Microchip Technology Inc. is a leading manufacturer of microcontroller and analog products, providing low-risk product development, lower total system cost, and faster time to market for thousands of diverse customer applications worldwide. Microchip offers outstanding technical support along with dependable delivery and quality.
Microchip Machine-to-Machine (M2M) Development Platform for CDMA allows remote devices to communicate with each other or with a central server over one or more communications networks. M2M is commonly used to monitor or control devices deployed at remote locations without the need of human assistance. M2M is used in a wide variety of applications, such as utility meters, asset tracking, robotics, supply chain management and many others. The Microchip M2M Development Platform for CDMA uses the Verizon Wireless cellular network to communicate with a cloud-based server. Cellular-based technology is ideal for M2M, as it can provide a common communication pathway for remote and mobile devices to exchange information. The Microchip M2M platform provides a variety of sensors and communications technologies to interface with remote devices. The platform sends and receives data to and from a cloud-based server through the CDMA cellular network. The server is accessed by the user through a web portal that can be customized to an individual user's needs. Through the web portal, the user can display, analyze and download data collected by the M2M platform, and send commands to the platform to control remote devices.
Microchip PIC32 Bluetooth audio development kit (DV320032) showcases a high quality Bluetooth audio platform using the PIC32 microcontroller. The Bluetooth stack on PIC32 supports Advance Audio Distribution Profile (A2DP) and Audio/Video Remote Control Profile (AVRCP) for high quality Bluetooth audio streaming, player control and metadata information. The development board also supports USB digital audio over Apple Made for iPod (MFi) devices, Google Android Open Accessory (AOA) audio devices, and Samsung USB audio devices. Its flexible design uses plug-in daughter boards with various Bluetooth transceiver modules and audio codec modules designed for the board so the user can easily use different combinations of Bluetooth transceivers and audio codecs. The PIC32 MCU provides Bluetooth capability with an on-chip Bluetooth stack, USB connectivity and high quality audio I2S interface along with many more connectivity options on a single device. Microchip PIC32 Bluetooth audio development kit also enables MFi support through an expansion connector.
Microchip Technology Intelligent reduces the system cost, saves
board space, and improves the performance of the design through
increased throughput, and transfer of ADC data via UART or SPI. On
products with DMA, the data is directly transferred to the RAM to be
processed in parallel. Each analog module can be individually turned on
or off when needed. DMA enabled DACs require no processor overhead for
even faster responses. Integrated buffered DACs eliminate the need for
an external buffer. DAC can be used as input or reference to Op Amp,
Comparator, or ADC. Op Amp can be configured for either lowest power
consumption or highest speed. MCU internal voltage references can be
used as references for integrated analog components. CTMU can be used as
a constant current source for sensors.
Microchip Lighting Communications Development Platforms are full-featured, universal lighting development platforms that provides all of the components required to create a DMX512A or DALI lighting network, offering users a complete “out-of-the-box” experience. This enables lighting engineers to design intelligent lighting and control systems with a large array of Microchip’s 8, 16 and 32-bit PIC® microcontrollers; and analog, wireless, and human-interface solutions. The Starter Kit includes two main boards, two communications-interface adapters (DALI or DMX512A), one prototype board and the required cables/power supplies. Designers new to lighting communications can quickly and easily start creating connected lighting applications via a simple board-to-board network. These platforms utilizes a single, low-cost 8-bit PIC MCU for the user interface, LED control and communications. Software development is based on the free Microchip DALI and DMX512A libraries, which are written in C and can be ported to any PIC microcontroller. Additionally, the kit features the Cree® XLamp® MC-E Color LED, enabling high-lumen output in a small form factor, along with a LEDnLIGHT collimator LLC19N optic and holder by Gaggione for high-quality color mixing and tight beam control. Industry-standard lighting communication connectors and isolation devices are also included.
Microchip's USB553xB Hi-Speed USB Hub Controllers are 2/3/4/7-port, SuperSpeed (SS) / Hi-Speed (HS), low-power, configurable and fully-complaint with the USB 3.0 Specification. The USB553xB also supports Full Speed (FS) and Low Speed (LS) USB signaling, offering complete coverage of all defined USB operating speeds. The new SuperSpeed hub controller (available on 4 of the 7 ports for the USB5537B) operates in parallel with the USB 2.0 controller, so the 5Gbps SuperSpeed data transfers are not affected by the slower USB 2.0 traffic.
Microchip's MCP41HVX1 36V Digital Potentiometers are devices that have dual power rails (analog and digital). The analog power rail allows high voltage on the resistor network terminal pins. The analog voltage range is determined by the V+ and V– voltages. The maximum analog voltage is +36V, while the operating analog output minimum specifications are specified from either 10V or 20V. As the analog supply voltage becomes smaller, the analog switch resistances increase, which effect certain performance specifications. The system can be implemented as dual rail (±18V) relative to the digital logic ground (DGND).
Microchip PIC16F1459 8-bit USB 2.0 Microcontrollers (MCUs) are 20-pin Flash devices delivering full-speed USB capability without the need of the usual external oscillator. These Microchip devices feature XLP extreme low power technology and a low sleep mode of 25nA at 1.8V. PIC16F1459 48MHz MCUs are part of the PIC16F145x series that comprises Microchip's lowest-cost and smallest-form-factor USB MCUs.
Microchip's PIC18F45K50 Low Power, High Performance MCUs with XLP Technology offers the advantages of all PIC18 microcontrollers – namely, high computational performance at an economical price – with the addition of high-endurance, Flash program memory. On top of these features, the PIC18F45K50 family introduces design enhancements that make these microcontrollers a logical choice for many high performance, power sensitive applications.
Microchip PIC12LF1552 8-bit Flash Microcontrollers are the smallest (2x3mm UDFN package) and lowest-cost PIC® MCUs with hardware I2C support. These Microchip MCUs include a four-channel 10-bit analog-to-digital converter (ADC) with hardware capacitive voltage divider (CVD) support for capacitive touch sensing. Additionally, these new MCUs feature 3.5 KB Flash program memory, 256 Bytes RAM, a 32MHz internal oscillator, low-voltage operation from 1.8V to 3.6V, and low power consumption for active and sleep currents of 50µA/MHz and 20nA, respectively. The hardware CVD enables a more efficient implementation of capacitive sensing for touch applications. PIC12LF1552 devices are ideal for use in applications such as temperature-monitoring devices, small remote controls, smartphone buttons, room light control, and coffeemakers.
Microchip's MCP19035 High-Speed Synchronous Buck Controllers are a small, analog-based PWM controller family with integrated synchronous MOSFET drivers offering outstanding transient performance. The MCP19035 operates over a wide 4.5 - 30Vdc range, has a 300 kHz switching-frequency, and offers a factory-adjustable dead-time setting, allowing designers to optimize the performance across a wide selection of MOSFET devices. The MCP19035 family, when combined with Microchip’s MCP87xxx MOSFETs, or any low-FOM MOSFET, produces high-efficiency (>96%) DC/DC power-conversion solutions.
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Microchip offers a variety of innovative development tools to simplify and expedite design development. The common user interface of MPLAB® IDE and the highly optimized MPLAB® C18 or MPLAB® C30 C language compilers are user-friendly. Stand-alone or PC-compatible development programmers, In-Circuit Debuggers, unique demonstration boards and evaluation kits are easy to use for those who are unfamiliar with Microchip products.
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