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Figure 1: MOSFET channel punch-through showing outputs from previous SPICE simulators vs. QSPICE
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Figure 1: Open frame power supply
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Figure 1: Reliability bathtub curve
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Figure 1. Increases in worldwide MLCC use in electric automobiles (a) and cell phones (b), without commensurate increases in production, have led to shortages.
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Figure 1. Analogue power supply with digital interface
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Figure 1. SIDACtor I-V Curve. It is a bipolar device with an off-state and an on-state. VDRM is the maximum off-state voltage. In that state, the maximum current, IDRM is the off-state leakage current. When the voltage across the device reaches the breakover voltage, VS, the device switches to the on-state and conducts a large current, IH, the holding current. The SIDACtor maintains the holding current at a low voltage, VT, the holding voltage. The SIDACtor can maintain a large current with its power capacity due to the low crowbar voltage, VT.
Figure 1: Average plant response to PAR
Figure 1: DC-DC converters can be isolated or non-isolated
Figure 1a and 1b. Due to the limited access for repair and maintenance of base station and cell towers, long life operation is required
Figure 1. Powering Artificial Intelligence
Figure 1. Simplified block diagram of the ISL78714 multi-cell Li-ion battery manager
