LT1220 (4)
The LT1220 is available from Analog Devices at Xecor. Designed for high-speed operational amplification, the LT1220 offers superior DC performance, a gain-bandwidth of 45MHz, and a slew rate of 250V/µs. Available in 8-PDIP packages, it is ideal for wideband amplifiers, active filters, video and RF amplification, and data acquisition systems. Whether used in buffer applications, cable drivers, or precision instrumentation, this series ensures high gain, fast settling time, and the ability to drive large capacitive loads for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the LT1220 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| LT1220CS8 | The LT1220CS8 is a reliable and efficient component for amplifying signals in various electronic circuits | SOIC-8 | 7,600 | |
| LT1220CS8#TRPBF | 8-pin SOIC package for easy integration | SOIC-8 | 3,727 | |
| LT1220CN8#PBF | High speed amplifier with ±18V supply voltage | PDIP-8 | 5,557 | |
| LT1220CS8#PBF | SOIC N Tube package for easy integration into your circuit design | SOIC-8 | 6,106 |
Key Featrues
High Gain-Bandwidth Product (45MHz): The LT1220's 45MHz gain-bandwidth product ensures excellent performance in high-frequency applications, making it ideal for wideband amplifiers, video amplification, and RF systems. This feature enhances signal fidelity and reduces distortion in high-speed circuits.
Fast Slew Rate (250V/µs): With a slew rate of 250V/µs, the LT1220 can rapidly respond to changes in input signals, enabling it to handle large signal swings efficiently. This makes it suitable for applications requiring quick signal transitions, such as active filters and data acquisition systems.
Unity-Gain Stability: The LT1220 is unity-gain stable, meaning it can operate reliably at the lowest gain setting without oscillating. This feature simplifies circuit design and ensures stable performance in buffer and cable driver applications.
Capacitive Load Driving Capability (C-Load™): The LT1220's C-Load™ technology allows it to drive large capacitive loads without compromising stability or performance. This feature is particularly useful in applications like cable driving and buffering, where capacitive loads are common.
Low Input Offset Voltage (1mV max): The LT1220's maximum input offset voltage of 1mV ensures high precision in signal amplification, minimizing errors in sensitive applications such as data acquisition systems and active filters. This feature enhances overall system accuracy and reliability.
Fast Slew Rate (250V/µs): With a slew rate of 250V/µs, the LT1220 can rapidly respond to changes in input signals, enabling it to handle large signal swings efficiently. This makes it suitable for applications requiring quick signal transitions, such as active filters and data acquisition systems.
Unity-Gain Stability: The LT1220 is unity-gain stable, meaning it can operate reliably at the lowest gain setting without oscillating. This feature simplifies circuit design and ensures stable performance in buffer and cable driver applications.
Capacitive Load Driving Capability (C-Load™): The LT1220's C-Load™ technology allows it to drive large capacitive loads without compromising stability or performance. This feature is particularly useful in applications like cable driving and buffering, where capacitive loads are common.
Low Input Offset Voltage (1mV max): The LT1220's maximum input offset voltage of 1mV ensures high precision in signal amplification, minimizing errors in sensitive applications such as data acquisition systems and active filters. This feature enhances overall system accuracy and reliability.
Applications
Wideband Signal Amplification: The LT1220 is ideal for amplifying wideband signals in communication systems, such as RF and video signals. Its high slew rate of 250V/µs and 45MHz gain-bandwidth product ensure minimal distortion and high fidelity, making it suitable for applications in broadcasting, radar, and high-speed data transmission.
Active Filter Design: The LT1220 is well-suited for designing active filters in audio and signal processing systems. Its high DC gain and fast settling time enable precise filtering of signals, making it ideal for applications in audio equipment, medical instrumentation, and telecommunications.
Data Acquisition Systems: The LT1220 is perfect for use in 8-, 10-, and 12-bit data acquisition systems. Its high gain and fast settling time ensure accurate and rapid signal conversion, making it suitable for industrial automation, test and measurement, and scientific research applications.
Capacitive Load Driving: The LT1220 excels in driving large capacitive loads, making it ideal for buffer and cable driver applications. Its C-Load™ technology ensures stable operation even with significant capacitive loads, making it suitable for use in long-distance communication systems and video distribution networks.
Active Filter Design: The LT1220 is well-suited for designing active filters in audio and signal processing systems. Its high DC gain and fast settling time enable precise filtering of signals, making it ideal for applications in audio equipment, medical instrumentation, and telecommunications.
Data Acquisition Systems: The LT1220 is perfect for use in 8-, 10-, and 12-bit data acquisition systems. Its high gain and fast settling time ensure accurate and rapid signal conversion, making it suitable for industrial automation, test and measurement, and scientific research applications.
Capacitive Load Driving: The LT1220 excels in driving large capacitive loads, making it ideal for buffer and cable driver applications. Its C-Load™ technology ensures stable operation even with significant capacitive loads, making it suitable for use in long-distance communication systems and video distribution networks.
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