MP39CL

Voltage - Input Offset:	5mV
Base Part Number:	MP*CL
Supplier Device Package:	30-DIP
Package / Case:	30-DIP Module
Mounting Type:	Through Hole
Operating Temperature:	-40°C ~ 85°C
Voltage - Supply, Single/Dual (±):	30 V ~ 100 V, ±15 V ~ 50 V
Current - Output / Channel:	10A
Current - Supply:	26mA
Series:	Apex Precision Power®
Current - Input Bias:	10pA
Gain Bandwidth Product:	2MHz
Slew Rate:	10 V/µs
Output Type:	--
Number of Circuits:	1
Amplifier Type:	Power
Part Status:	Active
Packaging:	Tube

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MP39CL Application Field and Working Principle

Linear - Amplifiers - Instrumentation

MP39CL is a linear amplifier specific for instrumentation and feedback applications. It is a solid-state amplifier used to accurately measure and amplify signals from transducers and sensors. It is a low-noise, low-distortion, low-power, wide band-width amplifier.The MP39CL features a low input bias current, high input impedance, high output voltage swing, and low output noise. It also has a wide range of input and output controls such as gain adjustment, offset adjustment, overload protection and gain matching. It can be used for applications such as frequency response measurements, signal conditioning and in scientific instruments.The working principle of the MP39CL is similar to any other amplifier. The amplifier circuit consists of an input device, a transistor, an output device, and a feedback loop. The input signal is applied to the amplifier input, and the output results in a voltage. The transistor amplifies the input signal and the output device converts the output voltage into an appropriate current or voltage. The feedback loop is used to adjust the gain of the amplifier, as well as its offset. The MP39CL uses a low impedance, low noise, ultra-fast bipolar technology to achieve high-speed, low-distortion waveforms. The amplifier is designed to be flexible, allowing the user to adjust the gain and offset to achieve the desired signal characteristics. The design of the amplifier helps minimize noise and distortion levels while preserving a wide frequency response range. The amplifier’s low-noise design makes it especially suited for noise-sensitive applications such as medical instrumentation and industrial process control.

OP Amps

An operational amplifier, or op-amp, is an integrated amplifier which is used in many modern electronic circuits. It is a very versatile device and is used in a variety of applications such as signal amplification, signal conditioning, signal filtering, and precision measurement.The MP39CL is a low-power, high-current, ultra-fast op amp. It is a voltage-controlled device which can be used as an amplifier, filter or oscillator. The MP39CL is typically used in applications that require high-frequency operation such as audio, video and instrumentation.The working principle of an op amp is similar to any other amplifier. The input signal is applied to the amplifier input, and the output results in a voltage. The amplifier amplifies the input signal and the output device converts the output voltage into an appropriate current or voltage. The MP39CL amplifier has wide frequency responses with low distortion. It has a wide gain adjustment range and low input bias current. In addition, the amplifier is designed for low power consumption and operates at a wide temperature range. The design of the MP39CL also provides high signal-to-noise ratio, high slew rate, and low offset. The slewing rate enables high-speed output and clean waveforms. The low-offset design helps minimize input noise and improve overall accuracy. The amplifier also includes a protection circuit to help protect it against overvoltage and short circuits.

Buffer Amps

A buffer amplifier is an electronically-controlled amplifier used to isolate a circuit from an external environment. The amplifier helps protect against unwanted signals, as well as eliminate inter-node interference. The MP39CL is a low-power, low-voltage buffer amplifier designed to improve the performance of circuit elements. The MP39CL buffer amplifier is designed to be flexible, allowing the user to adjust the gain and offset to achieve the desired signal characteristics. The amplifier’s low-noise design makes it especially suited for noise-sensitive applications such as medical instrumentation and industrial process control.The working principle of a buffer amplifier is similar to any other amplifier. The input signal is applied to the amplifier input, and the output results in a voltage. The amplifier amplifies the input signal and the output device converts the output voltage into an appropriate current or voltage. The amplifier also includes a feedback loop which can be used to adjust the amplifier’s gain and offset.The MP39CL also includes a protection circuit to protect the amplifier against overvoltage and short circuits. The design of the amplifier helps minimize noise and distortion levels while preserving a wide frequency response range. The amplifier’s low-noise design makes it especially suited for noise-sensitive applications such as medical instrumentation and industrial process control.

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