<?xml version="1.0" encoding="utf-8"?><rss version="2.0"><channel><image><url>http://www.next.gr/templates/cleancss/img/feed-esyndicat.png</url><title>eSyndiCat Directory v2.3.05</title><link>http://www.next.gr/</link></image><title>Period to Voltage</title><description></description><link>http://www.next.gr/converters/period-to-voltage/</link><item><title>Period-To-Voltage Converter</title><link>http://www.next.gr/converters/period-to-voltage/Period-To-Voltage-Converter-l14030.html</link><description> The input signal drives ICD. Because ICD&quot;s positive input (V+) is slightly offset to + 0.1 V, its steady state </description><pubDate> Mon, 11 Mar 2013 00:03:00 MST</pubDate></item><item><title>handy voltage-to-time converter</title><link>http://www.next.gr/converters/period-to-voltage/handy-voltage-to-time-converter-l4925.html</link><description>The circuit in Figure 1 is a simple, low-cost voltage-to-time converter using the ubiquitous 555 timer chip. You can use the IC`s monostable multivibrator as a voltage-to-time converter by connecting the analog-voltage input to the charging resistor, R, instead of connecting R to VCC. With this modification, the timer chip`s output-timing cycle, tP, is proportional to the input voltage, VIN.</description><pubDate> Thu, 28 Feb 2013 00:02:00 MST</pubDate></item><item><title>PULSE PERIOD TO VOLTAGE CONVERTER</title><link>http://www.next.gr/converters/period-to-voltage/PULSE-PERIOD-TO-VOLTAGE-CONVERTER-l4927.html</link><description>This is a test circuit converts a square wave input signal into a voltage. But, the voltage produced is proportional to the time between edges (period) of the signal, not the frequency. The range is from 100uS to to 10mS, which produces a voltage from 100mV to 10 volts. Other scale factors are also possible.</description><pubDate> Fri, 09 Nov 2012 00:11:00 MST</pubDate></item><item><title>Circuit converts pulse width to voltage</title><link>http://www.next.gr/converters/period-to-voltage/Circuit-converts-pulse-width-to-voltage-l4926.html</link><description>The circuit in Figure 1 converts
pulse information to a clean dc voltage
by the end of a single incoming
pulse. In another technique, an RC filter
can convert a PWM signal to an averaged
dc voltage, but this method is slow in responding.
Converting low-duty-cycle
pulse information is slower yet.</description><pubDate> Sat, 01 Sep 2012 00:09:00 MST</pubDate></item></channel></rss>