IAX Series – Insertion Loss Data

Category: Electronics, International Manufacturing Services Inc, RF Microwave Devices

This datasheet presents insertion loss data for a range of IAX Series devices in a tabulated format indicating frequency range and insertion loss values. The devices included are identified as IAX-O7O6SGO3DO, IAX-1206SG03D0, IAX-O7O6SGO6DO, IAX-1206SGO7D0, IAX-OZO6SGIODO, and IAX-1206SG19D0.

Measurement Conditions

The insertion loss measurements displayed for each device are the result of tests conducted in a controlled environment. Specifically, the graphs represent performance in a matched continuous 50-ohm (50Ω) system that adheres to proper RF (radio frequency) application principles.

Device Data

The datasheet provides a snapshot of the insertion loss for the devices across different frequency bands. For instance, the IAX-O7O6SGO3DO and IAX-1206SG03D0 show changes in insertion loss over a frequency range from 0.0997 GHz to 39.9998 GHz and 3.0000 GHz to 20.0000 GHz respectively. Similarly, IAX-O7O6SGO6DO and IAX-1206SGO7D0 are demonstrated with their own defined frequency ranges and corresponding insertion loss values. In all cases, the charts detail the logarithmic magnitude of insertion loss (log MAG dB) with a reference level (REF) of 0 dB.

Each chart indicates the insertion loss at various points within the specified frequency ranges. Specific values are noted, such as the IAX-O7O6SGO6DO’s insertion loss of 6.2960 dB at a certain frequency, and the IAX-1206SGO7D0’s insertion loss referred as 2.078 dB at another frequency within its range. This pattern continues similarly for the IAX-OZO6SGIODO and IAX-1206SG19D0, again, with their unique set of frequency and loss data points.

Start and Stop Frequencies

Each device’s frequency sweep begins and ends at designated start and stop frequencies, clearly outlined in the dataset. These ranges are critical as they demarcate the operational bandwidth over which the devices are tested for insertion loss.

Manufacturer Contact Information

Contact details are provided for the manufacturer, identifying the company’s telephone number, fax number, and suggesting the ease of their approach to solving complex RF scenarios, as indicated by the statement “impossible made simple”.

Notice

The report concludes with a notice to users that the results are directly linked to the use of a continuous 50Ω system and proper RF principles, implying that deviations from such conditions may yield different results.