Semiconductor Development Kit Accessories

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MMP-0061, MODMYPI LTD

PIco Fan Kit for Raspberry Pi, ModMyPi PIco FAN Kit is an Advanced Active Cooling System for the Raspberry Pi and is easy to install by using the UPS Plco(Uninterruptible Power Supply and I2C HAT). The kit with the use of UPS Plco supervising circuits regulates any overheating of the Raspberry Pi board. Also has an embedded temperature measurement system which monitors and regulates the temperature by switching the fan on and off. Uninterruptible Power Supply and I2C HAT are available to purchase RS 1270208 Raspberry Pi is not included and can be purchased separately (Raspberry Pi 3 - RS 8968660 and previous models) Features Powered from the J8 (P1) connector of the Raspberry Pi® via UPS PIco PWM FAN speed regulation 1 RED LED-based information system (Light Red - hot, Light Red – cold) Full control over the system via I2C interface (The PIco Interface) Kit Contents Micro Fan with cable Set of 4 tree clips required for PIco FAN mounting UPS PIco PCB Set of 4 rubber washers required for the PIco FAN mounting UPS PIco PCB TO-92 temperature sensor 2 mm PCB connector for the FAN

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8.06.00 J-Link 19-Pin Cortex M Adapter, SEGGER

J-Link 19-Pin Cortex-M Adapter The J-Link 19-pin Cortex-M Adapter allows JTAG, SWD and SWO connections between J-Link and ARM Cortex-M based target hardware systems. 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 19-pin 0.05in Samtec FTSH connector TRST can be connected to pin 9 of the Cortex-M adapter if required

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8.06.02 J-Link 9-Pin Cortex M Adapter, SEGGER

J-Link 9-Pin Cortex-M Adapter The J-Link 9-pin Cortex-M Adapter allows JTAG, SWD and SWO connections between J-Link and ARM Cortex-M based target hardware systems. 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 9-pin 0.05in Samtec FTSH connector TRST can be connected to pin 9 of the Cortex-M adapter if required

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999-0004990, CircuitCo

MinnowBoard Calamari Lure The Calamari Lure is a plug-in expansion board for the MinnowBoard Max single-board computer. It features some very simple input/output devices for demonstration purposes. More information at: http://www.elinux.org/Calamari_Lure 2 x PWM-controlled LEDs GPIO-controlled RGB LED GPIO-controlled 7-segment LED display MCP3004 serial SPI ADC provides analogue input from a slider potentiometer 32KB EEPROM on I2C serial bus 3 x GPIO pushbuttons Headers for UART1 and UART2 serial ports

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8.06.04 J-Link 10-Pin Needle Adapter, SEGGER

J-Link 10-Pin Needle Adapter The J-Link 10-pin Needle Adapter has been designed to connect a J-Link Probe to a PCB which does not have a mating connector or programming header. Compatible Probes J-Link BASE, J-Link PLUS, J-Link PRO, J-Link ULTRA+, J-Link EDU, Flasher ARM, Flasher Portable Features No additional connector required on target PCB Very small footprint High-reliability spring pins for secure connections 3 locating pins, so adapter cannot be connected the wrong way round Plugs into probe 20-pin 0.1in J-Link connector No external power supply required Option to power the target hardware via J-Link

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MD01, XinaBox

xChip Boards xChips are a rapid electronics development ecosystem to help reduce development time and simplify making custom products as well as aiding learning. Without soldering, wiring, breadboarding, or hardware knowledge you can assemble a circuit in minutes, and concentrate on coding. xChips are compatible with the platform you want to use and bridges are available for the most popular pltatforms; Raspberry Pi, Minnowboard, Beaglebone, Micro:bit, Pixhawk and 96 boards. Rather than bridging to Ardunio, we offer compatible cores for Arduino Uno, the CC01, and for Arduino Zero, the CC03. xChips utilise I2C, and due to this bus architecture, unlimited expansion of circuits is possible. Limitations of I2C addresses have been negated by development multiplexers. Because of its simple connection method, it is easy to build quickly - for prototyping and small product runs xChips connect to each other using an xBus connector, available from RS 174-4977 . Some xChips need an xPDI connector (RS 174-4974 ) to connect to programming interfaces, such as the IP02 or IP03. This xCHIP is used as a placeholder for mechanical strength and xBUS redundancy. This blank xCHIP or dummy xCHIP also contains a QR code point to this store. Product Highlight No other function than placeholder. All signals and power is transferred through. Xinabox Modular Prototyping Boards

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8.06.18 J-Link Target Supply adapter, SEGGER

J-Link Target Supply Adapter The J-Link Target Supply Adapter provides an adjustable power supply to a target board. Compatible Probes J-Link BASE, J-Link PRO, J-Link ULTRA+, J-Link PLUS , Flasher Portable, Flasher ARM Features MCP1826T LDO voltage regulator Input from J-Link probe via 20-pin 0.1in socket Output to Target via 20-pin 0.1in header Default output: +3.3V @ 400mA Output voltage adjustable from +1.0V @ 150mA to +3.6V @ 400mA by changing resistor Power On LED

