buenos Aires, Amsterdam, Frankfurt, Istanbul, New Delhi, Taiwan and more territories. We have a strong local support team to make quick response to our clients' needs, providing customized service, real-time FAE technical support, and full supply. Also, we have a globally distributed network that connecting customers across the globe.　　BIWIN GP30 / GS30 SSDs provide wide temperature technology, stable performance, and high reliability, meeting the demanding requirement of industrial applications. BIWIN will make greater efforts to maintain its advantages in R&D, advanced manufacturing, and product quality, bringing our customers quality products and worry-free services.
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Release time：2023-09-04 16:02 reading：3751 Continue reading>>
Top 10 CMOS image sensor manufacturers in the world
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Top 10 CMOS image sensor manufacturers in the world

　　This article is about CMOS imager Sensor (CIS), mainly lists top 10 CMOS imager Sensor in the world, including their web sites, products and profiles, etc. We hope it can help you choose quality suppliers.　　CMOS imager Sensor, referred to as CIS, is an image sensor using CMOS process, an image sensing element manufactured using the principle of optoelectronic technology.　　CMOS image sensor is essentially a chip, mainly including: photosensitive area array (Bayer array, or pixel array), timing control, analog signal processing and analog-to-digital conversion and other modules.　　一、Sony　　Company profile　　The Sony Semiconductor Solutions Group is developing device solution business that includes micro-displays, various LSIs, semiconductor lasers, etc., centered on image sensors that utilize cutting-edge imaging and sensing technologies, which boasts the No. 1 market share in the world .　　Their products are used in different industries mobility, manufacturing, logistics, agriculture and farming, research and investigation, traffic and transportation, dashcam, security, environment, mobile,home products/professional equipment and IOT/communication.　　Main business and products　　Image Sensor　　Edge AI Sensing Platform　　LSI/IC/Module　　Microdisplay　　Board Computer　　Laser Diode　　Recycled Plastic　　MEMS Foundry Service　　二、Samsung Electronics　　Company profile　　Samsung Foundry is offering competitive processes, design technologies, IP, and high-volume manufacturing capability for customers. The full suite of advanced process technologies includes 28FD-SOI, 14/10/8/5/4nm FinFet, and 3nm GAA with EUV technology from 5nm. For the application-specific technologies, RF, eNVM, high voltage, BCD, CMOS image sensors and finger print sensors are offered.　　In concert with its process technology leadership, Samsung Foundry provides integrated package solutions including 3D/2.5D. Samsung Foundry’s SAFE program also offers a full range of verified EDA/DM solutions, product-proven IPs, a flexible design environment through cloud, and a comprehensive ASIC design service.　　Main business and products　　DRAM　　SSD　　MCP　　Automotive Memory　　Consumer Storage　　Processor　　Image Sensor　　Display IC　　Security Solution　　Power IC　　LED　　三、STMicroelectronics　　Company profile　　ST is a global semiconductor leader delivering intelligent and energy-efficient products and solutions. STMicroelectronics is a leader in a variety of semiconductor products, including analog chips, discrete power semiconductors, microcontrollers, and sensors. It is an especially prominent chip supplier to the industrial , IoT, personal electronics and automotive industries.　　Main business and products　　Audio ICs　　MEMS and Sensors　　Motor Driver　　Power management　　Diode and rectifiers　　Clicks and Timers　　Amplifiers and Components　　Automotive ADAS Devices　　Automotive Microcontrollers　　Data Converters　　四、GalaxyCore　　Company profile　　GalaxyCore Shanghai Limited Corporation founded in 2003, is a leading IC design company for CMOS Image Sensor and Display Driver IC in China. Products of GalaxyCore are widely used in mobile devices, display driver, automotive electronics, laptop computer, USB camera and smart screen TV.　　GalaxyCore designs, develops and sells high-performance CMOS image sensors, which are capable of converting captured optical image signals into output digital signals and widely used in mobile phones, smart wearables, mobile payments, tablets, notebooks, cameras, automotive electronics, etc.　　GalaxyCore also designs, develops and sells Display Driver ICs, which are capable of driving display panels to display image signals on the screen and mainly used in mobile phones, smart wearables and other electronic devices with displays.　　