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Probably they use 3.0v VDD with internal low voltage detector. So according to the pinout LVD pin is 13 and it not seems connected to something. Internal two-point voltage detection when using 3V supply, external single-point voltage detection when using 4.5V 9V supply. Maximum power draw for IC itself what ifound in this DS (for 3.0v) - 2mA.Ĭheck, if the other ICs (or other stuff) powered by this regulator.ĭo you have a lab PSU (preferably programmable) Actually, i noticed that thing: the DS says Low voltage detection: external or internal. Its DTM0660 L, and im not shure, what L stands for (low voltage mb).Īccording to your DS It may be 3.0v or 3.3v (also 2.5v, 2.7v, 2.8v meets the requirements), i think. Im not sure about the maximum current, but usually this parameter is limited by the package, and is approximately the same for all types (typically 50-100mA, i think, and DMM typically consumes about 5-10 mA).Ĭheck the other components carefully, it could be damaged too. If so, find the datasheet for ICs and look for the required VCCs (3.3V for example).
#VOLTCRAFT VC 960 SOFTWARE DEVELOPER CODE#
SMD chip seems have code Q0Q with two minus above 0 nad last Q, its marked with at the top from pin 1 to pin 5.ĭoes anybody know whats the mosfet that I can replace and run the multimeter pinology: pin 1 - is going to left Aluminum Electrolytic Capacitors 47uf 16v pin 2 -under the SMD is the line and its connected to. Voltcraft Vc 960 Software Engineering Code Q0Q With
#VOLTCRAFT VC 960 SOFTWARE DEVELOPER MANUAL#
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