Circuits & Schematics: power supply - 6

Search for: "power supply"
Search results: 1,659 Output: 51-60   Including: power (1465); supply (1117).
  1. Joribo
    Generating ozone and negative ions in the air can be done by a corona discharge. For this we can use a sharp tip of negative polarity, acting against a flat metal part of positive or neutral potential. The device generates negative air ions and ...
    Nov 12, 2025
  1. Hesam Moshiri
    .. It consists of several parts which I explain one by one. Figure 1. Schematic diagram of the digital FM transmitter project. Power supply P2 is an XH connector to apply power to the board. The input voltage could be something between 7-9 VDC. ...
    Nov 6, 2025
  2. Stephen Woodward
    .. anti-overheating features. Some are very good, like “Improve the accuracy of programmable LM317 and LM337-based power sources” ( Ref. 1 ). Others perhaps not so much “Cross-connect complementary current sources to ...
    .. error” ( Ref. 2 ) All of them, however, had to accommodate the LM3x7 family’s need for about 5-V of supply voltage headroom when used this way. That is the voltage drawn from the supply that can never be delivered to ...
    Oct 28, 2025
  3. Rajkumar Sharma
    .. low-distortion, monolithic instrumentation amplifier. R2 and R3 provide a current path for a conventional 48 V phantom power source for a remotely located microphone. A slide switch SW1 allows phantom power to be disabled. C6 and C8 ...
    .. Additional input protection against ESD and hot-plugging, four 1N4148 diodes D1, D2, D3, D4 connected from the input to supply lines. R7 and R8 provide a path for the input bias current of the INA163. Gain is set with a variable ...
    Oct 23, 2025
  4. Jim Windgassen
    .. switching power supply in Figure 1 produces 3.3 V dc from an input voltage of 2.5 to 20 V dc with high efficiency. The circuit ...
    Oct 22, 2025
  5. Jordan Dimitrov
    .. the transfer function is as follows: To start oscillations, the following relation must be satisfied when the circuit gets power: Figure 2 shows that the transfer function of the circuit is perfectly linear (the R² factor equals ...
    Oct 21, 2025
  6. Jayapal Ramalingam
    .. to ICs U1 and U2. A precise setting is not important, as these ICs can operate from 3 to 15 V. R2 and C2 are for the power ON reset of U1. R1 and C1 are for the push button (PB) switch debounce. When you momentarily push PB once, the ...
    Oct 19, 2025
  7. Stephen Woodward
    .. among other conversions. Figure 1 joins the flock while singing a somewhat different tune. This current, voltage, and power (IVW) DC power converter multiplies current by voltage to sense wattage. Here’s how it gets off the ...
    Oct 19, 2025
  8. Dan Meeks
    .. applications require a hot-swap controller, a circuit-breaker function, or both for dual-polarity, dc-input power-supply rails. In some hot-swap cases, the requirement is based only on inrush-current considerations. Control ...
    Oct 15, 2025
  9. Anthony Smith
    .. time constant for your application. Reset components C 2 , D 5 , and R 7 ensure that the comparator's output is high at power-up. You should select all transistors in the H-bridge to produce minimal saturation voltage when the devices ...
    .. latching motor controller that uses current sensing rather than switches to stop the motor. The design is optimized for a supply voltage of 3 to 9 V, making it well-suited to battery-powered applications. To understand how the circuit ...
    Oct 15, 2025

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