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Vishay Introduces Miniature Infrared Sensor Module with Modulated Carrier Output for Code Learning Applications

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Update time : 2023-09-07 11:27:12
        Vishay Intertechnology, Inc. (NYSE: VSH) announced the launch of three new series of miniature infrared (IR) sensor modules for remote control systems-the dual-lens TSMP95000, single-lens TSMP96000 and TSMP98000.
 
 
        Vishay Semiconductors dual-lens TSMP95000 and single-lens TSMP96000 and TSMP98000 feature modulated carrier output for code learning applications with supply voltages ranging from 2.0 V to 5.5 V and typical power consumption as low as 0.35 mA at 3.3 V.
        The devices released today are equipped with new in-house ICs to ensure long-term availability and shorten lead times, which can replace previous generation solutions in a pin-compatible manner while improving performance. In addition to a wide range of supply voltages and a 50% reduction in power consumption, the TSMP95000, TSMP96000 and TSMP98000 have bandwidths of only 30 kHz to 60 kHz, excellent noise immunity, ESD resistance of up to 12 kV (mannequin), and improved DC bright light direct light performance.
        Sensor modules can be used in industrial warehouse robots as well as learning remote control systems for consumer electronics such as televisions, set-top boxes (STBs), stereos, and game consoles. To simplify product design, each device integrates a photodiode and preamplifier circuit into a single epoxy package used as an infrared filter. TSMP95000 and TSMP96000 surface mountings are available in Heimdall and Panhead packages respectively, and the TSMP98000 pin is available in Minicast packages.
        The device is TTL and CMOS compatible, with a typical light intensity of 12 mW/m2 and a transmission distance of 1.8 m when equipped with a single TSAL6200 transmitter. The sensor module is RoHS and Vishay green compliant and halogen free. TSMP95000, TSMP96000 and TSMP98000 will be available for samples and mass production in November 2023, with a delivery cycle of 6 weeks.
 
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