Model/Brand/Package
Category/Description
Inventory
Price
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Category: development boardDescription: Cerebot MX3cK The Cerebot MX3cK is a microcontroller development board based on Microchip PIC32MX320F128H, and is one of the 32-bit PIC32 microcontroller series. It is related to Digilent Pmod ™ Series peripheral modules are compatible and suitable for use with Microchip MPLAB IDE tools. Cerebot MX3cK is also suitable for chipKIT ™ MPIDE development environment. ChipKIT and MPIDE form a PIC32 based system, which is compatible with many existing Arduino systems ™ Code examples, reference materials, and other resources are compatible. The design of Cerebot MX3cK is easy to use and suitable for anyone from beginners to advanced users to experiment with electronic and embedded control systems. It is designed to be used in conjunction with multi platform IDEs, (modified Arduino IDE), MPIDE, or Microchip MPLAB IDE. This kit includes everything needed to start developing embedded applications using MPIDE. To use MPLAB IDE, additional programming/debugging devices are required, such as Microchip PICkit3. PIC32MX320F 128H 80 MHz 32-bit MIPS chip processor, 128 KB flash memory, 16 KB RAM 42 x GPIO 12 x analog input 5 x 12 pin Pmod socket I2C serial bus connector USB port, used for programming imprints, used for ICSP socket (PICkit 3) powered by USB or power adapter # # PIC32 development tool38531+$322.670510+$314.253050+$307.7996100+$305.5549200+$303.8714500+$301.62671000+$300.22382000+$298.8209 -
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Category: Development kitDescription: chipKIT™ Pmod Shielding Diligent chipKIT Pmod Shielding is an extension board that is compatible with chipKIT uC32 (Part TDGL017) and chipKIT Uno32 (Part TDGL002). This board provides 5 Diligent Pmod connectors (2 x 6) for adding Diligent peripheral device modules (Pmod) to the substrate, allowing exploration of different functions and technologies. It also provides access to substrate input/output connectors and I2C bus. ###Features: Compatible with chipKIT uC32 (Part TDGL017) and chipKIT Uno32 (Part TDGL002), allowing uC32 and Uno32 boards to access peripheral device modules (Pmod) with five 2x6 pin Pmod connectors, one SPI connector, and one I2C daisy chain connector. Kit includes one chipKIT Pmod shield. Diligent development tool89061+$205.244010+$199.889850+$195.7849100+$194.3571200+$193.2863500+$191.85851000+$190.96612000+$190.0737 -
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Category: Development kitDescription: chipKIT™ ChipKIT Basic Input/Output Shielding is an input/output expansion board designed to work with Uno 32 ™ And Max32 ™ Waiting for chipKIT microcontroller board to be used together. Basic input/output masking aims to provide a range of input/output devices, suitable for beginners who are learning microcontrollers and various input/output devices, or for higher-level users to provide input or output for their own projects. Can be connected to Uno32 ™ Or Max32 ™ The microcontroller board is used in conjunction with a 256K bit I ² C EEPROM 128 x 32 pixel OLED graphic display I ² C temperature sensor I ² C daisy chain connector 4 drain open FET drivers analog potentiometers 4 buttons and 4 sliding switches 8 separate LEDs Diligent development tool49871+$481.288810+$468.733450+$459.1077100+$455.7596200+$453.2485500+$449.90041000+$447.80782000+$445.7153 -
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Category: Development kitDescription: chipKIT™ uC32 ChipKIT for Digilent development board ™ UC32 is an easy-to-use platform suitable for developing applications based on microcontrollers. ChipKIT uses the original Arduino ™ A modified version of the IDE to be compatible with existing code samples, tutorials, and resources. The pins are compatible with many Arduino covers that can operate at 3.3V. chipKIT ™ UC32 is based on commonly used Arduino ™ Open source hardware prototype design platform and added performance to Microchip PIC32 microcontroller. The Shape Coefficient of uC32 and Arduino ™ Uno board is the same and identical to Arduino ™ Cover compatible. It has a USB serial port interface for connecting to the IDE and can be powered through USB or an external power source. The uC32 board utilizes a powerful PIC32MX340F512 microcontroller. This microcontroller has a 32-bit MIPS processor core, operating at 80 MHz, 512K program flash memory, and 32K SRAM data memory. UC32 can be programmed using the Multi Platform Integrated Development Environment (MPIDE), which is based on a modified original Arduino IDE and supports PIC32. It contains everything needed to start developing embedded applications. In addition, uC32 and advanced Microchip MPLAB ® IDE and PICKit3 system internal programmers/debuggers are fully compatible. UC32 is easy to use and suitable for all beginners to advanced users who experiment with electronic and embedded control systems. UC32 provides 42 input/output pins and supports multiple peripheral functions, such as UART, SPI, and I2C ports with pulse width modulation output. 