Features: High CMRR: typically 90dB at 60HzWide bandwidth and high slew rateLow distortion and low noiseAvailable in 0 dB, -3 dB, and -6 dBversionsPin compatible with SSM2143 andINA137ApplicationBalanced Audio Line ReceiversSumming AmplifiersDifferential AmplifiersCurrent Shunt MonitorsGround Loop...
THAT1246: Features: High CMRR: typically 90dB at 60HzWide bandwidth and high slew rateLow distortion and low noiseAvailable in 0 dB, -3 dB, and -6 dBversionsPin compatible with SSM2143 andINA137ApplicationBal...
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Features: OutSmarts technology tames clipping behavior into single-ended loadsPin-compatible with...
Positive Supply Voltage (VCC) +18 V Power Dissipation (PD) (TA = 75°C) TBD mW
Negative Supply Voltage (VEE) -18 V Operating Temperature Range (TOP) 0 to +70°C
Storage Temperature Range (TST) -40 to +125°C Junction Temperature (TJ) 150°C
Output Short-Circuit Duration (tSH) Continuous Lead Temperature (Soldering 60 seconds) TBD °C
Positive Input Voltage (Ref, Sense) +18 V Negative Input Voltage (Ref, Sense) -18 V
THAT1240 THAT1243 THAT1246
Positive Input Voltage (In+,In-) Vcc x 2 Vcc x 2.4 Vcc x 3
Negative Input Voltage (In+, In-) Vee x 2 Vee x 2.4 Vee x 3
The THAT 124x series of precision differentialamplifiers THAT1246 are designed primarily for use as audiobalanced line receivers. Gains of 0 db, -3 dB, and-6 dB are available to suit various applications requirements.
The THAT 1246 is drop-in compatible withthe Burr-Brown INA137 and Analog DevicesSSM2143, while the THAT1246 is drop-in compatiblewith the SSM2140.
All devices THAT1246 exhibit 90 dB of typical common-mode rejection, slew rates of 12 V/s, a20MHz bandwidth, and 0.0006% THD. Both surface-mount and DIP packages are available.
The THAT 124x family THAT1246 are laser-trimmed toobtain the precision resistor matching needed forhigh CMR performance. Fashioned in THAT Corporation's
proprietary dielectric isolation (DI)process, the THAT 124x series provides the sonicbenefit of discrete designs, with the compact size,reliability, matching, and thermal tracking of afully integrated solution.