Circuit Ideas I Electronic DIY Projects I Robotics
Circuit Ideas I Electronic DIY Projects I Robotics
This project has been designed around Texas Instruments LM2623 IC, The LM2623 is a high efficiency, general purpose step-up DC-DC switching regulator for battery powered and low input voltage systems. It accepts an input voltage between 2.4V to 12V volts and coverts it into 5V DC. Efficiency up to 90% are achievable with the LM2623. Features: Good Efficiency over a
Read more1.2V to 35V Adjustable DC-DC Converter project has been design around TI’s LM2576-ADJ IC. Inputs supply 40 VDC. LM2576-ADJ is a monolithic integrated circuit that provides all the active functions for step down switching regulator, capable of driving 3A load with excellent line and load regulation. This board has minimum number of components. Features Output 1.2 to 35 VDC @
Read more1.2V to 57V Adjustable DC-DC Converter project has been design around TI’s LM2576-ADJ IC. Inputs supply 60 VDC. LM2576HV-ADJ is a monolithic integrated circuit that provides all the active functions for step down switching regulator, capable of driving 2A load with excellent line and load regulation. This board has minimum number of components. Features Output 1.2 to 57 VDC @
Read moreThis project has been designed to provide 12 V @ 700 mA DC regulated supply with an onboard mains transformer. This project is based on the famous 7812 voltage regulator in TO220 package. Input : 240 VAC Output : 12 V @ 700 mA regulated low ripple DC voltage External On/Off switch connection possible Thermal overload/short circuit protection (provided by
Read moreThis project is designed to provide symmetrical output unregulated, high voltage, high current for your demanding needs. Ideally suited for use in Audio Amplifier design projects. Input – maximum 65 VAC center-tap, 10Amp Symmetrical unregulated, individually fused outputs 10A bridge rectifier on board LED indication for both the outputs PCB mounted LUGS for connecting of input and output Four mounting
Read moreThis project has been designed to provide symmetrical output unregulated, high voltage, high current for your demanding needs. Ideally suited for use in Audio Amplifier design projects. Input maximum 40-0-40 VAC Center-tap, 5 Amp Symmetrical unregulated, individually fused outputs 10A bridge rectifier onboard LED indication for both the outputs PCB mounted LUGS for connecting of input and output Four mounting
Read moreThis project is designed to provide unregulated high voltage, high current for your demanding needs. Ideally suited for use in Audio Amplifier design projects. Input – 0 – 65 VAC, 10 Amp Unregulated fused output with extra filtering 10 A bridge rectifier on board LED indication for output PCB mounted LUGS for connecting input and output Four mounting holes of
Read moreThis project is designed to provide unregulated high voltage, high current for your demanding needs. Ideally suited for use in Audio Amplifier design projects. Input – 0 – 65 VAC, 10 Amp Unregulated fused output 10 A bridge rectifier on board LED indication for output PCB mounted LUGS for connecting input and output Four mounting holes of 3.2 mm each
Read moreSmall Full Wave Bridge Rectifier project, for power supply experiments. Input : maximum 18 VAC, 1 Amp Output : depends on transformer voltage which should not be more than 18 VAC Screw terminal connector for easy input connection LED indication for output Four mounting holes of 3.2 mm each PCB dimensions 31 mm x 41 mm
Read moreSmall Full Wave Rectifier project, for power supply experiments Input – 18 VAC center-tap, 1Amp Output – depends on transformer voltage which should not be more than 18 VAC Power Battery Terminal (PBT) for easy input connection LED indication for output Four mounting holes of 3.2 mm each PCB dimensions 32 mm x 39 mm
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