12 input/output pins can be used as analog inputs or digital inputs and outputs. Microchip ® PIC32MX340F512H microcontroller (80MHz 32-bit MIPS, 512K flash memory, 32K SRAM) Arduino ™ Uno shape coefficient; Compatible with many multi platform IDEs and software frameworks that can work at 3.3V, compatible with 42 available input/output pins for various existing Arduino code samples and other resources; USB cable required for two users' LED programmi98431+$198.900610+$193.711850+$189.7338100+$188.3502200+$187.3124500+$185.92881000+$185.06402000+$184.1992 -
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Category: development boardDescription: Cerebot MX7cK The Cerebot MX7cK is a microcontroller development board based on Microchip PIC32MX795F512L, and is one of the 32-bit PIC32 microcontroller series. It is related to Digilent Pmod ™ Series peripheral modules are compatible and suitable for use with Microchip MPLAB IDE tools. Cerebot MX7cK is also suitable for chipKIT ™ MPIDE development environment. ChipKIT and MPIDE form a PIC32 based system, which is compatible with many existing Arduino systems ™ Code examples, reference materials, and other resources are compatible. The design of Cerebot MX7cK is easy to use and suitable for anyone from beginners to advanced users to experiment with nested control and network communication applications. Due to the built-in programming/debugging circuitry compatible with Microchip MPLAB IDE, there is no need for additional hardware to be used in conjunction with MPLAB. This kit includes everything needed to start developing embedded applications using MPLAB IDE or MPIDE. PIC32 32-bit MIPS processor (PIC32MX795F512L), 512 KB flash memory, 128 KB SRAM compatible with USB 2.0 full speed On The Go (OTG) controller, with dedicated DMA channel 10/100 Ethernet controller 2 x CAN network controller up to 4 x SPI serial interface up to 6 x UART serial interface up to 4 x IC serial interface 5 x 16 bit timer/counter 5 x timer capture input 5 x comparison/PWM output 16 x 10 bit analog input 2 x analog comparator 6 x 12 pin Pmod socket 2 USB ports UART port RJ-45 Ethernet port SPI port 2 SPI/UART ports 2 CAN ports 2 IC ports powered by USB or power adapter # # # Note Cerebot MX7c7 Replace the Cerebot 32MX7 board with K. ###Diligent development tool68481+$841.787410+$812.251050+$808.5590100+$804.8669150+$798.9596250+$793.7908500+$788.62191000+$782.7146 -
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Category: Development kitDescription: MICROCHIP TDGL021 Development board, PIC32MX695F512L, wireless23601+$583.063310+$562.604950+$560.0476100+$557.4903150+$553.3986250+$549.8184500+$546.23821000+$542.1465 -
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Category: Development kitDescription: TC72 Temperature and Humidity Sensors Demonstration Board52381+$82.735610+$79.1384100+$78.4909250+$77.9873500+$77.19591000+$76.83622500+$76.33265000+$75.9009 -
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Category: Development kitDescription: Tag-Connect The Tag Connect clamp is connected to the calibration pin of the Tag Connect cable without support legs, such as TC2300-MCP-NL. The clamp can be pressed onto the calibration pins below the circuit board to provide temporary connections for debugging purposes. Then you can use the best products in two fields: small printed circuit board imprints and reliable debugging connections. Attention: The clamp is small and prone to misplacement, so we have included 3 with the packaging. ### MPLAB ® ICD development tool92411+$180.514410+$175.805350+$172.1950100+$170.9392200+$169.9974500+$168.74171000+$167.95682000+$167.1720 -
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Category: development boardDescription: MICROCHIP TC115EV Evaluation board, TC115, pulse width modulator, PFM controller62721+$125.358110+$122.087850+$119.5807100+$118.7086200+$118.0546500+$117.18251000+$116.63752000+$116.0925 -
