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Development Tool Accessories | Development Tool Kits, Boards & Accessories

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CYUSB3ACC-006, Cypress Semiconductor

CYUSB3ACC-006 HSMC Interconnect Board for the EZ-USB FX3 SuperSpeed Explorer Kit, Cypress The CYUSB3ACC-006 HSMC Interconnect Board is designed to interconnect an Altera FPGA board with the EZ-USB FX3 SuperSpeed Explorer Kit (CYUSB3KIT-003). USB (Universal Serial Bus), Cypress Semiconductor USB is a cable bus supporting data exchange between a host computer and a wide range of simultaneously accessible peripherals. There is a differential signal data interface for transmit and receive communication path. The bus includes power at 5 Volts.

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104030014, Seeed Studio

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TTL-232RG-VIP-WE, FTDI Chip

USB to TTL UART Cable, FTDI Chip The FTDI Chip TTL-232x USB to Serial UART (TTL level) converter cables provide a simple and fast way to convert microcontroller UART serial I/O to USB. The TTL-232R contains a small circuit board which includes the FT232x chip. Encapsulated in a USB-A connector, making the cable easy and straight forward to use. The circuit is powered from the USB +5 V power pins, and any Vcc connection is always at +5 V dc. However products are available with signal TTL logic levels of either +3.3 V or +5 V. These cables are supported with Microsoft WHQL certified VCP drivers for Windows, Apple Mac, and Linux. All of which are available, royalty-free from the FTDI website. http://www.ftdichip.com - USB 2.0 compatible - Cable length: 1.8m - Data transfer rate: Up to 3Mbps (FT232R parts), 12Mbps (FT232H parts) - Unique serial number attached, used for security purposes whilst transferring files via cable - Powered from USB connector - Various UART-end connector options available - CE and FCC compliant USB connector with PCB only (no cables) FTDI Chip TTL-232R-3V3-PCB (RS 429-284 ) +3.3 V UART signalling FTDI Chip TTL-232R-5V-PCB (RS 429-278 ) +5 V UART signalling USB connector and wire ended 6 core with 24 AWG output FTDI Chip TTL-232RG-VSW3V3-WE (RS 715-8522 ) +3.3 V UART signalling FTDI Chip TTL-232RG-VSW5V-WE (RS 730-0155 ) +5 V UART signalling FTDI Chip TTL-232RG-VREG3V3-WE (RS 715-8529 ) +3.3 V UART signalling FTDI Chip TTL-232RG-VREG1V8-WE (RS 715-8525 ) +1.8 V UART signalling FTDI Chip TTL-232RG-VIP-WE (RS 715-8513 ) includes voltage reference for setting UART signalling levels FTDI Chip TTL-232R-3V3-WE (RS 429-303 ) +3.3 V UART signalling (v1) FTDI Chip TTL-232R-5V-WE (RS 687-7786 ) +5 V UART signalling (v1) USB connector and 6 way, 0.1 inch single inline connector FTDI Chip TTL-232R-3V3 (RS 429-307 ) +3.3 V UART signalling FTDI Chip TTL-232R-5V (RS 687-7770 ) +5 V UART signalling USB connector and 8-...

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TTL-232RG-VSW3V3-WE, FTDI Chip

USB to TTL UART Cable, FTDI Chip The FTDI Chip TTL-232x USB to Serial UART (TTL level) converter cables provide a simple and fast way to convert microcontroller UART serial I/O to USB. The TTL-232R contains a small circuit board which includes the FT232x chip. Encapsulated in a USB-A connector, making the cable easy and straight forward to use. The circuit is powered from the USB +5 V power pins, and any Vcc connection is always at +5 V dc. However products are available with signal TTL logic levels of either +3.3 V or +5 V. These cables are supported with Microsoft WHQL certified VCP drivers for Windows, Apple Mac, and Linux. All of which are available, royalty-free from the FTDI website. http://www.ftdichip.com - USB 2.0 compatible - Cable length: 1.8m - Data transfer rate: Up to 3Mbps (FT232R parts), 12Mbps (FT232H parts) - Unique serial number attached, used for security purposes whilst transferring files via cable - Powered from USB connector - Various UART-end connector options available - CE and FCC compliant USB connector with PCB only (no cables) FTDI Chip TTL-232R-3V3-PCB (RS 429-284 ) +3.3 V UART signalling FTDI Chip TTL-232R-5V-PCB (RS 429-278 ) +5 V UART signalling USB connector and wire ended 6 core with 24 AWG output FTDI Chip TTL-232RG-VSW3V3-WE (RS 715-8522 ) +3.3 V UART signalling FTDI Chip TTL-232RG-VSW5V-WE (RS 730-0155 ) +5 V UART signalling FTDI Chip TTL-232RG-VREG3V3-WE (RS 715-8529 ) +3.3 V UART signalling FTDI Chip TTL-232RG-VREG1V8-WE (RS 715-8525 ) +1.8 V UART signalling FTDI Chip TTL-232RG-VIP-WE (RS 715-8513 ) includes voltage reference for setting UART signalling levels FTDI Chip TTL-232R-3V3-WE (RS 429-303 ) +3.3 V UART signalling (v1) FTDI Chip TTL-232R-5V-WE (RS 687-7786 ) +5 V UART signalling (v1) USB connector and 6 way, 0.1 inch single inline connector FTDI Chip TTL-232R-3V3 (RS 429-307 ) +3.3 V UART signalling FTDI Chip TTL-232R-5V (RS 687-7770 ) +5 V UART signalling USB connector and 8-pin, key...

