RF2336TR7

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Obsolete
Frequency:	0Hz ~ 3GHz
P1dB:	11.5dB
Gain:	16.5dB
Noise Figure:	3.8dB
RF Type:	ISM, Broadcast Television
Voltage - Supply:	4.3V
Current - Supply:	35mA ~ 48mA
Test Frequency:	2GHz
Package / Case:	SC-74A, SOT-753
Supplier Device Package:	SOT-23-5

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RF2336TR7 Application Field and Working Principle
RF amplifiers are fundamental components for any RF system as they increase the level of signal of the desired frequency range and provide an efficient power transfer capability. In professional communication system, RF amplifiers are used to increase the signal strength received by radio receivers, and to give back the wanted signal power in desired direction. Commonly used RF amplifiers in the market today include RF2336TR7, which id designed and manufactured by Coilcraft. Here we are going to provide an overview of the application field and working principle of the RF2336TR7.In industrial applications, the RF2336TR7 is commonly used as a signal amplifier in RF communications networks. It is optimized to amplify signals on the range of frequencies between 1 GHz and 8.5 GHz, and offer gain levels of up to 17 dB. This amplifier is extremely stable, with less than 0.04 dB of variation over a wide temperature range of -40°C to +85°C. Besides, it has a wide bandwidth of 64 MHz. Because of its exceptional performance, it is a popular choice among engineers when designing RF signal amplification systems.The RF2336TR7 also has nonlinear characteristics that would make it suitable for digital communications systems. It would offer a high linearity of -80 dB for frequencies lower than 6 GHz. Also, it offers low harmonic value of -85 dBc. Furthermore, the thermal protection of this amplifier would limit its temperature to under 175°C.The working principle of the RF2336TR7 is based on the basic theory of amplifying the existing signal level. It does this by converting the RF signal into electrical energy, then amplifies it with the help of an active element. This active element can be a bipolar transistor or a field effect transistor, depending on the application. To ensure efficient signal transfer, the amplifier would have an impedance matching component connected before the active device. This component is able to match the input impedance of the amplifier to the output impedance of the device that precedes it in the signal path.The RF2336TR7 would also have a power amplifier and one or more signal power monitor (PM) stages to regulate the output power depending on the input signal. This ensures that overdrive can be avoided and the amplifier power is kept in optimal working range. The amplifier can then be turned off with a control circuit if its output power level crosses the preset value.In conclusion, the RF2336TR7 is an excellent choice for amplifying RF signals in professional communication systems. It can offer gain levels of up to 17 dB, with an impressive bandwidth of 64 MHz and a great linearity in the range of 1-8.5GHz. Moreover, the powerful power regulation system ensures the control over the output power, providing fast system startup and adjustment, avoiding overdrive and keeping the amplifier power in the optimal range.

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