JM38510/13503BGA

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Linear amplifiers are those in which the output repeating the shape of the input signal, with a proportionally greater amplitude. This type of amplifier typically used to increase the strength of electrical signals, and can be used to improve signal-to-noise ratio (SNR), linearity, and accuracy of the equipment.

The JM38510/13503BGA is a monolithic high voltage linear op-amps. It has approximately 200V of linear output voltage range, large common mode voltage range, wide large signal bandwidth and low input bias current. It is available in small 16-lead plastic dual-in line (PDIP), and 16-Terminal plastic Quad Flat Pack (PQFP) packages. This special op-amp was designed specifically for use in any kind of high voltage application.

Application Field of JM38510/13503BGA

The JM38510/13503BGA high voltage linear op-amps are mainly used in variety of applications such as medical imaging systems, linear motor drives, industrial instrumentation, medical instrumentation, broadcast systems, high voltage motor control and more. It has extensive power supply rejection ratio and precision control which helps it gain a strong foothold in the market.

It is also used in the power supply regulation, power amplifier modules, power monitors, automotive electronics and in many other applications requiring high voltage, precision, high Gain Bandwidth Product, low distortion and high speed.

Working Principle of JM38510/13503BGA

At its core, the JM38510/13503BGA is basically an integrated circuit that converts an input signal of varying amplitude (voltage) into an output signal with a higher amplitude. This is achieved by amplifying the voltage at the input, which it does with its single operational amplifier (op-amp). It uses feedback from the output signal to keep the op-amp from getting misconfigured or having non-linear effects.

The JM38510/13503BGA amplifies the signal using a process called "differential gain". A differential gain amplifies the difference between two inputs, by applying a fixed negative feedback on a circuit. This means that the voltage at one input will decrease, while the voltage of the other input remains the same. This enables the JM38510/13503BGA to have a wide range of output voltage and a fast response time.

The JM38510/13503BGA is designed to increase the accuracy, linearity, and fidelity of signals that it amplifies. It has been designed with wide bandwidths and low power consumption, making it ideal for audio applications. Additionally, with its high voltage linear output range, it is ideal for use in high power applications or in any application that requires a large signal from low input.

Conclusion

The JM38510/13503BGA is a high voltage linear op-amp specifically designed for a wide range of applications. It has a wide range of input and output voltage range, which enables it to be used to increase the accuracy and the fidelity of the signal it is amplifying. Additionally, it has a low power consumption, wide large signal bandwidth, and high Gain Bandwidth Product, making it an ideal choice for audio applications.

The JM38510/13503BGA is a versatile and powerful linear amplifier, and is suitable for use in a variety of applications, including medical and industrial instrumentation, broadcast systems, power supply regulation, power amplifier modules, power monitors, automotive electronics and more. With its versatile and powerful design, it can be used for low voltage, as well as high voltage applications.

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