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Control Circuit Gate Driver Schematic Diagram using RS2110S IC
This IR2110 gate driver IC was manufactured by International Rectifier. This gate driver IC has 19 independent high and low side drivers which is needed for the inverter circuit, and its outputs are in phase with its inputs which are suitable in control circuit applications. The gate driver schematic is shown in this figure below.
300W ATX Power Supply Schematic Diagrams
The following picture shows the 300W ATX power supply schematic diagrams.
Click the schematic diagram to enlarge.
555/556 Tone Burst Generator Circuit Diagram
The 556 timer is a dual version of the 555 single timer, they suitable for monostable or astable operation. It results in providing effective solutions for timing and pulse circuit applications.
The picture shows you with Tone Burst Generator Circuit Diagram using the 556 dual timer. It is connected as a one shot circuit. The pulse established by one shot turns on the oscillator allowing a burst of pulses to be generated.
9-Pin RS232 Line Booster Signal Flow Direction Schematic
Herein is the scematic picture of 9-Pin RS232 Line Booster Signal Direction from an example of 232LB9R model (B&B electronics). This device is a 9-pin RS-232 repeater that re-transmits all 8 signals and carries the ground line through.
The schematic shows the direction of flow on each line. The DB9 female connector end is pinned out as DCE and connects directly to a standard COM port on a computer or DTE interface. The DB9 Male connector is pinned out as DTE and connects to any DCE device (modem or another 9-Pin RS232 Line Booster).
DC-to-DC Boost Converter using Micromachine Circuit Schematic
The following picture is the Schematic of a DC-to-DC Boost Converter using a micromachined self-oscillating switch for Powering High-Voltage Transducers.
The circuit provide miniaturized voltage conversion for microsensors and microactuators with high-voltage requirements and is intended to provide 300–800V AC or DC output voltage with up to 1W of power, while being powered by a 3–10V DC supply.
Ford Probe Single Wire Door Lock/Unlock Alarm System Circuit Schematic
The following circuit schemes the Ford Probe Single Wire Door Alarm System. This Single Door Locking Wire controls both LOCK and UNLOCK which means the pulse wires have to be connected to the same vehicle wire.
The system is basically uses a single wire (+) 12V Positive Door Lock System with LOCK command is simply a regular (+)12V positive pulse and the (+) 12V UNLOCK pulse command must be resisted through a 4.7K Ohms resistor.
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