TSH511C STMicroelectronics, TSH511C Datasheet
TSH511C
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TSH511C Summary of contents
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... Marking Tray TSH511C Tape & reel TSH511C TSH511 TSH511 F TQFP44 Standby Standby FM demodulator FM demodulator ...
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TSH511 ABSOLUTE MAXIMUM RATINGS Symbol 1) Vcc Supply voltage Toper Operating free air temperature range Tstg Storage temperature Tj Maximum junction temperature Rthjc Thermal resistance junction to case HBM: Human Body Model ESD CDM: Charged Device Model except for pin ...
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PIN DESCRIPTION Pin Pin name related to 1 GND - 2 AMP-IN2 RX2 3 VCC - 4 LNA-OUT2 RX2 5 VCC - 6 LNA-IN RX1 & RX2 7 GND - 8 LNA-OUT1 RX1 9 VCC - 10 AMP-IN1 RX1 11 ...
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TSH511 TYPICAL SCHEMATIC Stereo infrared receiver 4/18 ...
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INFRARED STEREO HEADPHONE APPLICATION The right side of the figure shows the block-diagram of an infrared stereo receiver using the TSH511. The sensitive LNA directly connected to the photodiode does not require an external pre-amplifier. After filter- ing, the amplified ...
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TSH511 MULTIMEDIA APPLICATION: HEADSET SIDE The TSH511 receives the HiFi stereo sound from the computer through 2.3 and 2.8 MHz stereo infrared carriers. The access pins to the RF amplifiers allow the use of a 1.7 MHz reject filter to ...
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ELECTRICAL CHARACTERISTICS Vcc = 2.7V, Tamb = 25°C, faudio = 1 kHz, fcarrier = 2.8 MHz, frequency deviation = +/-75 kHz (unless otherwise specified) Symbol Parameter Overall Circuit (refering to typical application schematic, without reject filters) Current consumption, I CC_OX ...
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TSH511 Symbol Parameter Amplifier (AMP) Section G Amplifier Voltage Gain AMP Input impedance defined as Z AMP_IN R in parallel with C AMP_IN Z Output impedance AMP_OUT P 1dB compression point 1dBAMP BW -3dB AMP Bandwidth AMP Limitor (LIM) Section ...
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Symbol Parameter Audio Buffers Z Input Impedance OD-IN BW -1dB bandwith 1dB P Output power OUT_OD THD Distortion in Line Driver mode OD THD Distortion in Power Amplifier mode OD Crosstalk: isolation between the two V ISOL Audio Buffers Standby ...
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TSH511 OVERALL CIRCUIT Supply current vs. Supply voltage 20 RX1+RX2+Buffers 18 16 RX1+Buffers RX1+ (RX1 Buffer (V) CC S/N vs. 2.8 MHz Input Level 60 50 PSOPH ...
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AUDIO BUFFERS Output THD+N vs. Output Power ( (mW) OUT-BUF Output THD+N vs. Output Power ( ...
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TSH511 Output THD+N vs. Output Voltage (RL = 10k ) 2. kHz kHz 5.5V CC 0.1 0.1 V ...
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Output Power vs. Temperature -40 - (°C) AMB RMS TSH511 13/18 ...
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TSH511 GENERAL DESCRIPTION The TSH511 MHz dual FM analogue receiver. The incoming signal is amplified with Low Noise Amplifier (LNA section). The good noise performance of the LNA allows the photodiode for ...
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The LNA output is directly LNA-OUT1 and LNA-OUT2 pins in parallel (pin 8 and 4 respectively). As the LNA minimum imped- ance load the load impedance on each pin LNA-OUT1 or LNA-OUT2 must ...
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TSH511 The comparator and the C MUTE ate the fade-in and fade-out control ramps for the audio buffers. The Squelch has been designed with particular attention to avoid audio pop-noise. Figure 6 : Squelch schematic The squelch section is driven ...
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APPLICATION SCHEMATIC The infrared carriers are detected by the photodiode and the signal is directly amplified by the TSH511. Optional reject filters can be added in each channel to improve crosstalk performances. Each receiver has a standard bandpass filter (filters ...
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... No license is granted by implication or otherwise under any patent or patent rights of STMicroelectronics. Specifications mentioned in this publication are subject to change without notice. This publication supersedes and replaces all information previously supplied ...