LED PCB Dealers

We are Manufacturing Aluminum PCB in the following size  1) 0.8 mm thick with 35 micron copper clading 2) 1.0 mm thick with 35 micron copper clading 3) 1.6 mm thick with 35 micron copper clading

We are counted amongst most trusted names engaged in offering qualitative range of SMD LED PCB Boards. These assemblies are sourced from vendors who design them using high grade factor inputs and latest techniques in adherence with the set standard of industry. These Boards are features such as easy installation, user-friendliness and durable finish standard. Additionally, we offer SMD LED PCB Boards in several specifications as per the need of buyer. We can make available these Boards at market leading prices.

This PCB generate drive for Active Power Factory correction in 1,2,3 KVA Online UPS,  by considering the Input voltage and output current waveform to increase Power factor of the Online UPS. The PCB is a ready to use in modular form and suitable for many famous Online UPS brand.

We are listed at the premium amidst the list of most valued manufacturers, suppliers, traders and exporters of LED PCB Light. This PCB is designed and made at our wide infrastructure setup, which is furnished with latest machines and other required amenities. Before final dispatch, we ensure that each product is tested by knowledgeable professionals so as to ensure their perfect surface finish.

  Dancing LED Using Transistors DIY Kits (Not Soldered) An Dancing LED using Astable Multivibrator is a simple hobby circuit which has no stable states. Its output oscillates continuously between its two unstable states without the aid of external triggering. The time period of each states are determined by Resistor Capacitor ( RC ) time constant.     When the circuit is switched on one transistor will driven to saturation (ON) and other will driven to cutoff (OFF). When a transistor is ON, its collector and emitter act as a short circuit. But when it is OFF they acts as open circuit. So in the above circuit when a transistor is in OFF state its collector will have the voltage Vcc and when it is ON its collector will be grounded.Consider Q1 is ON and Q2 is OFF. During this time Capacitor C2 is charging to Vcc through resistor R2. Transistor Q2 is OFF due to the negative voltage from the discharging capacitor C1 which is charged during the previous cycle. After a time period the capacitor C1 discharges completely and starts charging in reverse direction through R1.When the Capacitor C1 charges to a voltage sufficient provide base emitter voltage of 0.7V to the transistor Q2, it turns ON and capacitor C2 starts discharging. The negative voltage from the capacitor C2 turns off the transistor Q1 and the capacitor C1 starts charging from Vcc through resistor R and base emitter of transistor Q2. Thus the transistor Q2 remains in ON state. As in the previous state, when the capacitor C2 discharges completely it starts charging towards opposite direction through R2. When the voltage across the capacitor C2 is sufficient to turn ON transistor Q1, Q1 will turn ON and capacitor C1 starts discharging.This process continuous and produces rectangular waves at the collector of each transistors. As a result Output LEDs flashing with charging & discharging time period.               T1=0.693R1C1             T2=0.693R2C2