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85531A 20 GHz Temp Characterized CalPod

Status do Produto: Descontinuado | Com Suporte
Este produto não se encontra disponível

Esse produto foi substituído por um novo:

Principais recursos e especificações

  • Frequency: 100 MHz to 20 GHz
  • Amplitude re-correction to (typically): ±0.05 dB
  • Phase re-correction to (typically): ±1.5 °
  • Directivity re-correction to (typically): -38 dB
  • Temperature compensation from -30 to +80 °C
  • 2.92 mm connectors
  • PNA Firmware Option 302: Application for use with temperature-characterized CalPods (required)
  • PNA Firmware Option 304: Application for CalPod as ECal capability firmware (optional)

Descrição

Not available for sale. Replacement product is the 85531B 20 GHz ambient temperature CalPod

CalPods provide a new and unique way to quickly and easily refresh a network analyzer calibration, at the push of a button and without removing the DUT or re-connecting standards. Very useful in thermal chamber testing, where it is desired to remove the thermal effects of the test cables and connectors from the DUT’s response, and where it is impractical to stop the thermal testing to perform a normal re-calibration. 

PNA Firmware Option 302: Application for use with temperature-characterized CalPods (required)
PNA firmware option 302 is used for temperature characterized and thermal-vacuum environment CalPods, and provides accurate re-correction capabilities over the temperature range of -30 °C to +80 °C. With firmware option 302, up to 48 CalPods can be controlled, but only four CalPods at a time can be recorrected. 

PNA Firmware Option 304: Application for CalPod as ECal capability (optional)
PNA firmware option 304 is used to characterize CalPods with an ECal module, and allow the CalPods to function as an ECal module in the measurement environment. This capability is particularly useful when making multi-port and multi-path measurements, as it greatly simplifies calibrations for these types of measurements. The CalPods as ECal feature allows a one-port calibration to be performed on each port of a multi-port DUT. Then with any two one-port calibrations, and one unknown thru path measurement, the corresponding full two-port 12 term error correction model can be determined for that corresponding thru path.