Model/Brand/Package
Category/Description
Inventory
Price
Data
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Category: Development kitDescription: ATMEL ATSAMD10-XMINI Evaluation board, Smart Mini Xplained, Cortex-M0+, 48MHz CPU, onboard debugging8025 -
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Category: Development kitDescription: Microchip PICtail Simulation development kit MCP9800DM-PCTL3665 -
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Category: Development kitDescription: MCP7384X Li Ion BATT Charger, a power management IC development tool5195 -
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Category: Development kitDescription: MICROCHIP MCP73871DM-VPCC. Demo board, MCP73871 with voltage proportional current control6779 -
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Category: Development kitDescription: MICROCHIP MCP7383XRD-PPM Evaluation Module, Power Management, Battery Charger, MCP738716324 -
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Category: Development kitDescription: MCP6XXX Amplifier Evaluation Board 1 MCP6XXX is designed to support inverting/in-phase amplifiers, voltage followers, inverting/in-phase comparators, and inverting/in-phase differentiators. 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, Microchip7067 -
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Category: Development kitDescription: MCP73113 The lithium-ion charger evaluation board demonstrates the functionality of the MCP73113 single lithium-ion/lithium polymer battery charging management controller (with input overvoltage protection). 6.5V input overvoltage protection: 10% pre-processing for fully depleted batteries, 32 minute pre-processing timer, 6-hour safety timer, 10% automatic charging termination, 500mA and 100mA preset fast charging current, automatic charging, thermal regulation, blue LED indicating charging status. Small DFN package with bare solder pads, can be used as additional heat sink for battery management, Microchip8501 -
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Category: Development kitDescription: MICROCHIP MCP6XXXDM-FLTR Demo board, MCP6271, active filter9260 -
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Category: Development kitDescription: MICROCHIP MCP4XXXDM-DB Kit, MCP4XXX DIGIPOT daughter board7994 -
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Category: Development kitDescription: MCP46XX Eval Board Digital Potentiometer Development Tool2531 -
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Category: Development kitDescription: PICtail™ Plus MCP4725 12-bit DAC Daughter Board This daughter board demonstrates the MCP4725 12-bit DAC with non-volatile memory. It uses the Explorer 16 Development Board and the PICkit™ Serial Analyzer. Experimenting with the MCP4725 features in a PIC24 environment Experimenting with the MCP4725 features using a PICkit™ Serial Analyzer PIC24FJ128 microcontroller firmware examples write to the MCP4725 DAC Register and EEPROM Step-by-step examples on using the PICkit Serial Analyzer Programming the MCP4725 DAC and EEPROM registers using the Explorer 16 board and PICkit Serial Analyzer ### PICtail™ And PICtail ™ And the daughter board1932 -
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Category: Development kitDescription: MICROCHIP MCP2200EV-VCP Demo circuit board, MCP2200, USB to RS232, test points for all GPIO pins, 9-pin D Sub connector2187 -
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Category: Development kitDescription: MCP212x IrDA The MCP2120/22 development board is used for easy demonstration and development of IrDA applications. The board can be powered through USB or power test points (VDD and GND). Pre program PIC18F65J50 firmware to generate MCP2122 clock. The host interface can be connected to UART driver devices (for IrDA to UART operation), and can communicate through DB-9 connectors or connect to PIC18F65J50 for independent operation. All USB interface signals are connected to PIC18F65J50, allowing programs to be created in applications where PIC18F65J50 communicates with USB and MCP2122, making the board usable as an IrDA to USB converter. Micro USB connector (used to power the board) onboard+3.3V regulator, used to power the PIC18F65J50 hook, for external adjustment of DC power jumper, used to isolate PIC18F65J50 power signal from the board power supply. This allows the board to operate the RS-232 connector and associated hardware at voltages above+3.3V, for direct connection to MCP2120 or MCP2122 UART twelve pin sockets, for connecting the host UART interface four jumpers (3 pins), for selecting the UART signal source. The DB-9 connector or PIC18F65J50 external clock (from ECCP1 pin of PIC18F65J50) jumper has a green power on LED indicator. Implemented infrared transceiver circuit (two optional optical transceiver circuits have been implemented but not assembled) reset switch for PIC18F65J50 device. ICSP ™ Tube socket, used for programming PIC18F65J50 jumper options, used for PIC18F65J50 program selection (not installed) jumper, used for selecting MCP2120/22 reset signal source jumper, used for selecting MCP2120 mode signal source MCP2120/22 SOIC and DIP imprint (DIP package is installed by default) # # # Transceiver8592 -
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Category: Development kitDescription: MCP1630 Reference Design for Bidirectional Power Supply/Charger for Laptop Computers6586 -
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Category: Development kitDescription: MICROCHIP MCP1630RD-SALED Evaluation board, MCP1630, SEPIC, automotive LED driver5153 -
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Category: Development kitDescription: MCP1630 The reference design for nickel hydrogen battery charger is that the nickel hydrogen battery charger board can accommodate 3 nickel hydrogen batteries. The appearance and quantity of batteries can be changed in the firmware. The design adopts MCP1630 high-speed analog PWM combined with PIC microcontroller. When charging, the initial current for fast charging is set to 1.35A, the pre-processing charging current is 170mA, and the pre-processing threshold is 3V. The programmed parameters - modify the fast charging current in the firmware to 130mA (1 hour), overvoltage protection (remove the battery), overcharge protection to prevent damage to the battery, overcurrent protection to prevent short circuiting of the battery, battery reversal protection, input short circuit protection, overheating protection to prevent the battery from contacting overheating temperature during charging, with a soft start function to maintain a low reference voltage during startup. Battery management, Microchip6317 -
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Category: Development kitDescription: i.MX25 Application Processor and SOC Development Kit 400MHz CPU 64Mb RAM 2GB NAND Flash Automotive8472 -
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Category: Development kitDescription: MCIMX23LCDIt is a WQVGA 4.3-inch LCD touchscreen kit used in conjunction with the i.MX233 Freescale evaluation kit Freescale i.MX23 EVK provides designers with hardware and connectivity features for application development EVK is an independent circuit board that can be used to support application software development, target board debugging, and optional circuit cards The 4.3-inch LCD touchscreen display panel is an optional accessory for EVK6194 -
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Category: Development kitDescription: Evaluation Board Introduces You To The NXP LPC2300 ARM Family9514 -
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Category: Development kitDescription: Evaluation board, MBC13917 SiGe: C RF Cascode low-noise amplifier, bypass switch, 434 MHz6857 -
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Category: Development kitDescription: Evaluation kit, MC13851 eSiGe low-noise amplifier, for 2140MHz applications9537 -
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Category: Development kitDescription: Development Kit For R-IN32M3 Series of Industrial Ethernet Controllers3338 -
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Category: Development kitDescription: MicroZed Breakout Carrier Card For MicroZed Evaluation Kit and System-on-Module (SOM)4435 -
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Category: Development kitDescription: Eval Kit MAX8900A and MAX8900B (1.2A Switch-Mode Li+ Chargers with 22V Input Rating and JEITA Battery7218