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Category: Development kitDescription: TC 110 The boost converter demonstration board can charge lithium-ion batteries, single cell alkaline batteries, or 2-cell alkaline batteries with a maximum constant current of 500mA. TC110 is a boost (startup) switch controller that can adjust the output voltage through a typical startup voltage of+0.9V. The board also includes MCP73832 miniature single cell batteries, fully integrated lithium-ion, and lithium polymer charging management controllers. MCP73832 is a highly advanced linear charging management controller designed for economical applications with limited space. This board is a ready to use solution that can be used for portable applications without a DC socket. It can effectively transfer electrical energy from alkaline batteries to lithium-ion battery packs. A single lithium-ion battery charger operates independently without firmware, which is more economical and has a shorter design cycle. It charges one lithium-ion battery pack through+0.9V to+3.0V input (battery types range from 1 to 2 alkaline batteries or similar rated nickel cadmium and nickel hydrogen batteries). The output DC voltage is adjusted to+5.0V through TC110 (TC110 also provides+3.0,+3.3, and+5V variants). The 300kHz fixed frequency (TC110 also provides 100kHz fixed frequency) on/off button is used to enable and disable the system's 3-digit toggle switch, to select single or dual battery input or disable LED on/off, to display charging activity and standby mode. The constant charging current with a single resistor is easy to adjust (default current is). 200mA is suitable for alkaline batteries, but can be increased to 500mA to accelerate the charging cycle of 2 alkaline batteries during operation MCP738312 is designed or simply modified to charge lithium-ion battery packs at a constant voltage (MCP73832 offers+4.20,+4.35,+4.40, or+4.50V variants to meet fast battery charging needs), and can be operated directly from a single AA battery or DC power source at any time. It supports various new portable applications and PWM (Pulse Frequ34461+$380.760410+$370.827550+$363.2123100+$360.5635200+$358.5770500+$355.92821000+$354.27272000+$352.6172 -
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Category: Development kitDescription: TC1016/17 LDO Linear regulator evaluation board81221+$376.073010+$366.262450+$358.7409100+$356.1248200+$354.1627500+$351.54651000+$349.91142000+$348.2763 -
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Category: Development kitDescription: MICROCHIP ADM00421 Evaluation kit, MCP2210, USB to SPIC, with access to SPIC bus and all common signals85011+$516.430510+$502.958450+$492.6298100+$489.0372200+$486.3428500+$482.75031000+$480.50492000+$478.2596 -
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Category: Development kitDescription: MICROCHIP SOT89-3EV-VREG Evaluation Board, Voltage Regulator, Input Capacitance Jumper, Load Resistor Jumper51251+$211.703510+$206.180850+$201.9467100+$200.4740200+$199.3695500+$197.89681000+$196.97632000+$196.0559 -
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Category: Development kitDescription: Evaluation Board For 14Pin SOIC/TSSOP/DIP Evaluation Board81961+$301.861210+$293.986650+$287.9493100+$285.8494200+$284.2745500+$282.17461000+$280.86222000+$279.5497 -
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Category: Development kitDescription: ATPROTO1-XPRO Xplained Pro ATPROTO1-XPRO XPlaid Pro expansion board is designed for prototyping small circuits. The board can be divided into three parts; **1) * * * * Prototype design area * * Two * * through holes * * and * * SMD * * components can use 200 square pads for prototype design. There are letters and numbers marked on both sides of the board, making it very easy to establish precise connections. When needed, the solderless test circuit board can be placed on top of the expansion board. **2) The top of the expansion board is disconnected, and external power can be connected to the XPlaid Pro MCU board using screw terminal blocks. **3) The bottom of the expansion board includes a right angle socket, a vertical socket, and a prototype design area. The right angle socket can be connected to any XPlaid Pro MCU board, while the vertical socket can connect the * * expansion module * * or * * expansion signal * * to the prototype design area. The beneficial feature of XPlaid Pro platform is the integration of * * Atmel Studio * *, which includes Atmel software framework drivers and demonstration code, and supports streaming data. **ATPROTO1-XPRO expansion board features and advantages * * 200 square pad prototype design area with 2.54mm spacing support XPlaid Pro expansion module solderless test circuit board capacity80811+$353.934410+$344.701350+$337.6226100+$335.1604200+$333.3138500+$330.85171000+$329.31282000+$327.7740 -
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Category: Development kitDescription: SEC1210 Smart Card Bridge to USB Customer Evaluation Board Interface Development Tool60671+$820.165010+$791.387350+$787.7901100+$784.1929150+$778.4373250+$773.4012500+$768.36511000+$762.6096 -
