LMH6722MA

Series:	VIP10™
Packaging:	Tube
Part Status:	Not For New Designs
Applications:	Current Feedback
Output Type:	--
Number of Circuits:	4
-3db Bandwidth:	400MHz
Slew Rate:	1800 V/µs
Current - Supply:	5.6mA
Current - Output / Channel:	70mA
Voltage - Supply, Single/Dual (±):	8 V ~ 12.5 V, ±4 V ~ 6.25 V
Mounting Type:	Surface Mount
Package / Case:	14-SOIC (0.154", 3.90mm Width)
Supplier Device Package:	14-SOIC
Base Part Number:	LMH6722

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LMH6722MA Application Field and Working Principle

The LMH6722MA is a high-performance, high-voltage, low-power video amplifier designed for use in video and broadcast applications. It features separate, low-power input and output stages for improved system performance and increased utilization of headroom. The amplifier also features rail-to-rail output swing with excellent return loss, high-frequency linearity, and low-noise characteristics. The LMH6722MA is ideal for use in applications such as video production, broadcast, distribution, and post-production, as well as home surveillance, and medical imaging. It is suitable for use in any video-processing application where low power consumption, High-voltage, low-noise, and high-speed linearity are important criteria. The LMH6722MA features an analog voltage-controlled amplifier (VCA) with a high-bandwidth of 20MHz, low-impedance FET output buffer, and low-noise input buffers. The design of the amplifier allows it to be used in both voltage-controlled and open-loop systems, providing increased flexibility in applications. The amplifier includes an integrated power supply, which supports operation from a single supply voltages of 5V to 18V. The linear amplifier is designed to provide a wide dynamic range of signal handling with a very low noise floor, over a wide range of frequencies, and with excellent linearity. It is designed to provide repeatable performance with a minimum of distortion. The LMH6722MA also offers the flexibility to be used in narrowband, wideband, and constant monitoring applications. The amplifier’s high-bandwidth and low-noise floor provide superior signal handling and excellent signal-to-noise ratio (SNR). The LMH6722MA features a voltage-controlled high-voltage output stage, for fast and linear signal handling in high-voltage and high-current operation. The amplifier also features a high-impedance input stage, providing the low-noise performance necessary for sensitive applications. The output of the amplifier is designed to provide a high level of fidelity and wide swings for signal handling in high-voltage and high-current applications. It features a rail-to-rail output swing and excellent return loss, allowing for precision video signal handling with poor signal phase characteristics. The input stage of the amplifier is designed to provide low-noise performance, while providing the flexibility to be used in a variety of signal types. The amplifier includes an integrated power supply and can be used in either voltage-controlled or open-loop systems. The LMH6722MA includes a wide variety of protecting circuits to ensure reliable operation in a wide range of conditions. These include thermal shutdown, over-voltage and over-current protection, and input and output current limiters. The linear amplifier has been designed to provide reliable, low-power, low-noise performance with a high degree of precision and accuracy. The amplifier is designed to provide superior performance in both wideband and narrowband applications. In conclusion, the LMH6722MA is a high-performance, high-voltage, low-power, low-noise video amplifier designed for use in video and broadcast applications. It features separate, low-power input and output stages for improved system performance and increased utilization of headroom. The amplifier also features rail-to-rail output swing with excellent return loss, high-frequency linearity, and low-noise characteristics. The LMH6722MA is an ideal choice for any video-processing applications where high performance and low power consumption, high-voltage, low-noise, and high-speed linearity are key requirements.

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