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MICRO CRYSTAL Announces Ultra-Low-Power RV-3032-C7
Micro Crystal introduces the new RV-3032-C7 Temperature Sensor Module, which offers on-chip 12-bit analog-to-digital converter (ADC) providing a temperature resolution of 0.0625°C with an ultra-low current consumption of 160 nA and I2C interface. This high-performance ultra-compact module, featuring a custom IC with embedded temperature sensor, RTC functions and integrated quartz crystal resonator, sets new standards in low power, small size, and unique power management capabilities. The RV-3032-C7 is ideal for applications requiring always-on temperature monitoring, limits crossing detection and timekeeping functions, with compliance to stringent clock accuracy over time. Its wide temperature operating range (-40 to +105°C), and long battery life are particularly necessary when monitoring cold chains. Thanks to…
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MICRO CRYSTAL’s New RV-3032-C7 High Performance Temperature Compensated Real-Time Clock Module with I2C interface
<p>Micro Crystal introduces the new RV-3032-C7 Real-Time Clock (RTC) Module, which offers the world’s best time accuracy across industrial temperature range at ultra-low current consumption.</p> <p>This high-performance ultra-compact RTC Module, featuring a custom IC and integrated quartz crystal resonator, sets new standards in <strong>smallest size</strong> (half of the footprint of a uSOP-8 package, no additional external components required), <strong>best accuracy</strong> (±0.26 s/day at -40° to 85°C operating temperature), ultra-low current consumption (160 nA timekeeping mode), and unique <strong>power management capabilities</strong>.</p> <p>The RV-3032-C7 is ideal for applications requiring always-on timekeeping functions, with compliance to stringent clock accuracy over time, wide temperature range, and long battery life. It has been designed with…
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MICRO CRYSTAL’s New TM-2220-C7 Highly Stable Temperature Compensated Oscillator 32.768 kHz (TCXO) with integrated X-Tal and CMOS clock signal output
. TM-2220-C7 is a plug and play temperature compensated frequency reference for applications where reliable and accurate oscillator is needed without frequency jump. Combining minimal foot print (3.2 x 1.5 x 0.8 mm), only 4 connections and outstanding performances with 1.5 µA maximum current consumption associated to tight frequency stability of ± 5 ppm over full industrial temperature range, this factory calibrated device is embedded in a hermetically sealed compact reflow solderable DFN [1] package. This fully embedded device achieves significantly better stability performances then separate components on a PCBA. Moreover, it does not require any oscillator adjustment during OEM design phase, minimizing integration constraints thus lowering development cost and…
