Tag: Microchip

Microchip Technology AT24CSWx Serial EEPROMs are designed to be I2C compatible (two-wire) with a security register and software write protection. These EEPROMs feature bidirectional data transfer protocol and filtered inputs for noise suppression. The AT24CSWx EEPROMs operate at a 1.7V...

Extended-temperature-range voltage reference ICs for automotive and industrial applications require low drift, high reliability, and high performance. Microchip Technology has announced the release of a high-precision voltage reference (Vref) IC that meets these needs at a...

Microchip Technology's AVR128DB48 is a development board that users can keep in their pocket Users can take their next idea to market with a Microchip Technology development board that can be kept in a pocket. With full program and debug capabilities, the AVR128DB48 Curiosity Nano...

Suitable for military and industrial systems, the new SA65 Chip Scale Atomic Clock (CSAC) from Microchip enables designers to meet wide operating temperatures, fast warm-up, and improved frequency stability requirements in extreme environments. Featuring ultra-high precision and low...

Microchip Technology has released 24CS512, the first commercially available I2C Serial EEPROM with support for 3.4 Mbit/s data rates. This high-speed I2C EEPROM is 3 to 4 times faster than the existing EEPROMs available in the market. It offers high-speed mode operation, software...

Microchip Technology MCP6C02 High-Side Current Sense Amplifiers are amplifiers that provide input offset voltage correction for very low offset drift. These amplifiers offer preset gains of 20V/V, 50V/V, and 100V/V. The MCP6C02 high-side current sense amplifiers feature zero-drift...

Microchip's PIC18-Q84 8-bit PIC® MCUs with an extensive array of CIPs and CAN FD The PIC18-Q84 family of microcontrollers (MCUs) from Microchip Technology expands the 8-bit PIC MCUs by combining an extensive array of CIPs with controller area network flexible data rate (CAN FD). These...

Linux capable IoT boards are considered a better option over embedded C boards by many makers and hackers due to rapid prototyping. One can build a lot of IoT projects effortlessly on Linux-based boards within minutes. IoT-specific boards that run Linux are, however, costlier and...