Pyle PH612 horn + Pyle PDS382
Pyle PH612 (90×40) Waveguide + Pyle PDS382 Frequency Response with various filters
Pyle PH612 (90×40) Waveguide + Pyle PDS382 Frequency Response with various filters
SEOS-12 Waveguide (Super Elliptical Oblate Spheroid) RAW (no smoothing) Frequency Response with Selenium D220TiExpanded view from 500Hz ~ 20kHz
Pyle PDS182 compression driver Fig 1 shows the different responses of the PDS182 with the PH565 horn. BLACK trace = RAW (no crossover, no CDEQ) RED trace = electronic crossover… Read more >
While the PRV D280Ti compression driver works well with the PH565 horn, I am still not completely satisfied with the flatness of the response. This time, I screwed on a… Read more >
Having tested out two compression drivers with this PH565 horn, I’m still not too happy with the results. In this third attempt, I decided on the PRV D280Ti. Fig 1… Read more >
Fig 1 shows the frequency response of the D250P/PH565 combo. BLACK trace = RAW (no crossover) RED trace = electronic crossover at 1.5kHz (24dB/oct) BLUE trace = electronic crossover at… Read more >
The Pyle PH565 horn measures 7-5/8″W x 6-1/8″H, making it an ideal candidate for 8″ woofer. It has a coverage of 90°H x 40°V, a cut-off frequency of 1kHz, 1-3/8″-18… Read more >
Radian 450PB with STH100 horn In this next test, I’ve been waiting to see how well my favorite compression driver, a Radian 450PB, fares with the FaitalPRO STH100. Fig 1… Read more >
The Pyle PH612 and the Dayton H6512 are clones of the JBL 338800-001 waveguide found in their JRX Series loudspeakers. It was popularized by Zilch in his EconoWave Speaker project… Read more >
Here is another horn that looks good with 8″~12″ woofers. The Pyle PH810 measures approximately 10″ W x 8″ H and has a coverage of 90° H x 40° V…. Read more >