Features: UltraFast: 4ns at 20mV Overdrive150MHz Toggle FrequencySeparate Input and Output Power SuppliesLow Power: 4.6mA per Comparator at 3VPinout Optimized for High Speed UseOutput Optimized for 3V and 5V SuppliesTTL/CMOS Compatible Rail-to-Rail OutputInput Voltage Range Extends 100mVBelow Nega...
LT1715: Features: UltraFast: 4ns at 20mV Overdrive150MHz Toggle FrequencySeparate Input and Output Power SuppliesLow Power: 4.6mA per Comparator at 3VPinout Optimized for High Speed UseOutput Optimized for ...
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Supply Voltage
+VS to GND ................................................................. 7V
VCC to VEE .............................................................. 13.2V
+VS to VEE .............................................................. 13.2V
VEE to GND .............................................. 13.2V to 0.3V
Input Current (+ IN, IN) ..................................... ±10mA
Output Current (Continuous) ................................. ±20mA
Operating Temperature Range ................ 40°C to 85°C
Specified Temperature Range (Note 2) ... 40°C to 85°C
Junction Temperature ............................................. 150°C
Storage Temperature Range ................ 65°C to 150°C
Lead Temperature (Soldering, 10 sec)..................... 300°C
DescriptionThe LT®1715 is an UltraFastTM dual comparator optimized for low voltage operation. Separate supplies allow independent analog input ranges and output logic levels with no loss of performance. The input voltage range extends from 100mV below VEE to 1.2V below VCC. Internal hysteresis makes the LT1715 easy to use even with slow moving input signals. The rail-to-rail outputs directly interface to TTL and CMOS.
The symmetric output drive results in similar rise and fall times that can be harnessed for analog applications or for easy translation to other single supply logic levels. The LT1715 is available in the 10-pin MSOP package. The pinout of the LT1715 minimizes parasitic effects by placing the most sensitive inputs away from the outputs, shielded by the power rails.
For a dual/quad single supply comparator with similar propagation delay, see the LT1720/LT1721. For a single comparator with similar propagation delay, see the LT1719.