Model/Brand/Package
Category/Description
Inventory
Price
Data
-
![]()
Category: Development kitDescription: BM23 The Microchip BM23 Bluetooth 4.1 Audio Development Board is a tool that allows design engineers to study the BM23 Bluetooth module for stereo applications that require digital audio output. The v4.1 module includes Bluetooth Classic Protocol (BDR/EDR) and supports A2DP, AVRCP, and HFP/HSP specifications. ###Features include Microchip's BM23 Bluetooth v4.1 module, with a form factor of 15 x 29 x 2.5 mm and compatibility with Bluetooth v3.0, v2.0, and v1.2 for easy access to digital stereo audio output. There are 9 buttons to control audio playback status, LED support for A2DP, AVRCP, and HFP/HSP Bluetooth configuration files, Bluetooth technology alliance certification, included in the kit, and 1 BM23 Bluetooth module evaluation board. Bluetooth - Microchip5069 -
![]()
Category: Development kitDescription: MICROCHIP RN-52-EK-1 Evaluation board, RN52, Bluetooth audio module5979 -
![]()
Category: Development kitDescription: RN1723 802.11b/g WiFi IoT The Microchip RN1723 WiFi IoT Development Board is a platform for exploring the RN1723 WiFi module in low-power IoT client applications. This board contains the relevant main components and functions, which can connect and transmit data to web-based servers. This board can be easily customized to include additional features. Equipped with a PICtail expansion slot, one of the PICtail accessory boards can be added to this slot. ###Features: RN1723 802.11 b/g module for WiFi connection, PIC32MX695F512L management firmware and configuration, WolfSSL demonstration with cloud connection, PICtail connector, potentiometer, temperature sensor for adding additional features, included in the kit: 1 RN1723 WiFi IoT development board, 1 USB cable, 2 AA batteries, WLAN (wireless local area network) - Microchip Technology1804 -
![]()
Category: Development kitDescription: MICROCHIP DM320007-C Development board, PIC32MZ EF microcontroller with encryption engine, MIPS32, 24MHz precision2427 -
![]()
Category: Development kitDescription: MCP6N11 The Wheatstone Bridge Reference Design for Instrumentation Amplifier showcases the performance of Microchip's MCP6N11 instrumentation amplifier (INA) and a traditional triple operational amplifier INA using Microchip's MCP6V26 and MCP6V27 auto zero operational amplifiers. The input signal comes from the Wheatstone bridged RTD temperature sensor. Real interference added to the output of the bridge can provide a comparison of real performance. Data can be collected and displayed on a PC for ease of use. USB PICmicro ® The microcontroller and accompanying graphical user interface (GUI) provide methods for configuring the board and collecting sampling data. RTD temperature sensor INA signal conditioning PICmicro signal conditioning and communication PC software (GUI): Thermal management utility # # # Comes with USB cable # # Instrument amplifier, Microchip instrument amplifier is a different type of differential amplifier equipped with input buffer amplifier, without the need for input matching impedance. Features include ultra-low DC offset, low drift, low noise, extremely high open circuit gain, extremely high common mode rejection ratio, and extremely high input impedance.6045 -
![]()
Category: Development kitDescription: Power Management IC Development Tool PIC18F65J90/MCP6L02 Energy Meter9474 -
![]()
Category: Development kitDescription: MCP3551 The demonstration board is designed to use the WebView installed on a PC ™ Software to demonstrate the performance of MCP3551 22 bit Delta Sigma analog-to-digital (ADC) converter. The demonstration board can be integrated with MPLAB ICD 2 and PICkit ™ 1 Flash Starter Kit or PICkit ™ Used together for developing demonstration/evaluation firmware. You can choose to install another MCP3551 for use with the optional promotion board (sold separately). This board is designed to evaluate MCP3551 with minimal printed circuit board (PCB) noise. The layout of the printed circuit board is designed with low noise to minimize signal noise as much as possible, in order to demonstrate the performance of the 22 bit MCP3551. Three types of precision potentiometers, used to demonstrate the functionality of MCP3551 onboard PIC18F4550, with USB interface, for use in WebView ™ Communication USB interface, used to connect to PC Dataview ™ Software with three tube sockets/connectors in easy to read format and data recording for use with PICkit ™ 1 PICkit ™ 2 or MPLAB ICD 2 programming MCU # # # Analog to Digital Converter - Microchip4653 -
![]()
Category: Development kitDescription: MCP355x Tiny This 1in ´ 1in board is designed to display the performance of MCP3550/1/3 22 bit ADC devices in a simple low-cost application. The circuit is configured with proportional sensors and uses the system power supply as a voltage reference. The MCP355x device's extremely high common mode suppression function and excellent normal mode power suppression at 50 and 60 Hz can provide excellent system performance. USB interface to PC software WebView, used for graphic noise analysis jumper, for selecting reference power as VDD or onboard LM4140 # # # Analog to Digital Converter - Microchip5011 -
![]()
Category: Development kitDescription: Evaluation Board For 75V/4A Hyper Speed Control Synchronous DC-DC Buck Regulator6719 -
![]()
Category: Development kitDescription: Microchip PICtail Simulation development kit MCP9800DM-PCTL3665 -
![]()
Category: Development kitDescription: MCP7384X Li Ion BATT Charger, a power management IC development tool5195 -
![]()
Category: Development kitDescription: MICROCHIP MCP73871DM-VPCC. Demo board, MCP73871 with voltage proportional current control6779 -
![]()
Category: Development kitDescription: MICROCHIP MCP7383XRD-PPM Evaluation Module, Power Management, Battery Charger, MCP738716324 -
![]()
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 -
![]()
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 -
![]()
Category: Development kitDescription: MICROCHIP MCP6XXXDM-FLTR Demo board, MCP6271, active filter9260 -
![]()
Category: Development kitDescription: MICROCHIP MCP4XXXDM-DB Kit, MCP4XXX DIGIPOT daughter board7994 -
![]()
Category: Development kitDescription: MCP46XX Eval Board Digital Potentiometer Development Tool2531 -
![]()
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