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Category: development boardDescription: Evaluation kit hardware platform for ATSAMV71Q21 microcontroller21391+$3013.565510+$2986.169525+$2972.471450+$2958.7734100+$2945.0754150+$2931.3774250+$2917.6793500+$2903.9813 -
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Category: Development kitDescription: MICROCHIP MCP9800DM-TS1. Temperature Sensor Demonstration Board, MCP980072771+$402.505810+$392.005650+$383.9555100+$381.1554200+$379.0554500+$376.25541000+$374.50542000+$372.7553 -
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Category: Development kitDescription: MCP6XXX The amplifier evaluation board 2 MCP6XXX supports both inverting and inverting summing amplifiers. All amplifier resistors and capacitors have been inserted into all component labels on the board with Mindi ™ The labels on the schematic generated in the amplification designer remain consistent and support all Microchip single operational amplifiers: an 8-pin PDIP package (such as MCP6021) has been inserted, which can accommodate an 8-pin SOIC package for connecting laboratory equipment to test points, single power configuration, and operational amplifier evaluation kit, Microchip12351+$575.195010+$555.012750+$552.4899100+$549.9671150+$545.9307250+$542.3988500+$538.86691000+$534.8304 -
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Category: Development kitDescription: MCP6V01 The input offset demonstration board aims to provide a simple way to measure the input bias voltage (VOS) of MCP6V01/2/3 operational amplifiers under various bias conditions. This VOS includes the specified input bias voltage values found in the data table, as well as changes caused by power supply voltage (PSRR), common mode voltage (CMRR), output voltage (AOL), and temperature (IVOS/ITA). The test point simulation circuit used to connect laboratory equipment can generate accurate DUT input bias voltage (VOS) to demonstrate that the common mode voltage of the DUT defaults to medium voltage (VDD/2) # # # Operational amplifier evaluation kit, Microchip44751+$263.785910+$256.904550+$251.6288100+$249.7937200+$248.4175500+$246.58241000+$245.43552000+$244.2886 -
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Category: Development kitDescription: MCP6XXX Amplifier Evaluation Board36711+$249.782310+$243.266250+$238.2706100+$236.5330200+$235.2298500+$233.49221000+$232.40612000+$231.3201 -
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Category: Development kitDescription: MICROCHIP MCP43XXEV Evaluation Board, 10KΩ Digital Potentiometer, Data Converter, MCP436168451+$258.294610+$251.556550+$246.3906100+$244.5938200+$243.2461500+$241.44931000+$240.32632000+$239.2033 -
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Category: Development kitDescription: dsPIC33EP256GP506 Universal Plugin Module (PIM)42911+$436.538910+$425.150950+$416.4201100+$413.3833200+$411.1057500+$408.06891000+$406.17092000+$404.2729 -
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Category: Development kitDescription: Plug in module for USB development using PIC32 Explorer 16 development board59261+$346.339810+$337.304850+$330.3780100+$327.9687200+$326.1617500+$323.75241000+$322.24662000+$320.7407 -
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Category: Development kitDescription: Plug in module printed circuit board for dsPIC33 GP (100 pin to 100 pin QFP)33521+$436.538910+$425.150950+$416.4201100+$413.3833200+$411.1057500+$408.06891000+$406.17092000+$404.2729 -
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Category: Development kitDescription: MICROCHIP MA240016. PIC24H 44P to 100P PIM37031+$333.655310+$324.951250+$318.2781100+$315.9570200+$314.2162500+$311.89511000+$310.44452000+$308.9938 -
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Category: Development kitDescription: Sub card and OEM board PIC24F16KA Plug in Module52391+$290.091010+$282.523450+$276.7215100+$274.7035200+$273.1900500+$271.17201000+$269.91072000+$268.6494 -
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Category: Development kitDescription: MICROCHIP MA180033 Plug-In Module, Supports Most of the PIC18F6 & PIC18F8 64Pin & 8Pin MCUs, AC16411079411+$375.549810+$365.752850+$358.2418100+$355.6293200+$353.6699500+$351.05741000+$349.42462000+$347.7917 -
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Category: Development kitDescription: MICROCHIP MA180013 Plug-In Module, Accessory to the PICDEM HPC Explorer Demo Board, Plug Into Main Processor Socket83101+$333.696710+$324.991550+$318.3176100+$315.9962200+$314.2552500+$311.93381000+$310.48302000+$309.0321
