LT1362CS

• Product Introduction

LT1362CS 

peculiarity

• 50MHz gain bandwidth
• 800V/μs slew rate
• 5 mA maximum supply current per amplifier
• Unit gain is stable
• C-loadTM op-amp driver all capacitive loads
• 9nV/√Hz input noise voltage
• 1mV maximum input offset voltage
• 1μA maximum input bias current
• 250nA maximum input offset current
• ± 13V minimum output swing of 500 ohms
• ± 3.2V minimum output swing of 150 ohms
• 4.5V/mV minimum DC gain, R L = 1K
• 60ns settling time of 0.1%, 10V steps
• 0.2% differential gain, V = 2, R L = 150 ohms
• 0.3 ° differential phase, AV = 2, R L = 150 ohms
• Specified in ± 2.5V, ± 5V, and ± 15V

description

The LT1361/LT1362 are dual-core and quadruple low-power high-speed operational amplifiers with excellent AC and DC performance. The amplifier has a much lower supply current and a higher slew rate than devices with the same bandwidth. The topology of a circuit is a voltage feedback amplifier matched with the slewing performance of a high-impedance input and current feedback amplifier. The high voltage slew rate and single-stage design provide excellent settling performance, making it ideal for circuit data acquisition systems. Each output driver, a 500 ohm load ± 13V, ± 15V supply and a 150 ohm load in ± 5V supply ± 3.2V. The amplifier is stable for any capacitive load, making them useful in buffer or cable drive applications. The LT1361/LT1362 is a family of high-performance amplifiers that use this unique topology and feature advanced bipolar complementary processing from Lingte. For a single amplifier, the LT1361/LT1362 version LT1360 datasheet. LT1363 LT1365 data sheet for higher bandwidth devices and higher supply currents. For lower supply current amplifiers, see the LT1354 LT1359 datasheet. Available in single, dual, quadrilaterals for each amp.