GW Instek GSP 818 Spectrum Analyzer

GW Instek GSP 818 Spectrum Analyzer

The GW Instek GSP 818 Spectrum Analyzer is a flexible tool created to fulfil the testing necessities of RF products throughout both their development and production phases.
It is able to measure a vast array of RF signals with precision and dependability due to its frequency range of 1.8 GHz. The sensitivity of the GSP 818 is significantly improved and accurate signal analysis is made possible with the integration of an internal 20dB amplifier.

The GW Instek GSP 818 boasts a remarkable attribute in its adjustable resolution bandwidth (RBW) range which grants the user control over its setting ranging from 10Hz up to 3MHz. With this flexibility, users can enhance the performance of the spectrum analyzer according to the particular demands of their RF analysis tasks. Through RBW adjustment, individuals can strike a balance between the precision of frequency and measurement pace, enabling thorough scrutiny of RF signals.

It is crucial to adhere to the safety guidelines offered by GW Instek to ensure the secure and appropriate functioning of the GSP 818. The spectrum analyzer’s user manual provides safety symbols and cautionary statements that highlight potential hazards and recommend suitable safety measures for its operation and storage. By following these safety protocols, you are not just safeguarding your own well-being but also securing the peak performance of GSP-818 for dependable and precise readings.

GW Instek GSP 818 Spectrum Analyzer specifications:

• Trace and Marker Functions: Five traces are provided, and the marker function can be assigned to different traces.
• 10Hz RBW: GSP-818 provides a minimum 10Hz RBW resolution and provides a 1-10 steps setting below the 500kHz RBW to allow a flexible signal detection.
• AM and FM Demodulation: GSP-818 provides AM and FM demodulation and supports demodulated audio output.
• ACPR, OCBW, CHPW:
  The ACPR function can set up to three sets of adjacent channel tests.
  The power density of the signal can be measured through the OCBW function.
  CHPW is used to measure the power strength of the signal in a user-defined.
• Bandwidth Zoom: The Bandwidth Zoom function is used to view the spectral performance of the signal under different span.
• Time Spec: This function can simultaneously view the correlation between display power, frequency and time, and it can also track frequency and power with the variation of time.
• Limit Line: It can directly judge whether the test result of the DUT is qualified according to the preset test qualification conditions. GSP-818 offers two Limit Line measurements: windows measure and limit line measure.