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8.06.01 J-Link RX Adapter, SEGGER

J-Link RX Adapter The J-Link RX Adapter maps from the J-Link 20-pin 0.1in connector to the 14-pin 0.1in Renesas connector and allows JTAG + FINE connections to Renesas RX family microcontroller devices. Supported Processors Connect via FINE: RX111/RX210/RX21A/RX220 Connect via JTAG: RX610/RX621/RX62G/RX62N/RX62T/RX630/RX631/RX63N/RX63T Features LF33CDT +3.3V @ 500mA LDO voltage regulator JTAG/FINE select link Input from J-Link probe via 20-pin 0.1in socket Output to Target via RSK 14-pin header

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DS9097U-E25#, Maxim Integrated

The DS9097U is a sophisticated RS-232 to 1-Wire® adapter, which performs RS-232 level conversion and actively generates the 1-Wire communication signals. Together with an adequate software driver, it enables a Windows®-based PC to directly communicate with any 1-Wire device connected to the adapter's RJ11 port. The DB9 version reads and writes any non-EPROM 1-Wire device. To write to EPROM devices, the DB25 version with external power supply is required. For a list of suitable 1-Wire network cables, refer to the Connectivity Matrix table in the DS1402x 1-Wire network cables data sheet.All DS9097U adapters are based on the DS2480B serial 1-Wire line driver chip. The RXD/TXD polarity select input of the DS2480B is connected to VDD (noninverting).The DS9097U communicates with 1-Wire devices at standard speed as well as overdrive speed. The serial port must support a data transmission rate of 9600bps. Under software control, the adapter can be set up for RS-232 data rates of 19200bps, 57600bps, and 115200bps. The two higher rates are recommended for communication at overdrive speed with overdrive-capable devices. Since the DS9097U operates in a byte mode, every data byte received from the RS-232 port generates eight time slots on the 1-Wire line.That there are some COM ports that use signal levels of less than (±) 5V. The DB9 versions of this adapter do not work with such ports. The DS9097U-E25 adapter, however, functions in most cases if external power is supplied. Without EPROM programming, the external power can be anywhere in the range of 6V to 9V. For EPROM programming the voltage must be at 12V in any case. Before using an externally powered DS9097U-E25 with a COM port of less than (±) 5V, check whether the COM port will not be damaged by 5V on its RXD input.

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410-352, Digilent

The Arty S7 board features new Xilinx Spartan-7 FPGA and is the latest member of the Arty family for Makers and Hobbyists. The Spartan-7 FPGA offers the most size, performance, and cost-conscious design engineered with the latest technologies from Xilinx and is fully compatible with Vivado Design Suite. Putting this FPGA in the Arty form factor provides users with a wide variety of I/O and expansion options. Internal clock speeds exceeding 450MHz On-chip analog-to-digital converter (XADC) Programmable over JTAG and Quad-SPI Flash System Features: USB-JTAG Programming circuitry Powered from USB or any 7V-15V source Expansion Connectors: 4 Pmod connectors Arduino/chipKIT Shield connector Arty S7 Board Spartan-7 FPGA Digilent cardboard packaging with protective foam

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8.06.09 J-Link Microchip Adapter, SEGGER

J-Link Microchip Adapter The J-Link Microchip Adapter allows debug connections between J-Link and target hardware featuring Microchip PIC32 microcontrollers. Supported Probes J-Link BASE, J-Link PRO, J-Link ULTRA+, J-Link PLUS, J-Link EDU Features Input from J-Link probe via 20-pin 0.1in socket Output to Target via Microchip RJ12 modular connector Also supports Microchip 6-Pin PICkit header and MIPS 14-Pin Debug header

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8.07.01 SWD Isolator, SEGGER

J-Link ARM SWD Isolator Board The J-Link SWD Isolator can be connected between a J-Link Probe and an ARM-board with a 20-pin debug connector to provide electrical isolation. This is essential when the development tools are not connected to the same ground as the application. Compatible Probes J-Link BASE, J-Link PRO, J-Link ULTRA+, J-Link PLUS, Flasher ARM Features 1kV DC optical isolation +3.3V and +5Vdc target operation supported Powered from probe and target SWD 20-pin connection with SWCLK, SWDIO, SWO and RESET signals Power consumption on target side: 25mA typical SWD frequency: Up to 4MHz 3 x LEDs: Probe Power, Target Power and Target RESET

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Semiconductor Development Kit Accessories

New Items

MMP-0061, MODMYPI LTD

8.06.00 J-Link 19-Pin Cortex M Adapter, SEGGER

8.06.02 J-Link 9-Pin Cortex M Adapter, SEGGER

999-0004990, CircuitCo

8.06.04 J-Link 10-Pin Needle Adapter, SEGGER

MD01, XinaBox

8.06.18 J-Link Target Supply adapter, SEGGER

8.06.01 J-Link RX Adapter, SEGGER

DS9097U-E25#, Maxim Integrated

410-352, Digilent

8.06.09 J-Link Microchip Adapter, SEGGER

8.07.01 SWD Isolator, SEGGER

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