Model/Brand/Package
Category/Description
Inventory
Price
Data
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Category: Development kitDescription: TEXAS INSTRUMENTS SPIO-4/NOPB Digital interface board, sensor analog front-end system, used for LMP90100EB and LMP91000SDEVAL6613 -
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Category: Development kitDescription: EZR32WG Wonder Gecko The EZR32WG series Wonder Gecko wireless starter kit is designed to evaluate the EZR32WG SoC in the development of wireless applications. Provide a range of kits covering ISM and LMRS frequency bands. Each kit includes two motherboards and two plug-in wireless boards for the required frequency band. They comply with IEEE 802.15.4g Wireless Personal Area Network (WPAN) and wM Bus smart metering standards. **EZR32WG330 wireless SoC, ARM Cortex-M4F core, 256KB flash memory, 32KB RAM RF carrier frequency: 868MHz (RS 865-2359) ISM band UK/Europe 434MHz (RS 865-2353) ISM band UK/Europe 915MHz (RS 865-2362) ISM band US 490MHz (RS 865-2365) LMRS band US 169MHz (RS 865-2369) LMRS band US RF power output: up to+20dBm Receiver sensitivity: up to -133dBm SMA antenna connector MicroUSB connector socket, used for entry-level kit connection * * EZR32WG entry-level kit * EZR32WG wireless board, used for selected RF The SPI bus has 128 x 128 pixel memory, monochrome LCD, and the I2C bus has Si7021 humidity and temperature sensors, reset input buttons, 2 user buttons, and 2 user LEDs for advanced energy monitoring data packet tracking interface onboard J-Link Debugging tool RJ45 Ethernet connector MiniUSB connector, with full speed USB 2.0 ARM Coresight tracking/debugging socket for CR2032 lithium battery switch optional power supply # # # comes with 2 antennas, SMA connector, 2 CR2032 lithium batteries, 2 USB-A USB Mini-B cables, 2 USB-A USB Micro-B cables. ###EZR32 wireless microcontroller8812 -
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Category: Development kitDescription: EZR32LG Leopard Gecko The EZR32LG series Leopard Gecko wireless starter kit is designed to evaluate the EZR32LG SoC in the development of wireless applications. Provide a range of kits covering the ISM frequency band. Each kit includes two motherboards and two plug-in wireless boards for the required frequency band. They comply with IEEE 802.15.4g Wireless Personal Area Network (WPAN) and wM Bus smart metering standards. **EZR32LG Wireless SoC * * EZR32LG330 Wireless SoC, ARM Cortex-M3 core, 256KB flash memory, 32KB RAM RF carrier frequency: 868MHz (RS 865-2356) ISM band UK/EU 434MHz (RS 865-2343) ISM band UK/EU 915MHz (RS 865-2347) ISM band US RF power output: up to+20dBm Receiver sensitivity: up to -133dBm SMA antenna connector MicroUSB connector socket, for entry-level kit connection * * EZR32LG entry-level kit * * EZR32LG wireless board, for selected RF bands SPI bus with 128 x 128 pixel memory monochrome LCD I2C bus with Si7021 humidity and temperature sensor reset input button on I2C bus 2 user buttons 2 user LED advanced energy monitoring data packet tracking interface onboard J-Link debugging tool RJ45 Ethernet connector MiniUSB connector, with full speed USB 2.0 ARM Coresight tracking/debugging socket for CR2032 lithium battery switch optional power supply. Comes with 2 antennas, SMA connectors, 2 CR2032 lithium batteries, 2 USB-A USB Mini-B cables, and 2 USB-A USB Micro-B cables. ###EZR32 wireless microcontroller5508 -
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Category: Development kitDescription: EFM8LB Laser Bee Microcontroller Starter Kit, Silicon Labs SLSTK2030A Starter Kit includes sensors and peripherals that showcase the potential of the EFM8 Laser Bee 8-bit microcontroller. \- EFM8LB12F64E MCU (RS 915-8763)， Equipped with 64 kB flash memory and 4 kB RAM, a 20 pin expansion socket, a power supply including USB and CR2032 batteries, 2 user buttons, 1 tri color LED, an 8-directional joystick, ultra-low power 128 x 128 pixel memory LCD, included: EFM8LB1 Laser Bee starter kit board, CR2032 battery, mini USB cable, Silicon Labs Laser Bee 8-bit microcontroller (MCU) series, provides high performance for simulating intensive application operations up to 72 MHz. They include a 14 bit ADC, a 12 bit DAC, temperature sensors accurate to ± 3 ° C, and high-speed communication peripherals. A 14 bit ADC (850 ksps) provides accurate analog measurements without external components, improving system performance without increasing cost or power. Due to the addition of automatic scanning/DMA/dust accumulation functions in ADC, filtering can be completed without MCU intervention. Release the MCU core, which can execute other complex computing algorithms or remain in low-power mode. By integrating a ± 3 ° C temperature sensor, consistent performance can be maintained under various environmental conditions. It can be used to adjust coefficients within the operating temperature range and maintain optimal performance. The Laser Bee series is particularly suitable for applications that require precision MCUs and space constraints, such as optical modules. Provided in a small package of 3 x 3 mm. ###The EFM8 Bee microcontroller series boasts an unparalleled combination of features and capabilities, including high-speed pipeline 8051 cores, ultra-low power consumption, precision analog and enhanced communication peripherals, integrated oscillators, small footprint packaging, and cross architecture, enabling flexible digital and analog multiplexing to simplify printed circuit board design and input/output signal routing. Thes1222 -
