Calculating the Sensitivity of an ASK Receiver

EBook Description: Calculating the Sensitivity of an ASK Receiver

Phase Noise Profiles Aid System Testing

Three Methods of Noise Figure Measurement

Three Methods of Noise Figure Measurement

Basic Equipment Design Tutorial

Basic Equipment Design Tutorial

Smith chart tutorial1

Smith chart tutorial1

dBm volts watts conversion table

dBm volts watts conversion table

Calculating the Sensitivity of an ASK Receiver

The sensitivity of RFIC Amplitude Shift Keying (ASK) or On-off Keying (OOK) receivers is an important
specification for designers of Remote Keyless Entry (RKE) systems, Tire Pressure Monitoring (TPM) systems, Home Automation systems, and other applications.

Phase Noise Profiles Aid System Testing

Noise is present in every system. Phase noise, in particular, is commonly found in oscillators and phaselocked loops can degrade the performance of a system. Phase noise in the oscillator of a wireless communication system degrades the receiver's sensitivity in reciprocal mixing conditions.

Three Methods of Noise Figure Measurement

In wireless communication systems, the "Noise Figure (NF)," or the related "Noise Factor (F)," defines the noise performance and contributes to the receiver sensitivity.

Specifications and Measurement of Local Oscillator Noise in Integrated Circuit Base Station Mixers

Residual phase noise from local oscillators (LO) can be degraded by additive noise of on-chip local
oscillator drivers/buffers in integrated circuit mixers. Reciprocal mixing of strong RF signals with the LO noise degrades the receiver sensitivity.

Basic Equipment Design Tutorial

For any given piece of RF/Microwave hardware there
has to be a specification, which defines the electrical,
mechanical and environmental performance of the
equipment

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