BAV70M-TP

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The BAV70M-TP is a diode-rectifier array primarily consisting of two PNP (positron-negatron-positron) transistors. This device is typically used to provide a high speed, low side, comparatively low voltage drop rectifier, in combination with an NPN (negatron-positron-negatron) transistor flow control element. This device is ideally suited to applications such as DC to DC converters, fly-back quasi-resonant DC-DC converters, voltage stabilizers, or for the purpose of allowing for the protection of sensitive loads, such as LEDs or integrated circuits.

The BAV70M-TP rectifier array consists of two PNP transistors arranged in a common base configuration. The collector is connected to the anode output of the device, while the emitter is connected to the cathode output. This arrangement allows current to be drawn through the device in either direction (from the anode to the cathode, or from the cathode to the anode). Current is drawn through the device by applying different levels of voltage to the anode and cathode. When a higher voltage is applied to the anode than the cathode, current is drawn from the anode to the cathode. When a higher voltage is applied to the cathode than the anode, current is drawn from the cathode to the anode.

The operation of the BAV70M-TP is relatively straightforward. When a current is drawn through the device, it will be rectified, meaning that a higher voltage at the anode than the cathode will allow current to flow from the anode to the cathode, while a higher voltage at the cathode than the anode will allow current to flow from the cathode to the anode. This rectifying function is useful in the protection of sensitive loads, or for the purpose of allowing for the efficient current regulation of devices such as LEDs or integrated circuits.

When operated as a switch, the BAV70M-TP can be used to control the flow of current in DC-DC converters, voltage stabilizers, or any other device which requires an efficient high speed, low side, comparatively low voltage drop rectifier. When the device is used as a switch, the collector terminal is connected to the gate of the desired transistor, while the emitter is connected to the cathode output. When a switch input is applied to the device, current is drawn through the transistor, thus controlling the flow of current within the circuit.

The BAV70M-TP is a versatile device which finds application in a variety of fields, from DC-DC converters to voltage stabilizers. Its ability to provide efficient rectification, along with the possibility of controlling the flow of current through a transistor, make it an attractive choice for use in many different applications. The fact that it is comparatively low voltage drop, while being capable of high speed operation, also makes it an ideal solution for a variety of devices.

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