The is a monolithic integrated circuit designed primarily to condition signals used to monitor rotating parts. The is a dual channel device. Each channel interfaces to a Variable Reluctance Sensor, and monitors the signal produced when a metal object is moved past that sensor. An output is generated that is a comparison of the input voltage and the voltage.

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Information furnished is believed to be accurate and reliable. However, SGS-THOMSON Microelectronics assumes no responsibility for the consequences of use of such information nor for any infringement of patents or other rights of third parties which may result from its use. Specifications men- tioned in this publication are subject to change without notice. This publication supersedes and replaces all information previously supplied. This datasheet has been download from:. Datasheets for electronics components.

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Search inside document. April DC Supply Voltage. Operating Supply Voltage. V PEAK. Output Peak Current not rep. Storage and Junction Temperature. Thermal Resistance Junction-case. R th j-case. Test Condition. Supply Range. Total Quiescent Drain Current. Output Power. Single Ended. Cross Talk. Input Impedance. Voltage Gain. Gain Match. Non Inv. Supply Voltage Rejection. Stand-by Attenuation. ST-BY Current. Threshold Voltage. V SB ON. Output Offset Voltage. Output Average Current. I CD ON.

Figure 1: Quiescent Drain Current vs. Figure 2: Quiescent Output Voltage vs. Figure 3: Output Power vs. Supply Voltage. Figure 4: Output Power vs. Figure 5: Distortion vs. Output Power Single. Figure 6: Distortion vs. Output Power Bridge. Figure 7: Output Power vs. Frequency Single. Figure 8: Output Power vs. Frequency Bridge. Figure 9: Supply Voltage Rejection vs.

Frequency Single Ended for different. Figure Supply Voltage Rejection vs. Frequency Bridge for different. Figure Cross-Talk vs. Figure Stand-By Attenuation vs. Figure Clipping Detector Average Current. Distortion Single Ended. Figure En input vs. RS Single Ended. R S Single Ended. En input vs. R S Bridge. Figure Total Power Dissipation and. Efficiency vs. Ouput Power Single. Ouput Power Bridge. The fully complementary output stage was made.

A novel design based upon the connection shown. This unbal-. The only way to recover power consists. Figure The new Output Stage. Referring to the circuit of Fig. By controlling the amount of this local feedback it. This means that the output buffer is. Most remarkably, the above feature has been. The clear advantages this new approach has over.

Need Of Bootstrap Capacitors. The output swing is limited only by the Vcesat of. Clipping Detector Output. The TDA is equipped with an internal circuit.

This particular function allows gain compression. Figure Clipping Detection Waveforms. Offset Control. The quiescent output voltage must be as close as.

For this reason an input bias current compensa-. Full Protection of Device and Loudspeakers.


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