Allicdata Part #: | SMP18FSZ-REELTR-ND |
Manufacturer Part#: |
SMP18FSZ-REEL |
Price: | $ 0.00 |
Product Category: | Integrated Circuits (ICs) |
Manufacturer: | Analog Devices Inc. |
Short Description: | IC OPAMP SAMPLE HOLD 16SOIC |
More Detail: | Sample and Hold Amplifier 8 Circuit 16-SO |
DataSheet: | SMP18FSZ-REEL Datasheet/PDF |
Quantity: | 1000 |
Voltage - Input Offset: | 2.5mV |
Base Part Number: | SMP18 |
Supplier Device Package: | 16-SO |
Package / Case: | 16-SOIC (0.154", 3.90mm Width) |
Mounting Type: | Surface Mount |
Operating Temperature: | -40°C ~ 85°C |
Voltage - Supply, Single/Dual (±): | 5 V ~ 12 V, ±2.5 V ~ 6 V |
Current - Output / Channel: | 1.2mA |
Current - Supply: | 6mA |
Series: | -- |
Current - Input Bias: | 500nA |
Slew Rate: | 7 V/µs |
Output Type: | -- |
Number of Circuits: | 8 |
Amplifier Type: | Sample and Hold |
Part Status: | Active |
Packaging: | Tape & Reel (TR) |
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Linear amplifiers and instrumentation, OP amps, and buffer amps are designed to optimize the performance of electrical circuits by amplifying signals. An SMP18FSZ-REEL application field and working principle can provide an effective and efficient way to use amplifiers for these purposes.
The SMP18FSZ-REEL is a dual-channel Opamp designed to be used in various instrumentation, buffer, and amplifier applications. It is constructed using the latest technologies to provide a high-performance, low-input-bias current, and excellent linearity. The SMP18FSZ-REEL enables high output current to drive large capacitive loads. The low-noise, high linearity, and low power consumption of the device make it suitable for a wide range of applications including test and measurement, audio, video, and medical systems.
The SMP18FSZ-REEL is a discrete IC-based Opamp with a differential input stage and an output stage with rail-to-rail performance. The differential input stage reduces the input bias current compared to a single ended input. Due to this application, the SMP18FSZ-REEL is often used in complex instrumentation applications for process control, data collection, and scientific analysis.
The SMP18FSZ-REEL uses bipolar transistors to provide its amplifying functions. The bipolar transistors amplifies the input signal directly, while a pair of complementary resistors creates feedback loops in order to control its output characteristics. The output stage can amplify input signals with a high DC gain and excellent linearity. The device also offers a high slew rate, which allows it to deliver high frequency signals with minimal distortion.
The SMP18FSZ-REEL is highly efficient and able to deliver high fidelity audio signals over a wide frequency range. This makes it an ideal choice for precision audio applications such as professional sound systems, studio recording gear, and audiophile grade hi-fi audio equipment. The device can also be used for digital signal processing tasks, providing clean amplification of signals with minimal distortion.
The device also features a wide range of safety features, including over-current and reverse voltage protection. In addition, the SMP18FSZ-REEL has a shutdown mode which reduces the quiescent current to practically zero. This helps to reduce power consumption and improve energy efficiency in applications where the device is operating in standby mode.
Overall, the SMP18FSZ-REEL application field and working principle are highly diverse and enable the device to be used in a variety of instrumentation, buffer, and amplifier applications. Its high linearity, low-input-bias current, and high output current make the SMP18FSZ-REEL an ideal choice for a variety of applications. Its ability to provide a high gain, low distortion, and wide frequency range make it ideally suited for precision audio applications. As a result, the SMP18FSZ-REEL is an excellent choice for any application which requires efficient and reliable amplification.
The specific data is subject to PDF, and the above content is for reference
Part Number | Manufacturer | Price | Quantity | Description |
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SMP11A-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 11V 18.2V DO220... |
SMP12-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 12V 22V DO220AA |
SMP12A-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 12V 19.9V DO220... |
SMP13-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 13V 23.8V DO220... |
SMP13A-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 13V 21.5V DO220... |
SMP14-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 14V 25.8V DO220... |
SMP14A-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 14V 23.2V DO220... |
SMP15-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 15V 26.9V DO220... |
SMP15A-E3/85A | Vishay Semic... | -- | 1000 | TVS DIODE 15V 24.4V DO220... |
SMP16-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 16V 28.8V DO220... |
SMP16A-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 16V 26V DO220AA |
SMP17-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 17V 30.5V DO220... |
SMP17A-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 17V 27.6V DO220... |
SMP18-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 18V 32.2V DO220... |
SMP18A-E3/85A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 18V 29.2V DO220... |
SMP11-E3/85A | Vishay Semic... | 0.05 $ | 1000 | TVS DIODE 11V 20.1V DO220... |
SMP11A-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 11V 18.2V DO220... |
SMP12A-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 12V 19.9V DO220... |
SMP12-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 12V 22V DO220AA |
SMP13A-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 13V 21.5V DO220... |
SMP13-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 13V 23.8V DO220... |
SMP14A-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 14V 23.2V DO220... |
SMP14-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 14V 25.8V DO220... |
SMP15A-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 15V 24.4V DO220... |
SMP15-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 15V 26.9V DO220... |
SMP16A-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 16V 26V DO220AA |
SMP16-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 16V 28.8V DO220... |
SMP17A-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 17V 27.6V DO220... |
SMP17-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 17V 30.5V DO220... |
SMP18A-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 18V 29.2V DO220... |
SMP18-M3/85A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 18V 32.2V DO220... |
SMP11A-M3/84A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 11V 18.2V DO220... |
SMP13A-M3/84A | Vishay Semic... | -- | 1000 | TVS DIODE 13V 21.5V DO220... |
SMP14A-M3/84A | Vishay Semic... | -- | 1000 | TVS DIODE 14V 23.2V DO220... |
SMP16A-M3/84A | Vishay Semic... | -- | 1000 | TVS DIODE 16V 26V DO220AA |
SMP17A-M3/84A | Vishay Semic... | -- | 1000 | TVS DIODE 17V 27.6V DO220... |
SMP18A-M3/84A | Vishay Semic... | -- | 1000 | TVS DIODE 18V 29.2V DO220... |
SMP15A-M3/84A | Vishay Semic... | -- | 1000 | TVS DIODE 15V 24.4V DO220... |
SMP11-M3/84A | Vishay Semic... | 0.06 $ | 1000 | TVS DIODE 11V 20.1V DO220... |
SMP11-E3/84A | Vishay Semic... | 0.0 $ | 1000 | TVS DIODE 11V 20.1V DO220... |
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