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The LTC6262IMS8#PBF is a low-power, high-precision dual op-amp with a 30 MHz bandwidth and rail-to-rail output, offered in a compact MSOP package — now discontinued but ideal for use in existing precision analog systems.
The LTC6262IMS8#PBF is a dual, general-purpose operational amplifier from Analog Devices. It offers low power consumption (245 µA per channel), a wide gain-bandwidth product of 30 MHz, and an ultra-low input offset voltage of 50 µV, making it suitable for precision signal and measurement applications.
With a supply voltage range of 1.8 V to 5.25 V and rail-to-rail output, it maximizes signal swing. The device provides a 7 V/µs slew rate and up to 40 mA output current per channel, making it useful in both analog and mixed-signal designs.
It comes in a compact 8-MSOP surface-mount package (3 mm width). While the product has reached End of Life (EOL), it remains applicable for legacy designs and replacements.
• Amplifier type: general-purpose operational amplifier
• Number of channels: 2
• Output type: rail-to-rail
• Slew rate: 7 V/µs
• Gain-bandwidth product: 30 MHz
• Input bias current: 10 nA
• Input offset voltage: 50 µV
• Supply current: 245 µA per channel
• Output current (per channel): 40 mA
• Supply voltage range: 1.8 V – 5.25 V
• Operating temperature: -40°C to 85°C
• Mounting type: surface-mount (SMD)
• Package: 8-MSOP (3.00 mm width)
• RoHS compliant: Yes (RoHS3)
• MSL rating: 1 (unlimited)
• Product status: discontinued (EOL as of 01.2024)
Manufacturer BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
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Low Noise, 90 MHz, Variable Gain Amplifier, SOIC8, Analog Devices, RoHS
No product available!
No product available!
No product available!
No product available!
The LTC6262IMS8#PBF is a low-power, high-precision dual op-amp with a 30 MHz bandwidth and rail-to-rail output, offered in a compact MSOP package — now discontinued but ideal for use in existing precision analog systems.