ISL59444IB-T13

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ISL59444IB-T13 is a type of video amplifier module designed and produced by Intersil Corporation. It is part of the company\'s Linear Amplifiers product line and is designed for broadcast, industrial, and consumer applications. The module is composed of two monolithic integrated circuits with dual channels. The two parts are connected together on a 5-pin SIP package and operate from a single voltage supply ranging from +12V to +25V.

ISL59444IB-T13 is ideal for use in applications where high-resolution video signals need to be amplified with low distortion and wide bandwidth. This includes professional studio or broadcast applications where the module can be used for noise reduction or for darkening or lightening edges. It can also be used for post-production work where dynamic range needs to be improved.

The ISL59444IB-T13 operates on the principle of video transconduction, where it amplifies the video outputs with good dynamic range, low distortion, and wide bandwidth. The module is capable of achieving a noise reduction of 40dB, with a fullband dynamic range of 75dB and a wide bandwidth of up to 13MHz, which is suitable for most digital video signals. It can also be used in conjunction with system processors to preserve brightness information while improving clarity and contrast.

The ISL59444IB-T13 also features a wide Supply voltage differential of 9V to 24V, low power consumption of 0.3W, and small sizes which make it suitable for use in high-density applications. It has a small 5-pin SIP package of 0.5 mm thickness, which is perfect for handheld device applications. Additionally, it has thermal and ESD protection for greater reliability and safety.

Overall, the ISL59444IB-T13 from Intersil Corporation is an ideal solution for professional studio, broadcast and consumer applications requiring high performance video amplifiers with wide bandwidth, low noise, and low distortion. The module’s wide range of features, such as low power consumption, wide dynamic range, small size, and robust protection, makes it the optimal choice for a wide variety of applications.

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