Main business and products　　CIS for Mobile Phone　　CIS for Non-mobile Applications　　Display Driver ICs (DDIs)　　COM Chip Technology　　五、Onsemi　　Company profile　　As a leading semiconductor manufacturer with over 80,000 different parts, including advanced MOSFETs, Image Sensors, Silicon Carbide technology (EliteSiC) and a global supply chain, onsemi serves tens of thousands of customers across several markets, enabling them to power the future with intelligent power and sensing technologies.　　Main business and products　　Discrete & Power Modules　　MOSFETs　　Power Management　　Signal Conditioning & Control　　Sensors　　Motor Control　　Custom & ASSP　　Interfaces　　Wireless Connectivity　　Timing, Logic & Memory　　Inductive Sensing　　(CMO) Image Sensors　　Image Signal Processors (ISPs)　　Image Sensor Modules　　Photodetectors (SiPM, SPAD)　　Thermal Management　　Ultrasonic Sensor　　Ambient Light Sensors　　六、SK Hynix　　Company profile　　SK hynix, Inc. engages in the manufacture and sale of semiconductor products, and is a designer and builder of advanced memory and image sensor products. SK Hynix’s main products are used in various electronic devices, such as smartphones, tablets, laptops, and servers.　　Built with advanced technology optimized to deliver on better functionality from within slimmer devices, SK hynix’s diverse portfolio of CMOS Image Sensors (CIS) is equipped with “Hi-5022Q” that features 0.64㎛-sized pixels.　　Main business and products　　DRAM　　CXL　　SSD　　NAND Storage　　MCP　　CMOS Image Sensor　　七、SmartSens Technology　　Company profile　　SmartSens Technology (Shanghai) Co., Ltd. (Stock Code: 688213) is a high-performance CMOS image sensor (CIS) chip design company. It is headquartered in Shanghai and has research centers in many cities around the world.　　SmartSens has been dedicated to pushing forward the frontier of imaging technology and growing in popularity among customers since it was established. SmartSens’ CMOS image sensors provide advanced imaging solutions for a broad range of areas such as surveillance, machine vision, automotive and cellphone cameras.　　Main business and products　　SC Series　　AI/IoT Series　　SL Series　　AT Series　　GS/LA Series　　CS/XS Series　　八、Canon　　Company profile　　The CMOS sensor is the very heart of the camera, and Canon has long pursued in-house development and production of these devices.Canon has been manufacturing CMOS sensors since 2000 for exclusive use in Canon products.　　Canon has developed highly unique CMOS sensors over the past decade. Each CMOS sensor from Canon features proprietary innovations at the pixel-level that translate into industry-leading performance in advanced industrial, medical and scientific applications.　　Main business and products　　CMOS sensors　　九、PixelPlus　　Company profile　　PIXELPLUS is a fabless semiconductor company that researches, develops and manufactures image sensors and imaging solutions. Image sensors and imaging solutions hold a promising market growth potential since they can be widely applied and adopted in diverse industries and fields including security, automotive, medical and bioscience.　　PIXELPLUS is a well-experienced company that designs and manufactures CMOS image sensors and chipset solutions. PIXELPLUS has been focusing on security and monitoring camera solutions and automotive camera solutions, and offers total solutions for image sensor-based camera applications by penetrating medical and home application markets in the future.　　Main business and products　　Analog Sensors　　Digital Sensors　　Medical Sensors　　Companion Chips　　System on a Chip　　十、Panasonic　　Company profile　　Panasonic Corp. engages in the development, manufacture, and sale of electrical products. It operates through the following segments: Appliances, Eco Solutions, Connected Solutions Company, Automotive and Industrial Systems, and Others.　　Panasonic is a solutions provider supporting many markets with over 40 years of experience manufacturing and supplying an extensive portfolio of components for automotive, medical devices, smart home applications, 5G, and more. Panasonic solutions include a robust Passive Component product selection, Electromechanical, Wireless Connectivity and Sensor technologies, Battery solutions for portability, and many other products to choose from for clients’ device requirements.　　Main business and products　　Batteries　　Building & Appliance Products & Devices　　Components & Devices　　Electronic Materials　　Industrial Automation　　Material Management SolutionsTo buy electronic components, please visit www.ameya360.com!
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Release time：2023-09-04 15:43 reading：3235 Continue reading>>
Renesas：Experience Digital Signal Processing with RX MCU on the Cloud
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Renesas：Experience Digital Signal Processing with RX MCU on the Cloud

