usb

LITTELFUSE SETP™ TEMPERATURE INDICATOR HELPS PROTECT USB TYPE C PLUGS FROM OVERHEATING

LITTELFUSE SETP™ TEMPERATURE INDICATOR HELPS PROTECT USB TYPE-C PLUGS FROM OVERHEATING

Littelfuse expands its PolySwitch setP series of digital temperature indicators, introducing the SETP0805-100-CC which is designed to protect USB Type‑C and USB power delivery charging cables from overheating. It is optimised for use in cables equipped with USB Type-C connectors at both ends. Typical applications for SETP0805-100-CC temperature indicators include consumer electronics, primarily for mobile and wearable devices equipped with […]

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BOOT YOUR PI OVER USB

BOOT YOUR PI OVER USB

Historically, booting a Raspberry Pi required an SD card. However, if you follow [tynick’s] instructions, you can get a Pi 4 to boot from the USB port. Combine it with a small solid state disk drive, and you’ll get great performance, according to his post. The caveat is this depends on a beta bootloader and, of

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OSCILLOSCOPE DIFFERENTIAL PROBE USB POWER SUPPLY

OSCILLOSCOPE DIFFERENTIAL PROBE USB POWER SUPPLY

An ultra-simple power solution using USB In his article published in the July & August 2016 issue, Elektor author Alfred Rosenkränzer presented a wonderfully simple differential probe for oscilloscopes, based around the AD8479 precision differential amplifier. I built one of them immediately and found it particularly suitable for measurements in the audio range, for example. But one

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I.MX8M MINI BASED MODULE FEATURES GRYFALCON NEURAL ACCELERATOR

I.MX8M MINI BASED MODULE FEATURES GRYFALCON NEURAL ACCELERATOR

The i.MX8M Mini SOM – Building Block with Embedded Artificial Intelligence Capabilities i.MX8M Mini SOMs offer a compact System-on-Module platform with robust processing power and artificial intelligence acceleration using Gyrfalcon’s Lightspeeur® 2803S Neural Accelerator – designed for next generation Edge AI applications using the standard TensorFlow, Caffe and PyTorch model development frameworks. SolidRun’s i.MX8M Mini SOMs harness NXP’s

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SAMSUNG’S TWO NEW USB PD CONTROLLERS SUPPORT UP TO 100W CHARGING

SAMSUNG’S TWO NEW USB PD CONTROLLERS SUPPORT UP TO 100W-CHARGING

SE8A is the first power delivery controller with embedded Secure Element for added protection against unauthorized chargers The new chips support up to 100W-charging and meets latest USB-PD 3.0 specifications. Samsung Electronics, a world leader in advanced semiconductor technology, today announced two USB Type-C power delivery (PD) controllers, SE8A and MM101. With the new PD controllers, power chargers are able to communicate with the

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USB PD CONTROLLER FROM DIODES SUPPORTS STANDARD AND PROPRIETARY PROTOCOLS FOR POWER DELIVERY

USB PD CONTROLLER FROM DIODES SUPPORTS STANDARD AND PROPRIETARY PROTOCOLS FOR POWER DELIVERY

Diodes Incorporated announced the introduction of the AP43770 USB Type-C™ power delivery (PD) controller, a highly integrated solution for implementing PD over USB in fixed and portable devices, and offline power adapters. The AP43770 is well-suited to a range of applications where USB PD is implemented, including AC adapters, power hubs, battery banks, and USB PD converters. It features an embedded

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EPIC KBS9 PUC PROVEN PERFORMANCE FOR YOUR EMBEDDED APPLICATION

EPIC-KBS9-PUC: PROVEN PERFORMANCE FOR YOUR EMBEDDED APPLICATION

AAEON, an industry leader in embedded computing systems, announces the EPIC-KBS9-PUC barebones embedded system. Built upon our success and knowledge, the EPIC-KBS9-PUC offers the power of 6th and 7th Generation Intel Core Processors, four Gigabit Ethernet ports, and a range of expandability and customization to support your application. The EPIC-KBS9-PUC is a barebones system based on our

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USB CHARGING PORT CONTROLLER USING TPS2514 1

USB CHARGING PORT CONTROLLER USING TPS2514

Texas Instrument’s USB Dedicated Charging Port Controller TPS2514 is specifically designed to implement the charging schemas mentioned below. An auto-detect feature monitors USB data line voltage and automatically provides the correct electrical signatures on D+ and D– data lines. Note that the chip datasheet never mentioned Samsung or Apple in particular apparently due to the copyright issues.

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LENOVO OPEN SOURCE RK3399 BASED AM5708 SBCS

LENOVO OPEN SOURCE RK3399 BASED AM5708 SBCS

Lenovo has recently ventured into the community-backed SBC market, flagging off with a Rockchip-based board. They follow suit with fellow PC makers Asus. Their flagship Leez P710 boasts a more powerful, hexa-core Cortex-A72 and -A53 Rockchip RK3399 than that of the Asus Tinker Board’s RK3288. The Leez P710 was announced last February at Mobile World Congress and has been launched on AliExpress for $141.

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