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Category: Development kitDescription: SILICON LABS SLSTK2021A Development board, Busy Bee 50MHz microcontroller, 128x128 pixel storage LCD6988 -
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Category: Development kitDescription: SILICON LABS SLSTK2020A Development board, Busy Bee 25MHz microcontroller, 128x128 pixel storage LCD3251 -
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Category: Development kitDescription: EFM32 Happy Gecko The SLSTK3400A Happy Gecko Starter Kit is designed to evaluate the Happy Gecko EFM32 USB MCU series. USB MCU helps integrate USB into the design, as the Happy Gecko series adds the advantages of low energy and more flash/RAM compared to the Zero Gecko series. This starter kit is suitable for developing IoT (Internet of Things) designs in health and fitness, smart energy meters, home buildings and automation, alarm and safety systems, and other smart accessories. **Characteristics; **EFM32HG322F64 microcontroller - Suitable for IoT design - Low energy - Onboard relative humidity and temperature sensor - Segger J-Link USB debugger - USB or CR2032 battery powered - Memory LCD - Capacitive touch button -20 pin EXP socket # # EFM32 Gecko microcontroller Silicon Labs microcontroller is mainly designed for energy sensitive applications, including smart metering, gas/energy/water measurement, remote sensing, building automation, security systems, portable health/fitness club equipment, and smart accessories. The powerful ARM Cortex-M 32-bit processor core has a short wake-up time in energy-saving mode, making it particularly suitable for use with energy harvesting systems9918 -
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Category: Development kitDescription: CPT007B TouchXpress The capacitive touch evaluation kit Silicon Labs CPT007B TouchXpress evaluation board has * * 7 capacitive touch sensitive pads * * and 7 LEDs, with a buzzer for confirming touch. The CPT series is designed to make switching from traditional buttons to capacitive touch buttons as simple as possible. This board can be connected to the host processor using expansion sockets or branch pins, or to a PC using USB. This evaluation board comes pre loaded with software demonstrations and is compatible with all EFM8 ™ And EFM32 ™ The interface of the MCU series. Although capacitive sensing requires complex technology, these devices are not complicated to use or adapt to your needs. By using Silicon Labs Simplicity Studio, it is easy to configure devices according to your requirements. It also provides real-time analysis, which helps with rapid development. By connecting to the * * I ² C interface * *, CPT07B capacitive sensing button and slider are integrated. The Silicon Labs CPT device continuously monitors the touchpad, allowing the main processor to maintain sleep mode for a longer period of time, thereby reducing overall power consumption. **Low power consumption and small size make it particularly suitable for modern portable designs. Provide 20 pin QFN package, only 3 x 3 mm. RS also offers 12 capacitive sensing pad models with slider controllers: Silicon Labs CPT112S Capacitive Touch Evaluation Kit (RS 914-0040) # # # Human Machine Interface (HMI), Silicon Laboratories7395 -
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Category: Development kitDescription: i.MX6SL Application Processor and SOC Evaluation Kit 1000MHz CPU 1GB RAM NAND/SPI Flash Android/Linux4780 -
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Category: Development kitDescription: Networking Development Tools ISL55001IBZ HI V RNG 240MHz UNTY-GN STABL8106 -
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Category: Development kitDescription: SILICON LABS SI5338-EVB Evaluation board, SI5338, clock generator5951 -
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Category: Development kitDescription: Si50x CMEMS® Oscillator Evaluation Kit Si50x CMEMS ® The oscillator evaluation kit provides a tool for easy evaluation and application development of Si50x MEMS oscillators. This evaluation kit features pre programmed Si504 devices and open sockets in various packaging sizes, making it easy for customers to evaluate. Package contents MEMS oscillator MEMS oscillator - SMT7919 -
