Part Details for MAX13 by American Microsemiconductor Inc

Overview<p>Today’s cars are equipped with many remote units used for radio and global positioning antennas and remote cameras and microphones. Quite often those remote units are supplied by the head unit through cables that require a regulated and protected power supply source. The MAXREFDES175# reference design shows how to implement eight phantom power supplies and how to take advantage of the numerous diagnostic features offered by the MAX20084 using the BeagleBone® Black platform.<p>Design files, firmware, and software can be found on the Design Resources tab. The board is also available for purchase.

MAXREFDES130# is an Arduino® form-factor shield compatible with ARM® mbed™ and Arduino platforms providing a complete reference for prototyping your next building automation design. This design includes eight 0VDC-10VDC analog outputs, one 4-20mA output, one 4-20mA input, eight nonlatching relays, three latching relays, an RTC, and 1-Wire® master. The MAXREFDES130# works well with one or more of the MAXREFDES131#, the 1-Wire®, Grid EYE® sensor, to make a complete building automation solution.<p>Refer to the Details tab for more information. Design files and firmware can be downloaded from the Design Resources tab. As with all Maxim reference designs, boards are available for purchase.

MAXREFDES131# is a sensing solution featuring the Panasonic AMG8833 Grid-EYE® and the Maxim 1-Wire® bus, enabled by the DS28E17. The system enables presence sensing, people counting, and gestures while tethered up to 100m along the 1-Wire bus. The board features RJ-11 connectors and convenient mounting holes for quick evaluation and implementation.<p>Example source code for interfacing with MAXREFDES131# is available for both Arm® mbed™ and Arduino® platforms. This design conveniently works with MAXREFDES132#, a hardware 1-Wire shield. A demonstration GUI allows for visual feedback of up to 10 daisy-chained MAXREFDES131# 1-Wire Grid-EYE sensors.<p>As with all Maxim reference designs, the BOM, schematics, layout files, and fab files are all available from the Design Resources tab. In addition, boards are available for purchase.<p>Features<p>1-Wire network<p>Flexible location<p>Sleep mode<p>Example source code<p>Demonstration GUI<p>Competitive Advantages<p>Extended range<p>Compact<p>Power-conserving sleep mode<p>Cost effective<p>Applications<p>Building automation<p>People counting<p>Lighting control<p>Presence sensing<p>Gestures

Features<p>320 x 320 graphical color TFT display<p>12-key patented secure keypad<p>2-track magnetic card reader<p>EMV-L1 smartcard reader<p>Contactless reader<p>USB full-speed device port<p>Bluetooth® 4.0 controller<p>Secure Flash-based Cortex M3 microcontroller<p>Rechargeable lithium polymer battery<p>Lithium backup battery<p>-10°C to +40°C operating range<p>-40°C to +85°C storage range<p>Support and certification assistance

This application note is a reference design for a PC-based temperature measurement system. It uses the MAX1396 and MAX6603EVKITs, a MAXQ2000 microcontroller, and MAX6603 signal conditioner. The design presents an easy way to obtain the temperature readings from the MAX6603 without requiring complicated conversion formulas. Schematics, block diagrams, and software are all provided.