LA1776M-MPB-E

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LA1776M-MPB-E

LA1776M-MPB-E, categorized under RF Misc ICs and Modules, is a high performance Monolithic Bipolar IC which provides very good performance in terms of power, gain and output level. It is designed for use in FM broadcast transmitting applications. The IC can operate at high frequencies of 100-120 MHz with a gain of up to 31dB.

The LA1776M-MPB-E features a high-performance input amplifier, which consists of two bipolar transistors. The first transistor is the input stage and the second is the main amplifier stage. The input amplifier provides a high gain while maintaining a low noise figure. The amplifier also features a wide dynamic range, allowing it to handle large amplitude signals, while maintaining a low distortion. The output stage consists of an output transistor and a high voltage power supply for the amplifier.

The LA1776M-MPB-E also features a linearizer circuit which increases the linearity of the amplifier output. The linearizer circuit can reduce potential distortions, by using the input signal to cancel out potential distortions caused by other sources. This increases the linearity of the amplifier, allowing it to work more efficiently. The amplifier is also equipped with a temperature compensated power supply, allowing it to operate in a wide temperature range.

The LA1776M-MPB-E is a two stage amplifier which consists of a input stage and a power amplifier stage. The input stage is a wideband amplifier that provides a gain of up to 31dB. It also has a wide dynamic range and a low noise figure. The power amplifier stage is a high power, low-impedance mono-polar bipolar transistor which can provide up to 200 watts of RF power output.

The LA1776M-MPB-E is a high-performance amplifier designed for FM broadcast transmitter applications. Its wide dynamic range, low noise figure, and linearity are all designed to provide optimum performance in FM broadcast. The amplifier can provide excellent performance even at high frequencies, allowing users to effectively transmit at 100-120 MHz with a gain of up to 31dB. The amplifier has a temperature compensated power supply allowing it to work efficiently in a wide temperature range.

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