SSM2018TPZ

Current - Input Bias:	250nA
Base Part Number:	SSM2018
Supplier Device Package:	16-PDIP
Package / Case:	16-DIP (0.300", 7.62mm)
Mounting Type:	Through Hole
Operating Temperature:	-40°C ~ 85°C
Voltage - Supply, Single/Dual (±):	10 V ~ 36 V, ±5 V ~ 18 V
Current - Supply:	11mA
Voltage - Input Offset:	1mV
Series:	--
Gain Bandwidth Product:	14MHz
Slew Rate:	5 V/µs
Output Type:	--
Number of Circuits:	1
Amplifier Type:	Audio
Part Status:	Obsolete
Packaging:	Tube

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SSM2018TPZ Application Field and Working Principle

Linear Amplifiers

Linear amplifiers are power devices designed to process a linear input signal and output it as an amplified linear output signal. Depending on the application, they may provide gain control (amplification), current drive, or matched input impedance. The amplifier’s input and output signals can be used to process a wide variety of signals, including audio, video, RF, and data. Linear amplifiers are used in many applications, including home theater systems, professional audio equipment, telecommunication systems, automotive systems, industrial control systems, and medical applications.The most common types of linear amplifiers are voltage, current, and transconductance. Voltage amplifiers are used to amplify voltage signals. Current amplifiers are used to amplify current signals such as control currents. Transconductance amplifiers are used to convert a voltage signal into a current.The most important parameters to consider when selecting a suitable linear amplifier are the gain, noise, linearity, bandwidth, power dissipation, and output impedance. Gain is the ratio of output to input signal, and determines the level at which the input signal is amplified. Noise is the random variations in the amplifier’s output, and should be kept as low as possible. Linearity measures how accurately the amplifier reproduces the input signal. Bandwidth is the range of frequencies over which the amplifier can amplify the signal accurately. Power dissipation is the amount of power dissipated by the amplifier, and must be considered when selecting a power supply. Output impedance is the load that the output signal is presented to.

Instrumentation OP Amps

Instrumentation operational amplifiers (op amps) are amplifiers designed to provide accurate and reliable signals in a variety of industrial and other applications. They are commonly used in industrial control systems, such as temperature measurements, as well as in medical instruments and industrial process control systems.Instrumentation op amps are designed to provide a high input impedance, low noise, low distortion, and wide bandwidth, as well as temperature compensation and protection against overvoltage or current. Instrumentation op amps can also provide very low input offset and bias currents, which are necessary to achieve accurate results.Instrumentation op amps typically have a higher accuracy and better stability than standard op amps. They are designed to have high input impedances, which enable them to measure low level signals, such as thermocouples and strain gages, without introducing noise. They are also designed to provide excellent accuracy over voltage, current, and temperature ranges.

Buffer Amps

Buffer amps, also known as buffers, are voltage dividers used to isolate two circuits from one another. They are used in a variety of applications, such as powering up an amplifier without disturbing the signal source, isolating audio inputs and outputs, and providing resistance for power supplies.Buffer amps typically use a voltage divider circuit to reduces the output voltage to a level acceptable for the input. The buffer amps are often used in audio applications to reduce noise and crosstalk interference. This is done by adjusting the output voltage of the buffer amp to match the desired input voltage.Buffer amps are widely used in automotive, communications, and general purpose applications. They are used to isolate power supply outputs, reduce the loading on circuits, and provide power isolation. Buffer amps are designed to provide a high input impedance which allows them to measure low level signals with accuracy and to reject noise and crosstalk. They are also designed to provide a low output impedance which allows them to source current and provide high current levels.

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