Features: Receives Multiple IR Modulation MethodsLow Noise, High Speed Preamp: 2pA/ÖHz, 7MHz Low Frequency Ambient Rejection LoopsDual Gain Channels: 8MHz, 400V/V 25ns and 60ns Comparators16-Lead SO Package 5V Single Supply Operation Supply Current: 14mA Shutdown Supply Current: 500mA Extern...
LT1319: Features: Receives Multiple IR Modulation MethodsLow Noise, High Speed Preamp: 2pA/ÖHz, 7MHz Low Frequency Ambient Rejection LoopsDual Gain Channels: 8MHz, 400V/V 25ns and 60ns Comparators16-L...
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Total Supply Voltage (VCC to GND) ........................... 6V
Differential Voltage (Any Two Pins) .......................... 6V
Maximum Junction Temperature ......................... 150°C
Operating Temperature Range .................... 0°C to 70°C
Specified Temperature Range ..................... 0°C to 70°C
Storage Temperature Range ................ 65°C to 150°C
Lead Temperature (Soldering, 10 sec)................. 300°C
DescriptionThe LT®1319 is a general purpose building block that contains all the circuitry necessary to transform modulated photodiode signals back to digital signals. The circuit's flexibility permits it to receive multiple modulation methods. A low noise, high frequency preamplifier performs a current-to-voltage conversion while rejecting low frequency ambient interference with an AC coupling loop. Two separate high impedance filter buffer inputs of LT1319 are provided so that off-chip filtering can be tailored for specific modulation schemes. The filter buffers drive separate differential gain stages that end in comparators with internal hysteresis.
The comparator thresholds of LT1319 are adjustable externally by the current into Pin 11. One channel has a high speed 25ns comparator required for high data rates. The second channel's comparator has a 60ns response time and is well suited to more modest data rates. A power saving shutdown feature is useful in portable applications. For IRDA 4PPM contact the LTC Marketing Department.