5V 9V 12V 24V Voltage Regulator Stabilizer Circuit PCB, GBP 6.49 – Picture 0

5V 9V 12V 24V Voltage Regulator Stabilizer Circuit PCB, GBP 6.49 – Picture 1

5V 9V 12V 24V Voltage Regulator Stabilizer Circuit PCB, GBP 6.49 – Picture 2

5v 9v 12v 24v Voltage Regulator Stabilizer Circuit Pcb

GBP 6.49

Dungannon, United Kingdom
Jan 29th

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Complete Voltage Regulator / Stabilizer Circuit built & tested on professional PCB **** Please add a "Note to seller" during Paypal checkout stating the output voltage required i.e. 5V, 9V, 12V etc **** Wide range of applications from industrial, automotive to educational - Protect LED lights, Steady supply for Phone / Sat Nav charging etc. Smooth 12V supply for reversing cameras (CAN bus noise) Fully built and tested positive voltage regulator / stabilizer on professional FR4 PCB PCB size 54mm x 31mm with 2 x 5.5 mm mounting holes Voltage IN (RED); Voltage OUT (YELLOW) & 0V (BLACK) connections on 100mm wire Maximum input voltage of 35 volts Output current up to 1A (external heatsinking may be required check with datasheet for details) Output voltages of 5, 9, 12, & 24V available (specify on checkout which voltage you require) LED indicator on output side Reverse polarity connection protection on Input side Thermal overload protection Short circuit protection Output transition SOA protection Regulator IC is essentially indestructible! Full technical details of the voltage regulator can be found at: http://www.st.com/st-web-ui/static/active/en/resource/technical/document/datasheet/CD00000444.pdf CUSTOMISED VERSIONS WITH HEAT SINK / SWITCHING REGULATOR / POTTED ENCLOSURE AVAILABLE - JUST ASK SELLER A QUESTION - I try to answer all questions ASAP but sometimes it can run a few days. Supplied with 1 Amp switching regulator / no heatsink required (As picture 3) (+?8.00) Supplied with in potted enclosure (As picture 4) (+?5.00) IMPORTANT: The board does not "boost" the voltage up. It needs about 1.5V above the selected voltage to maintain that output. e.g. for a 12V output the board will regulate the output to 12V with a voltage input of 13.5V and above. With an input of exactly 12V the output will be approximately 10.5V. Normally most equipment will be fine with a slightly lower input voltage, it is the overvoltage and spikes that cause the harm.