NFC tag IC offers batteryless RF communication

NFC tag IC offers batteryless RF communication: NFC tags from Panasonic Automotive & Industrial Systems Europe, now include an IC for batteryless RF communication.

The MN63Y1221-E1 is compliant with JISX6319-4 (212/424kbit/s), ISO/IEC14443 TypeA (106kbit/s), and ISO/IEC14443 TypeB (106/212/424kbit/s) 13.56MHz contactless IC card standards, guaranteeing global interoperability, says the company.

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LDOs’ noise performance is designed for precision sensing

LDOs’ noise performance is designed for precision sensing: Low dropout (LDO) voltage regulators from ST Microelectronics generate less than 6.5microVrms noise at 250mA full load with an outline of just 0.63 x 0.63mm.

The LDLN025 is designed to supply smooth and stable voltage to precision ICs like ADCs, VCOs, or sensors. Its small footprint allows it to be used in space-constrained products like smartphones, smart watches, fitness monitors, medical sensors, and wireless IoT devices.

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UHD display controller support virtual/augmented reality headsets

UHD display controller support virtual/augmented reality headsets: Believed to be the first DisplayPort to Quad MIPI-DSI display controllers supporting up to 120 frame/s, the SlimPort ANX753x/7580 display controllers are targeted primarily at virtual reality (VR) and augmented reality (AR) head-mounted displays (HMD).

Analogix has announced the ANX7530, a mobile receiver supporting eight MIPI lanes per eye (total 16 lanes). It is intended for popular VR panel resolutions including 1920 x 2160 per eye. There is also the ANX7533, a mobile receiver supporting four MIPI lanes per eye (total eight lanes) with display stream compression (DSC), recommended for VR panel resolutions including 1920 x 1440 per eye.

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Op amps enable precision in health monitors

Op amps enable precision in health monitors: Low, temperature-stable input-offset voltage is a characteristic of the TSZ182 dual precision op amp. STMicroelectronics offer it in a 2.0 x 2.0mm DFN8 or mini-So8 package.

Other features are a 3MHz gain-bandwidth, rail-to-rail inputs and outputs. It is chopper-stabilised for precision in instruments such as body-signal monitors, blood-glucose meters, industrial sensors, factory automation, and low-side current sensing.

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