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Category: Development kitDescription: Si1145/46/47-M01 USB Toolstick The evaluation kit for the Silicone Lab * * Si1147 * * module comes with the Si114x programmer tool kit software. This allows the development kit to directly access the functions and features of Si1145-M01, Si1146-M01, and Si1147-M01 optical sensors, while supporting the evaluation of sensor performance. **Kit contents: * * SENSOR-TS-EB USB Toolstick Si1147-M01-EB Stamp Board 3 feet. I2C Flat Ribbon Cable # # Sensor Interfaces, Silicon Laboratories5732 -
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Category: Development kitDescription: C8051F930, Si1120 QuickSense Proximity, Infrared Sensor Evaluation Board4315 -
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Category: Development kitDescription: Touch Sensor Development Tools QT5 Xplained Pro extension kit6600 -
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Category: Development kitDescription: Multi functional sensor development tool: Various Sngl Board Rotary Encoder and SL2860 -
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Category: Development kitDescription: MAX5487 Peripheral Module Digital Potentiometer Development Tool6519 -
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Category: Development kitDescription: TEXAS INSTRUMENTS SD3GDAIII/NOPB Evaluation board, LMH0307, SD3GDAIII/NOPB, LMH0376, LMH0395, can estimate input cable length2000 -
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Category: Development kitDescription: Hercules™ TMS570LS31x SafeTI Hitex The Safety Kit Texas Instruments SAFETI-HHSK-570LS31 SafeTI Hitex is a platform that allows developers to evaluate the performance of SafeTI components for use in designs that require compliance with functional safety standards such as ISO 26262 and IEC 61508. This kit provides an example system with multiple functions for hardware fault detection, application and fault diagnosis, and real-time system response monitoring for runtime analysis, thereby helping to evaluate safety critical designs. TMS570LS3137 180MHz dual Cortex-R4F lock-in secure microcontroller, 3MB ECC flash memory, 256 KB ECC RAM TPS65381 PMIC Code Composer Studio ™ IDE SAFERTOS evaluation version is based on HALCoGen GUI code generation tool NOECCC ECC generation tool # # # Standard IEC 61508 SIL 3, ISO 26262 ASIL D # # # Comes with USB cable, power supply, SafeTI-HSK tool DVD, quick start guide # # Hercules ARM Cortex security microcontroller, Texas Instruments Hercules ™ The microcontroller (MCU) platform is the culmination of TI's long-term development and delivery of MCUs for safety critical systems, providing a wide range of device combinations designed specifically to meet the requirements of safety critical medical, industrial, and transportation applications. The full application of chip functional security technology and the best practices in the semiconductor industry has led to the emergence of MCU platforms, which simplify the design of safety critical systems, reduce software overhead and speed authentication, thereby reducing system costs and accelerating product launch speed. The Hercules platform includes three scalable functional safety MCU series, providing a balance between high-performance memory, functional safety capabilities, peripherals, connectivity, and cost. These products always operate in a safe manner and meet strict functional safety requirements of standards such as IEC 61508 or ISO 26262.6709 -
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Category: Development kitDescription: RF SOLUTIONS RWD-MIFARE-OEM Development tools, RFID receiver kit, MIFARE6001 -
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Category: Development kitDescription: TEXAS INSTRUMENTS DRV612EVM Evaluation module, DRV612EVM2096 -
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Category: Development kitDescription: RX23T 24V The Renesas 24 V Motor Control Evaluation System is an entry-level kit designed for the RX23T microcontroller. The motor control evaluation board includes an inverter board and a CPU card. RX23T microcontroller, used for controlling brushless DC motors (permanent magnets) with three shunt current detection function, supports motor control development tools, used for motor Renesas solution starter kit (RSSK) overcurrent protection function # # #. The kit contains items such as 24V inverter board, permanent magnet synchronous motor control function, three shunt current detection function, overcurrent protection function, CPU card, used for RX23T microcontroller USB mini B cable permanent magnet synchronous motor # # RX series microcontroller, Renesas Electronics5283 -
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Category: Development kitDescription: TEXAS INSTRUMENTS RS485-HF-DPLX-EVM Evaluation module, SN65HVDxX, evaluating device performance, differential driver and receiver9963