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ATSTK600-RC05, Microchip

STK600 Starter Kit Routing Cards The STK600 starter kit from Atmel has a sandwich design to match a specific part package and pin out to the generic pin headers. It also features an expansion area where most part pins are available. While the variety of IC packages is relatively limited, the number of possible pin outs increases rapidly with the number of pins. i.e. a 6-pin IC can have 720 (6!) different pin outs! The routing / socket card design provides a low cost solution to support upcoming devices as the socket is the cost driving factor. The routing cards sit between the generic socket card and the STK600. It has one pair of electric pads underneath to mate with the STK600 spring loaded connector, and one pair of pads on top where the socket card connector connects. A part specific card with the target IC soldered on can be viewed as a routing card without the top pads. Routing cards for tinyAVR®, megaAVR®, XMEGA™, AVR® UC3™ and AVR® PWM series in standard package sockets

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102010388, Seeed Studio

The compact Seeeduino XIAO(Pre-Soldered) microcontroller board is designed with a powerful CPU and flexible compatibility, making it perfect for wearable devices, rapid prototyping, DIY projects, and USB developments. With a small size and excellent performance, it is a versatile solution for various applications. Powerful ARM Cortex-M0+ 32bit 48MHz microcontroller with 256KB Flash and 32KB SRAM Breadboard-friendly design for easy project operation Multiple development interfaces including digital/analog pins, PWM Pins, DAC output, and I2C, UART, and SPI interfaces USB Type-C interface for power supply and code download Supports Arduino IDE for easy development and compatibility with a large library Compact size of 20x17.5mm for wearable devices and small projects

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314990742, Seeed Studio

The Conductivity, Salinity and TDS Sensor with Waterproof Aviation Connector is designed for industrial applications such as water processing, sewerage systems, irrigation, and smart agriculture. It provides accurate measurements of conductivity, salinity, and total dissolved solids with temperature compensation. The sensor features a universal MODBUS RS485 protocol, wide-range power supply, and automatic temperature compensation for reliable data in any environment. High performance sensor with high accuracy, fast response, and good repeatability Universal protocol support for MODBUS RS485 and 0-2V Analog Voltage output Wide-range power supply from 3.9V to 30V for versatile applications Robust design suitable for long-term water immersion, anti-corrosion, and automatic temperature compensation Easy to install and integrate with other devices such as data-loggers, controllers, and displays IP65 rated waterproof sensor with a cover rated IP68 for professional use in harsh environments

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102110772, Seeed Studio

The EdgeBox-RPI-200 is a rugged fanless Edge Computing Controller based on the Raspberry Pi Computer Module 4 (CM4). It is designed to meet the challenges of harsh industry environments and can be used to connect field networks with cloud or IoT applications. With its state-of-the-art aluminum chassis, integrated passive heat sink, and wide power supply range from 9 to 36V DC, the EdgeBox-RPI-200 is ideal for small businesses or small-scale multi-level demands. It features an integrated encryption chip, hardware watchdog, RTC with super capacitor, isolated DI&DO terminals, and various connectivity options. Rugged fanless Edge Computing Controller based on Raspberry Pi CM4 State-of-the-art aluminum chassis and integrated passive heat sink Built-in mini PCIe socket for RF module like 4G, WI-FI, Lora or Zigbee Encryption chip ATECC608A for enhanced security Hardware watchdog for reliable operation RTC with super capacitor for accurate timekeeping Isolated DI&DO terminals for flexible I/O control

