MAX6516 MAXIM [Maxim Integrated Products], MAX6516 Datasheet
MAX6516
Available stocks
Related parts for MAX6516
MAX6516 Summary of contents
Page 1
... These devices provide an analog output proportional to temperature and are stable with any capacitive load up to 1000pF. The MAX6516–MAX6519 can be used over a range of -35°C to +125°C with a supply voltage of 2.7V to 5.5V. For applications sensing temperature down to -45° ...
Page 2
... Note 1: 100% production tested +25°C. Specifications over temperature are guaranteed by design. A Note 2: The MAX6516–MAX6519 are available with internal factory-programmed temperature trip thresholds from -45°C to +115°C in 10°C increments. Note 3: V must be greater than 4.5V for a switching threshold of -45°C. ...
Page 3
... TEMPERATURE (°C) TOVER/TUNDER OUTPUT VOLTAGE HIGH vs. SOURCE CURRENT 5.0 5 (mA) SINK THERMAL STEP RESPONSE IN STILL AIR +25°C +18.5°C/div +100°C 10s/div 65 85 105 125 MAX6516 toc09 +18.5°C/div +100°C 3 ...
Page 4
... Open-Drain, Active-Low Output (Cold Threshold). TUNDER goes low when the die temperature goes below the factory-programmed cold TUNDER 5 temperature threshold. Connect to a 100kΩ pullup resistor. May be pulled voltage higher than V STARTUP DELAY (TEMP > MAX6516 toc11 V (5V/div) CC TOVER (5V/div) V (5V/div) OUT 200µs/div Pin Description FUNCTION for 2° ...
Page 5
... The assertion of either output alerts the system to an out-of-range temperature. The + ° MAX6516 push-pull output stages can be ORed produce a thermal out-of-range alarm (Figure 1). More favorably, two MAX6517s or two MAX6519s can ...
Page 6
... Figure 1. Temperature-Window Alarms Using the MAX6516 Low-Cost, Fail-Safe Temperature In high-performance/high-reliability applications, multi- ple temperature monitoring is important. The high-level integration and low cost of the MAX6516 and MAX6518 facilitate the use of multiple temperature monitors to increase system reliability. The application in Figure 3 uses two MAX6516s with different hot temperature ...
Page 7
... Accurate temperature monitoring depends on the thermal resistance between the device being monitored and the MAX6516–MAX6519 die. Heat flows in and out of plastic packages, primarily through the leads. Pin 2 of the 5-pin SOT23 package provides the lowest thermal resistance to ...
Page 8
... AEHP MAX6518UKN005 MAX6516UKP005 AEHT MAX6518UKP005 MAX6516UKP015 AEHU MAX6518UKP015 MAX6516UKP035 AEHV MAX6518UKP035 MAX6516UKP045 AEHW MAX6518UKP045 MAX6516UKP055 AEHX MAX6518UKP055 MAX6516UKP065 AEHY MAX6518UKP065 MAX6516UKP075 AEDA MAX6518UKP075 MAX6516UKP085 AEHZ MAX6518UKP085 MAX6516UKP095 AEIA MAX6518UKP095 MAX6516UKP105 AEIB MAX6518UKP105 MAX6516UKP115 AEIC MAX6518UKP115 MAX6517UKN045 AELZ MAX6519UKN045 MAX6517UKN035 AEDB MAX6519UKN035 ...
Page 9
... Sensor Switches in a SOT23 OUT V MAX6516/MAX6518 (HOT THRESHOLD) TOVER TOVER HYST COLD +25°C OUT V MAX6517/MAX6519 (HOT THRESHOLD) TOVER TOVER HYST COLD +25°C OUT V MAX6516/MAX6518 (COLD THRESHOLD) TUNDER TUNDER HYST COLD T TH OUT V MAX6517/MAX6519 (COLD THRESHOLD) TUNDER TUNDER HYST COLD T TH Functional Diagram TEMP T ...
Page 10
Low-Cost, 2.7V to 5.5V, Analog Temperature Sensor Switches in a SOT23 (The package drawing(s) in this data sheet may not reflect the most current specifications. For the latest package outline information www.maxim-ic.com/packages.) Maxim cannot assume responsibility for use ...