　　At Renesas, our relentless focus is on simplifying the application of Digital Signal Processing (DSP) to RX microcontrollers. DSP applications span diverse sectors, from consumer electronics to industry, and from healthcare to medical, and they continue to expand with the rise of IoT/cloud trend. Observing these trends, Renesas offers solutions, including sample programs, to facilitate DSP with our cost-efficient RX microcontrollers.　　However, as a matter of fact, evaluating DSP may pose challenges for users. Even in the presence of sample programs, the necessity of setting up dedicated measurement instruments can be quite daunting. This might deter many users, despite their genuine interest in DSP.　　Therefore, to allow users to easily experience the DSP features of the RX microcontroller, we have added a new DSP solution to Lab on the Cloud. With just an internet-connected PC, you can access the evaluation board online from anywhere in the world and monitor the behavior of the DSP function within the RX microcontroller in real-time.　　Key Features Include:　　Input analog signals directly from a signal generator to the RX231 microcontroller evaluation board.　　Change the frequency and amplitude of the input signal and the characteristics of the IIR filter.　　Display the behavior of the IIR filter and FFT graphically and metrically　　Display DSP processing load, etc.　　Our 'Lab on the Cloud' ensures you can immerse yourself in the DSP functionalities of RX microcontrollers without the initial setup hassles. Consider taking a moment to explore the Renesas Lab on the Cloud for the RX family DSP solution. It's the perfect platform to envision the possibilities of DSP integration with RX microcontrollers. We're eager for you to embark on your journey of building DSP systems with our RX microcontrollers.
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Release time：2023-09-04 15:33 reading：3257 Continue reading>>
Fibocom Scales Up the 5G RedCap Module Series at MWC Shanghai 2023 with New FG131 Series Adding to the Portfolio
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Fibocom Scales Up the 5G RedCap Module Series at MWC Shanghai 2023 with New FG131 Series Adding to the Portfolio

　　Fibocom showcases the new 5G RedCap modules portfolio including the new FG131 series and FG132 series at MWC Shanghai 2023. By addressing multiple key features of 5G RedCap, the FG131 module series allows the smooth and fast transition from 4G to 5G benefiting from the form factor design, and delivering a highly cost-effective solution for CPE, ODU, mobile hot-spot, USB Dongle users.　　Fibocom, a global leading provider of IoT (Internet of Things) wireless solutions and wireless communication modules, demonstrates the 5G RedCap module portfolio at MWC Shanghai 2023. Along with the FG132 module series, the brand new FG131 series is introduced to scale up the 5G NR light deployment for use cases such as CPE, ODU, mobile hot-spot, and USB Dongle, etc.　　Leveraging ubiquitous cellular coverage, optimized power-saving, and reduced complexity, 5G RedCap is gaining more and more attention within the IoT industry. The newly launched Fibocom 5G RedCap module FG131 series offers a high-performance and ultra-reliable wireless solution for application scenarios that are cost-sensitive and power-enduring. Packaged in LGA form factor at the size of 37mm*39.5mm, Fibocom FG131 is pin-compatible with Fibocom LTE Cat 6 module FG101 and FG621 series that allows smooth migration from 4G to 5G RedCap. Compliant with 3GPP Release 17, it supports 5G SA and reaches peak rates of up to 226Mbps downlink and 120Mbps uplink theoretically. With these key features combined, the Fibocom 5G RedCap module FG131 series delivers a new level of 5G network experience while maintaining high reliability and cost-effectiveness, especially for terminal devices used in mobile scenarios.　　Additionally, the Fibocom FG132 series has adjusted to three form factor designs and multiple regional versions that align with customers' requirements to accelerate the deployment of 5G RedCap worldwide. It is worth noting that these compact designs are pin-compatible with Fibocom LTE Cat 4 module NL668 and L716 series, and the dimension of FG132 (29mm*32mm in LGA form factor) account for only half the size of standard 5G module (41*44mm), significantly reducing the complexity of hardware design at the early stage of 5G RedCap adoption into terminals that shaped variously, for example, IP cameras, drones, wearable XR, etc. Moreover, the M.2 and miniPCIe form factors are the popular selections among manufacturing customers as both of them allow flexible connectivity ports while maintaining the compact size, thus making it easier for manufacturing customers to upgrade the existing LTE devices quickly without changing the hardware design. For example, industrial gateways, utility meters, etc.　　"5G RedCap offers several advantages that make it particularly appealing for supporting IoT applications, and we are glad to scale up Fibocom's RedCap portfolio with new FG131 series," said Shawn Zhu, VP of Global Marketing, Fibocom. "We are expecting to see RedCap gaining further prominence by providing the highly-integrated and fast-to-deploy RedCap modules across the IoT industry, ensuring IoT customers utilize all possible benefits of high-speed, reliable, power-efficient capabilities enabled by RedCap."
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Release time：2023-09-04 15:19 reading：3433 Continue reading>>

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AMEYA360 mall (www.ameya360.com) was launched in 2011. Now there are more than 3,500 high-quality suppliers, including 6 million product model data, and more than 1 million component stocks for purchase. Products cover MCU+ memory + power chip +IGBT+MOS tube + op amp + RF Bluetooth + sensor + resistor capacitance inductor + connector and other fields. main business of platform covers spot sales of electronic components, BOM distribution and product supporting materials, providing one-stop purchasing and sales services for our customers.

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