PEMH2,315

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PEMH2,315 transistors are available in the Arrays, Pre-Biased form of bipolar junction transistors (BJT). This type of transistor combines multiple separate transistors into one integrated chip – a great convenience as it takes away the need to use multiple separate transistors. The device comes with an integrated resistor connected between the collector and base to allow for a fixed current flow.

Application fields and working principle

The main applications for PEMH2,315 transistors are for feedback circuit, driver, and amplifier circuits. Specific applications will depend on the design and electrical parameters of the specific devices. The main advantage of this type of transistor is that it combines multiple separate transistor into a single integrated device, providing a cost-effective way to reduce the number of devices needed.

PEMH2,315 transistors are also commonly used in industrial applications, such as industry control circuits, power supplies, and industrial instrumentation. They are usually used in circuits that require high-power, high-frequency, or high-accuracy operation.

The working principle of PEMH2,315 transistors is the same as that of other BJT transistors. The device consists of three terminals – base, collector and emitter – and the resistance between the collector and base, as well as the integrated resistor between the collector and base, controls the current flow. By varying the voltage across the device, current flow through the device can be controlled.

The collector-base resistance of PEMH2,315 transistors is typically about 0.7 ohms, and the integrated resistor between collector and base is typically about 10K ohms. The high-positive feedback from the integrated resistor helps bias the device, which helps reduce the distortion and provide the desired electrical parameters.

In conclusion, PEMH2,315 transistors are a form of bipolar junction transistors that combines multiple separate transistor into one integrated chip. They are used in various applications in industry, such as instrumentation and control circuits, as well as in feedback circuits, driver, and amplifier circuits. The main advantage of this type of transistor is that it provides a cost-effective way to reduce the number of devices needed, and it has good electrical parameters and can operate over a wide temperature range. The working principle is the same as that of other BJT transistors, and the resistance between the collector and base, as well as the integrated resistor between the collector and base, controls the current flow.

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