In most situations, a 1:1 transformer can be used because the “pro” equipment can easily provide the required gain. Not only is this much less than the ideal 12 dB, but the load reflected to the consumer output may cause headroom loss, increased distortion, and poor low frequency response. Under the conditions above, the actual gain increase at the balanced input will be only a disappointing 2.7dB.
Since the source impedance of a consumer output is commonly 1 kΩ or more, the reflected loading losses are high. If we assume a typical input impedance of 10 kΩ for the balanced input then the load seen by the consumer source would be about 625 Ω. This means that the input impedance of the “pro” balanced input we drive will be reflected back to the “consumer” output at one-sixteenth of that value. In the case of the PC-2XR, the turns ratio would be 1:4 which leads to an impedance ratio of 1:16. THD vs Frequency at Various Levels Can I use the PC-2XR in reverse?Īlthough other manufacturers offer products based on this idea (Rane “Balance Buddy” or Ebtech “Line Level Shifter” for example), we don’t recommend it. Any transformer has an impedance ratio that is the square of its turns ratio. Mr.Thug is back and he is now being hunted by every red shirt orange shirt yellow shirt YOU NAME IT. (cable & input capacitance loading the ISO-MAX output)Īny input to any output shield or any shield to case, 60 Hz It is back ladies and gentleman Get ready to dive back into 2009's epic action game. Instead of seeking out to become the best skateboarder in the world, THUG 2 is a fun and very bizarre around the world romp dedicated to skateboard hooliganism and destructions. (input impedance of device loading the ISO-MAX output) THUG 2 doesn't so much change the way you play the game or it's look and sound as it tweaks the storyline and basic feel of your goals. The gaps are the same in all PC and Next-Gen Console versions of the game, however a few of them have a different name. I used the German PC Version to record these videos. The videos were put together by levels and are encoded in DivX 5.2.1. (output impedance of device driving the ISO-MAX input) The quality is not all too great, but you can always tell whats going on. All levels are input unless noted PARAMETERĬommon mode rejection ratio (CMRR) 50 Ω balanced / 600 Ω unbalanced source