From: Subject: 4QD-TEC: Current sensing relay driver Date: Wed, 10 Aug 2011 10:24:53 -0700 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01CC5747.BE40E400" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.6109 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01CC5747.BE40E400 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.4qdtec.com/csrd.html 4QD-TEC: Current sensing relay driver
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4QD-TEC: Electronics Circuits Reference Archive
Current sensing = relay=20 driver

Almost all electronic circuits, unless they are Hall effect, actually = sense=20 voltage - not current. So to convert the current you want to sense to a = suitable=20 voltage you use a current-to-voltage converter. No, that's not an = expensive=20 chip! They're usually known as resistors! In this one the sensing = resistor is=20 bypassed by diodes (so the current sensed can be varied over a wide = range.=20

The current to be sensed should flow from A to B. It flows either = through R1=20 or (if big enough) through D1. There is an anti-parallel diode also = present so=20 the circuit can be used equally well for d.c. or a.c. sensing.=20

With the relay off, Tr1 is not conducting so Tr2 must be. Therefore = Tr1 must=20 be off. This occurs (surprise!) at zero current. The 12v supply line = will cause=20 current to flow through R3 and R2 so a voltage {12x(R2+R1)/(R1+R2+R3)} = will be=20 developed on the base of Tr1. This voltage is 390 millivolts - enough to = bring=20 Tr1 near to turn on. Any voltage developed across R1 will add to this = 390mV.=20

When the turn-on voltage gets to about 550mV, Tr1 will turn on, so = only 160mV=20 is needed across R1, or around 160 micro-amps through it. Obviously you = can=20 alter R1 or even R3 to reduce or increase this but do remember that = transistor=20 base-emiter voltage reduces abour 2 millivolt for every degree = centigrade=20 temperature rise. Make the circuit too sensitive and it will turn on if = the=20 weather gets too warm!=20

3Dimages/Csrd1.gif

Tr1 turning on causes Tr2 to turn off so Tr2's collector goes high. = C2 now=20 charges up via D4 and R4, keeping Tr1 turned on during charging (about = 300mSec=20 with these values). If the input is a.c. then, after this charging = period, Tr1=20 will turn off at the next zero-crossing interval, so Tr2's collector = will go low=20 again, discharging C2 quickly (about 3mSec) via D3. This 'pumped = feedback'=20 technique is quite effective. Although the circuit does turn off, this = so brief=20 that the negative dips can be smoothed out easily - that is the function = of C3.=20

Domestic heating boiler control

The next circuit is a practical application of the current sensor. It = was=20 used in the centeal hearing control system of an old house I 'did up'. = Now the=20 walls were thin and poor insulators. Rather than keep the heat on = permanently we=20 had fan assisted heaters in each room which were switched on as = required. These=20 heaters have a thermostat in them which switches off the fan until the = water is=20 hot. So you need to be a bit crafty to sense the difference in current = between a=20 fan heater which is switched off and one which is on but not fanning = because it=20 is cold!=20

Before I go any further - a word of warning. The following circuit is = directly connected to the mains. It is threrefore potentially = extremely=20 dangerous if you are not familiar with operation on live circuits. = You use=20 the circuit entirely at your own risk and claims from next-of-kin will = not be=20 accepted!=20

3Dimages.Csrd2.gif

Sw is the on/off switch in the fan heater. Th is the fan heater's = thermostat=20 which stops it fanning when the water is cold. Note C3 - a 100n = capacitor across=20 the thermostat. This has no affect on the fan but does alow enough = leakage=20 current to flow (when Sw is closed) to operate the current detector.=20

The more astute amongst you may notice that D3 and D4 are reversed = (compared=20 with the first circuit). To explain this I shall start at the output. = For the=20 triac to be turned on, the SBS must conduct. It will ony do this if Tr3 = is=20 conducting. (If you don't know about the SBS - you missed the = explanation on the=20 first page off circuits!) So Tr2 must be turned on and Tr1 off. For the = output=20 to be on when the input is off is reversed logic from the first circuit. = This=20 one is biased with Tr1 normally on, the negative voltage developed = across D2=20 turns Tr1 off and he pump holds Tr1 off.=20

I don't know if you can still get SBS devices. They were made by = Motorola,=20 MBS 4991 and 4992, but it's probably easier to use the 4 transistor circuit.=20

The other thing I should cover is the power supply.. it's a little = unusual.=20 Firstly I used a capacitor as a dropper, rather than a resistor. = Capacitors=20 don't dissipate heat. You must use a class X2 capacitor: these = are=20 designed for safe operation when connected directly across the mains. = The 100n=20 across the thermostat must also be X2 class.=20

The capacitor feeds directly to the zener diode: this is an unusual = use of a=20 zener since the current through it will be alternating! In one direction = (the=20 one we don't want) it will simply conduct as a forward-biased diode, but = on the=20 other half-cycle it will develop 15v across it. This 15v feeds through = the=20 second diode to charge up the 100=B5 reservoir capacitor (C4).=20


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=A9 1996-2010 4QD-TEC
Page's Author: = Richard Torrens=20
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6I3+6JE+6ZV+6Zm+6Z3+6aE+6qV+6qm+6q3+6rE+67V+67m+673+68H+5wMCADs= ------=_NextPart_000_0000_01CC5747.BE40E400 Content-Type: application/octet-stream Content-Transfer-Encoding: quoted-printable Content-Location: http://www.4qdtec.com/A2EB891D63C8/avg_ls_dom.js function AVG(param) { =09 //Checking if AVG was already created -the constructor should only run = once per window: if (window.AVGRUN) return null; else window.AVGRUN=3D true; =09 var IE_browser_version =3D = parseFloat(navigator.appVersion.split("MSIE")[1]); =09 //Create XMLHttpRequest object once, this significantly improves the = performance=09 try { if( IE_browser_version <=3D 6 ) var httpRequest =3D new ActiveXObject("Microsoft.XMLHttp"); else var httpRequest =3D new XMLHttpRequest(); } catch(err) { return ErrorHandler(); } =09 /* ############################### Overriding Methods: For each method define: 1. Private pointer to the original function 2. Privileged method to override the original function The scan is done on the input variable ################################### */ /* -------------- Eval ------------- */ //Storing the original method in private variable var AVG_eval =3D eval; =09 =09 //Defining privileged method to override the original function var Chck_eval =3D function (inpStr) { if (isEmpty(inpStr)) return AVG_eval(inpStr);=20 if (checkData(inpStr, AVG_eval)) { try { res =3D AVG_eval(inpStr); return res; } catch(err){} } } //Overriding the original function //window.eval =3D Chck_eval; /* = -------------------------------------------------------------------------= ---------- */ /* -------------- document.write & document.writeln ------------- */ //Storing the original method in private variable var AVG_docWrite =3D document.write; var docWrite_Stuck=3Dnew Stuck(5); =09 var AVG_docWriteln =3D document.writeln; var docWriteln_Stuck=3Dnew Stuck(5); =09 //Defining privileged method to override the original function var Chck_docWrite =3D function (inpStr) { =09 if (arguments.length >1) { for(var i=3D1; i1) { for(var i=3D1; i1) { for(var i=3D1; ithis.size) { this.StuckArray.pop(); } this.StuckArray.unshift(String(item)); }; =20 //finds if item exists this.find =3D function(item){ var s_item=3DString(item); for (var i=3D0;i