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uUSB-PA5-II, 4D Systems

uUSB-PA5-II microUSB Programming Adaptor The microUSB Programming Adaptor (uUSB-PA5-II), from 4D Systems, is a simple USB to Serial-TTL UART bridge converter. It comes in a 10-pin dual-in-line package with a compact form factor. The uUSB-PA5-II is easy to use and ideal for prototyping or production. Based on SiLabs CP2104 USB to UART Bridge IC, the uUSB-PA5 utilises a mini-B USB connector for connecting to a PC or laptop. The uUSB-PA5-II has a 5-pin interface with a female header which connects directly to most of the 4D Systems modules. Features of the uUSB-PA5-II microUSB Programming Adaptor: USB to TTL UART bridge converter USB 2.0 compliant Hardware or Xon/Xoff handshaking supported Power on reset circuit USB powered Operating temperature: -40 to +85 °C Dimensions: 33.7 x 17.3 mm Traffic/Operation LED indicates status 4D Systems Display Accessories

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SOIC8EV, Microchip

8-Pin SOIC/MSOP/TSSOP/DIP Evaluation Board This is a blank PCB that allows the operation of Microchip Technologys 8-pin devices to be easily evaluated. Each device pin is connected to a pull-up resistor, a pull-down resistor, an in-line resistor, and a loading capacitor PCB pads allow through hole or surface mount connectors to be installed to ease connection to the board Additional passive component footprints are on the board allowing simple circuits to be implemented Operational Amplifier Evaluation PCBs

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TTL-232RG-VSW5V-WE, FTDI Chip

USB to TTL UART Cable, FTDI Chip The FTDI Chip TTL-232x USB to Serial UART (TTL level) converter cables provide a simple and fast way to convert microcontroller UART serial I/O to USB. The TTL-232R contains a small circuit board which includes the FT232x chip. Encapsulated in a USB-A connector, making the cable easy and straight forward to use. The circuit is powered from the USB +5 V power pins, and any Vcc connection is always at +5 V dc. However products are available with signal TTL logic levels of either +3.3 V or +5 V. These cables are supported with Microsoft WHQL certified VCP drivers for Windows, Apple Mac, and Linux. All of which are available, royalty-free from the FTDI website. http://www.ftdichip.com - USB 2.0 compatible - Cable length: 1.8m - Data transfer rate: Up to 3Mbps (FT232R parts), 12Mbps (FT232H parts) - Unique serial number attached, used for security purposes whilst transferring files via cable - Powered from USB connector - Various UART-end connector options available - CE and FCC compliant USB connector with PCB only (no cables) FTDI Chip TTL-232R-3V3-PCB (RS 429-284 ) +3.3 V UART signalling FTDI Chip TTL-232R-5V-PCB (RS 429-278 ) +5 V UART signalling USB connector and wire ended 6 core with 24 AWG output FTDI Chip TTL-232RG-VSW3V3-WE (RS 715-8522 ) +3.3 V UART signalling FTDI Chip TTL-232RG-VSW5V-WE (RS 730-0155 ) +5 V UART signalling FTDI Chip TTL-232RG-VREG3V3-WE (RS 715-8529 ) +3.3 V UART signalling FTDI Chip TTL-232RG-VREG1V8-WE (RS 715-8525 ) +1.8 V UART signalling FTDI Chip TTL-232RG-VIP-WE (RS 715-8513 ) includes voltage reference for setting UART signalling levels FTDI Chip TTL-232R-3V3-WE (RS 429-303 ) +3.3 V UART signalling (v1) FTDI Chip TTL-232R-5V-WE (RS 687-7786 ) +5 V UART signalling (v1) USB connector and 6 way, 0.1 inch single inline connector FTDI Chip TTL-232R-3V3 (RS 429-307 ) +3.3 V UART signalling FTDI Chip TTL-232R-5V (RS 687-7770 ) +5 V UART signalling USB connector and 8-...

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8.08.01 J-Link ARM-14 Adapter, SEGGER

J-Link ARM7/9/11 14-Pin Adapter The J-Link 14-Pin Adapter allows J-Link to work with ARM7/9/11 target processors. It is not needed with most new evaluation boards. Supported Probes J-Link BASE, J-Link PLUS, J-Link PRO, J-Link ULTRA+, J-Link EDU, Flasher ARM, Flasher Portable Features Input from J-Link probe via 20-pin 0.1in socket Output to Target via 14-pin 0.1in JTAG connector

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