PA15FL

Voltage - Input Offset:	2mV
Base Part Number:	PA15
Supplier Device Package:	10-SIP
Package / Case:	10-SIP
Mounting Type:	Through Hole
Operating Temperature:	-25°C ~ 85°C
Voltage - Supply, Single/Dual (±):	100 V ~ 450 V, ±50 V ~ 225 V
Current - Output / Channel:	200mA
Current - Supply:	2mA
Series:	Apex Precision Power®
Current - Input Bias:	200pA
Gain Bandwidth Product:	5.8MHz
Slew Rate:	20 V/µs
Output Type:	--
Number of Circuits:	1
Amplifier Type:	Power
Part Status:	Active
Packaging:	Tube

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PA15FL application field and working principle

Linear Amplifiers

The PA15FL Linear Amplifier is a high performance Integrated Circuit (IC) specifically designed for a wide range of applications. It has full temperature compensation and an extremely compact design, making it suitable for a large number of applications. The PA15FL has a wide range of applications, from automotive, audio, and low voltage power sources, to motor control and sonar applications. It is suitable for AC, DC and complex waveforms. The PA15FL consists of two bipolar transistors, two metal oxide semiconductor transistors, two amplifier stages, two input transformers, and two output stages. It is capable of providing up to 10W of continuous power. The input range is 3 volts to 5.5 volts, and the output range is 0 volt to 40 volts. It has a wide range of operating temperature, which is the best suited for high precision applications. It is also suitable for high power applications, where it can provide up to 100W of power. The PA15FL is designed to be used in linear applications, where the main goal is to amplify a signal with as much fidelity and accuracy as possible. It is highly resistant to noise and distortion, making it great for audio and other high performance applications. It has a high bandwidth and slew rate, which makes it suitable for high speed processing. Its high transition frequency, low total harmonic distortion, and low thermal resistance are helpful in applications where precision is required.

Instrumentation OP Amps

Instrumentation amplifiers, or Instrumentation OP amps, are high-precision, application-specific amplifiers intended for measurement or instrumentation systems. They are used to boost, attenuate, and accurately measure signals given off by sensors, transducers, and other devices. Instrumentation OP amps usually consist of one or more operational amplifiers connected to an input buffer, a variable gain amplifier, and an output stage.The PA15FL is an ideal choice for instrumentation applications, as it has low input bias currents, low inputs offset voltage, and low power consumption. The wide supply voltage range from 3 volts to 5.5 volts makes it suitable for use with a variety of devices. It has a high efficiency and low distortion, making it great for accuracy in measuring processes. The small circuit size and low noise levels enable the PA15FL to be used in very high speed, low power applications.

Buffer Amplifiers

Buffer amplifiers are used to buffer signals between two separate circuits. They ensure loud and clear transmission without added noise or distortion, and they behave much like an impedance matching network. They are commonly used to drive loads that might be sensitive to high frequency noise, high-impedance transducers, and circuits with different impedances.The PA15FL is a powerful buffer amplifier that is well suited for these applications. It has low input bias currents, low input offset voltage, and low power consumption. Its wide voltage range is useful for driving loads that require a larger voltage range, and its high efficiency and low distortion make it great for applications where accuracy is needed. Its low noise levels and small circuit size enable it to be used in high speed, low power applications.

Working Principle

The PA15FL takes a signal from an input source and amplifies it before sending it to an output device. It operates on a negative feedback principle. The signal from the input source is amplified by the two prior stages and then sent to the output device. The two output stages provide the required power and voltage to ensure that the signal is properly amplified. The negative feedback principle ensures that the signal reaches the output with the same amplitude and phase at which it left the input source. This ensures that the signal is amplified and not distorted. The negative feedback principle also ensures that the PA15FL is stable and can be used in a range of different applications. The high slew rate ensures that the amplifier responds quickly to changes in input voltage, while the wide operating temperature range ensures that the device functions correctly regardless of the environmental conditions.

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