Latest Components
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Taoglas HPD2356.A PassivesDescription
The Taoglas HPD2356.A Evaluation Board is designed to evaluate the HP2356.A, a low-profile high-precision GNSS L1/L2 passive patch antenna. It covers multiple bands including BeiDou, GPS/QZSS, and GLONASS, ensuring optimum positional accuracy. This board is compliant with RoHS and Reach, making it suitable for various applications such as wearables and autonomous vehicles.
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Taoglas AHPD5354A SensorsDescription
The Taoglas AHPD5354A Evaluation Board is designed to evaluate the HP5354.A multi-band GNSS antenna. It features an optimum active electronics design for passive GNSS L1/L5 band antennas and is RoHS and REACH compliant. Typical applications include autonomous robotics, precision agriculture, navigation, and transportation.
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Taoglas AGVLBD258A SensorsDescription
The Taoglas AGVLBD258A Evaluation Board is designed to evaluate the GVLB258.A multi-band antenna with TFM.110A. It features an active electronics design for passive GNSS L1/L5/L-band antennas, ensuring optimal performance in various applications such as wearables and navigation. This board complies with RoHS and REACH standards.
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Raspberry Pi RP2350 SemiconductorsDescription
Raspberry Pi RP2350 Microcontrollers (MCUs) are high-performance and secure MCUs built around dual Arm Cortex-M33 cores. They feature a higher core clock speed, double the on-chip SRAM, and optional RISC-V cores, making them ideal for embedded computing and industrial IoT applications. The RP2350 MCUs include advanced security features and flexible interfacing capabilities.
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IXYS Integrated Circuits IXD0579M PowerDescription
The IXYS IXD0579M Gate Driver is a high-frequency driver capable of driving two N-channel MOSFETs in a half-bridge configuration. It features an integrated bootstrap diode that allows for floating high-side operation up to 100V, simplifying circuit design and reducing PCB space. This driver is ideal for applications such as Brushless DC motor drivers and DC/DC converters.
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Microchip Technology MIC24097 PowerDescription
The Microchip Technology MIC24097 Evaluation Board is fully assembled and tested to demonstrate the MIC24097 functionalities. It implements an exceptional adaptive on-time control architecture and is based on a buck topology, providing 1V output voltage with a maximum current of 20A. The board is optimized for input voltages ranging from 5V to 20V.
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Maxtena MEA-4in1-GNSS ConnectorsDescription
The Maxtena MEA-4in1-GNSS Screw-Mount Antenna is designed for GNSS, Wi-Fi, massive IoT, SATCOM, and LTE systems. It supports multiple frequency ranges and features durable housing with high protection ratings, ensuring reliable connectivity in harsh environments. With customizable cable lengths and connector types, it offers maximum flexibility for diverse installations.
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Maxtena M9PLUS-HCT-A-SMA SensorsDescription
The Maxtena M9PLUS-HCT-A-SMA Antenna supports L1/L2/L5 GPS, Galileo, Beidou, and GLONASS bands, along with L-band correction services. It features an integrated pre-filter to mitigate LTE interference, ensuring high-performance GNSS applications. With a compact design and rugged IP67 components, it is ideal for applications requiring precision and minimal integration effort.
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Micro Crystal RV-3028-C8 SensorsDescription
The Micro Crystal RV-3028-C8 Real-Time Clock (RTC) Modules feature an integrated CMOS circuit with a hermetically sealed metal lid, ensuring high time accuracy of ±1ppm at +25°C. These modules support an I2C bus interface and offer extremely low power consumption along with a wide operating voltage range. Ideal for applications in metering, automotive, healthcare, and IoT, they provide various clock outputs in a compact package.
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Texas Instruments HEADON-MAG-ACC SensorsDescription
The Texas Instruments HEADON-MAG-ACC Magnetic Sensing Attachment interfaces with the TI-SCB and other sensor evaluation boards like the TMAG5273EVM and the TMAG5170EVM. It features a screw with an embedded magnet that interacts with a Hall position sensor to measure magnetic flux density. The attachment is designed with nylon to avoid interference with the magnetic field.
