Series:	27985
Part Status:	Obsolete
Function:	Transceiver
Modulation or Protocol:	--
Frequency:	912MHz
Applications:	General Purpose
Interface:	--
Sensitivity:	--
Power - Output:	--
Data Rate (Max):	9.6 kBaud
Features:	Built-In Antenna
Voltage - Supply:	3 V ~ 5 V

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RF Receiver, Transmitter, and Transceiver Finished Units

RF receiver, transmitter, and transceiver finished units are used in a range of applications and industries. These are devices that are used to receive, transmit, and transceive signals from RF sources. The devices are available in different sizes, shapes, and capacities.The uses of RF receivers, transmitters, and transceiver finished units are diverse and include both commercial and non-commercial applications. The most common uses of these devices include wireless communication, satellite communication, navigation systems, and radio frequency identification (RFID). RF receivers are also used in television broadcast and cellular networks.RF receivers, transmitters, and transceiver finished units have various working principles. Generally, they consist of a receiver and transient circuits that demodulate signals from radio beams. The receiver circuits are typically tuned by varying capacitor or inductance values. Transmitter circuits are also part of the RF receivers, transmitters, and transceiver finished units, which transmit the signals from the receiver. Additionally, transceiver finished units often contain multiplexers and modulators to combine and modulate signals from multiple RF signals.Ensuring that RF receivers, transmitters, and transceiver finished units have high quality output is important for applications of different sizes and scales. Quality performance of these units depends on their stability and accuracy. Stable operation is key to ensure higher output power and accuracy. The key performance parameters include sensitivity, selectivity, dynamic range, and modulation accuracy.One way of achieving high-quality performance of RF receivers, transmitters, and transceiver finished units is to ensure that the output power remains consistent across all frequency ranges of operation. The process for controlling output power is referred to as power control. This power control allows designers of RF receivers, transmitters, and transceiver finished units to choose a power level that is suitable for a given antenna or receiver configuration.The types of RF receiver, transmitter, and transceiver finished units available are varied. These include high-power linear RF transmitters, adaptive multi-user receivers, and transmitters with high-efficiency linear amplifiers. Additionally, RF receivers and transmitters are available in a wide range of frequencies. Types of RF receivers and transmitters are classified according to frequency range, operating mode, and modulation scheme.RF receivers, transmitters, and transceiver finished units are used in a range of applications ranging from consumer products to defense applications. Popular applications include wireless communication, television broadcast, satellite communication, navigation systems, and RFID. In order to provide high quality performance, RF receivers, transmitters, and transceiver finished units must be designed and made in such a manner that it meets the needs of a given application. It is essential to ensure that these units are stable and accurate which will lead to high-quality performance. Additionally, it is important to understand how power control works in order to choose a power level that is suitable for any type of device.

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Part Number	Manufacturer	Price	Quantity	Description