Showing posts with label CONTROLLER. Show all posts
Showing posts with label CONTROLLER. Show all posts
Friday, September 23, 2011
NXP TDA3629 LIGHT POSITION CONTROLLER ELECTRONIC DIAGRAM
NXP TDA3629 LIGHT POSITION CONTROLLER ELECTRONIC DIAGRAM
schematic diagram of light position controller which is a monolithic integrated circuit often used in passenger cars. The potentiometer in the dashboard is used to define the light beam’s elevation of the car’s headlight to a state be the car driver.
Labels:
CONTROLLER,
CONTROLLER DESIGN,
CONTROLLER GRAPHIC,
ELECTRICAL LIGHT,
LIGHT ELECTRONIC,
LIGHT POSITION
Thursday, September 22, 2011
AUTO RETRY fOR MAX1637 STEP-DOWN CONTROLLER ELECTRONIC DIAGRAM
AUTO RETRY fOR MAX1637 STEP-DOWN CONTROLLER ELECTRONIC DIAGRAM
On microprocessor supervisor (IC1), an internal power-fail comparator and manual-reset circuitry (MR) is included. IC1's PFI input will detect when Vout(1.8V) is above the internal reference voltage (1.25V). Active-low RESET and active-low SHDN go high after a timeout delay of 140ms, re-enabling IC2. The other way to re-enabling IC2 is when the supply voltage is first switched on : the 3.5V rail stabilizes after 140ms will cause active-low RST to go high and activate IC2.The active-low PFO output produces a pulse using the internal 60k pull-up resistor and external 0.1 uF capacitor if Vout falls below 1.25V (due to a short circuit, for instance).
Labels:
CONTROLLER,
CONTROLLER CIRCUIT,
CONTROLLER DIAGRAM,
CONTROLLER SCHEMATIC,
ELECTRIC CONTROLLER,
RANGKAIAN CONTROLLER,
STEP-DOWN,
STEP-DOWN CONTROLLER
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