TL494 PWM Excavator Hydraulic Valve Control
The device is designed to control the solenoids of the loader bucket’s hydraulic system valves. The bucket control is hydraulic and consists of a valve system controlled by solenoids A-B-C-D…
TL494 Circuits TL494 Projects TL494 integrated two amplifiers, adjustable oscillator, dead time control (DTC) comparator, pulse steering control flip-flop, a 5V precision regulator and output control circuits TL494 device can work as push-pull or single output
The device is designed to control the solenoids of the loader bucket’s hydraulic system valves. The bucket control is hydraulic and consists of a valve system controlled by solenoids A-B-C-D…
In the power supply device, TL494 integrated circuit is used for PWM control, power transistors are IGBT (or mosfet), IR2110 integrated circuit is used instead of transformer for driver. Power..
I made a PCB drawing with the power stage of the TL494 control circuit that I shared in the article “Converting a Computer Power Supply to a Battery Charger”. The..
AT power supply circuit diagrams for AT computer systems. Very old structure ATX system was soon removed from the market after its release but archive is also available. Lunar 200..
For most people interested in capacitor discharge ignition, the repeatability of DC-CDI is difficult and they have little experience with winding transformers. This design uses an AT-ATX PC power supply..
The motor driver circuit controlled by TL494 PWM IC is 36V 864W and its maximum over-power is 1800W. Lithium-ion (Li-ion) batteries are used for the power supply. Ten cells are..
The designed SMPS charger system uses both constant current and constant voltage charging methods. It can be used to charge classic, gel and traction accumulators with a working voltage of..
The 0.2V-80V switched power supply built on TL494 Integration can be used in various devices, motors, battery, battery charging processes, etc. designed for. There is additional SMPS circuit with TNY267..
350W Scooter of Electric Motor Scooter control unit, max. It can power 500W. Input voltage 36V DC (can be used with 20V… 50V.) Scooter Motor Control works on the principle..
Design of controllable current source, which will be used to control the brightness of the power LEDs. It is intended to use fifteen PWM outputs from Arduino for management of..