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Eric Toline

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Everything posted by Eric Toline

  1. COS-11D SMQV transmitters gain issues

    The white is bias and the black is audio. Pin 1 is the ground, Pin 3 is mic level audio and pin 5 is line level.
  2. COS-11D SMQV transmitters gain issues

    Reduced sensitivity functions are built into the mic not the connector. The Sanken reduced output versions are 10db down from the regular versions regardless of what connector is attached.
  3. COS-11D SMQV transmitters gain issues

    The best wiring for the COS-11 to Lectro TA-5 is as follows. The white wire and the ground wire goes to pin 1, the black wire goes to pin 3, jump pins 2 & 4. Guaranteed to give you more gain than you can ever need.
  4. Sound Devices & Audio Ltd

    Sound Devices Named North American Distributor for Audio Ltd As an exclusive distributor for Audio Ltd, Sound Devices will bring the new A10 Digital Wireless Microphone System to North America and Latin America effective November 1, 2017. Statement from the Vice President of Sales at Sound Devices, LLC, Ed Capp: "Sound Devices is excited to be named the distributor for Audio Ltd’s new A10 Digital Wireless Microphone System. For decades, Audio Ltd has been a highly regarded wireless company in the TV/Film production industry. This is a great chance for both companies to showcase how well our products can work together to ensure a premium path of audio from transmitter to the mixer. We look forward to bringing the A10 system to a wider audience." Read the full news announcement from Audio Ltd.
  5. If your grounds are separate and isolated from each other you should be fine. I'm a bit concerned about radiated RF or crosstalk within the multipairs. You would have to build the assembly and then test it. Even then there are no guarantees.
  6. Is a new Sound Devices MixPre-10T coming soon?

    From what I read on the 10T specs page it appears the duplex XLR inputs can be either mic or line level but the 1/4" are line level only.
  7. TA3f to TA5f (Lectrosonics)

    There are many ways to skin this cat. Once it works I don't try to fix it anymore.
  8. TA3f to TA5f (Lectrosonics)

    The top diagram is what I always use. You ground pins 1 & 3 on the TA3 to pins 1 & 4 on the TA5 ends and connect pin 2 on the TA3 to pin 5 on the TA5. Always works just fine.
  9. Sonotrim: Positive or Negative Bias?

    Positive bias lavs have the ground and bias wire connected to the ground (pin 1) and the audio wire to pin 3 in a TA5 connector. Negative bias lavs have the ground and bias feed connected to pin 3 and the audio feed connected to the ground. Try mixing both types together and listen for any difference if any.
  10. How to hide a Sennheiser ME 2 on talent

    The Rycote Overcovers are the best for eliminating clothing noise or wind noise when used outside clothing. The ME 2's size makes it difficult to hide under clothing. I don't understand how a $15-$20 lav rental is going to make them go over budget or go broke. Hope you're getting paid fairly.
  11. Trade Shows and Expos

    I think the closest to the UK would be I.B.C. expo in Amsterdam starting in about 10 days. www.ibc.org.
  12. DEREK BAILEY

    Here on Amazon; Sold by: indoobestsellers Add to Cart $13.94 + Free Shipping Sold by: Book Depository US Have one to sell? Sell on Amazon Flip to back Flip to front Listen Playing... Paused You're listening to a sample of the Audible audio edition.Learn more
  13. Cos 11 Sticky cable- not from tape...

    Goo-Gone works pretty good but leaves an oily residue that can be removed with liquid soap & a paper towel.
  14. New from Rycote: Looks interesting

    Tac!T "The Rycote Tac!T (pronounced "Tas-It") filter is an in-line, active "third-order" (18dB/octave) filter with a "knee" at approximately 60Hz. This enables it to pass, unaffected, virtually all of the desired audio, while massively reducing wind and handling noise, and floor transmitted vibrations. The energy in these extreme low frequency and infrasonic sounds can be very high, and if not attenuated, would otherwise cause overloads and disturbances across the entire audio spectrum. The Tac!T filter draws its power from the P48 phantom supply while also passing power on to the microphone. It is electronically symmetrical and does not disturb the intrinsic balance of the microphone circuit, nor does it introduce any signal loss for normal programme frequencies. A key feature of the Tac!T filter is that it fits entirely within the body of a Neutrik XX-series XLR connector. It is not switchable, and the electronically buffered circuitry ensures that its performance is consistent for almost all phantom-powered microphones and preamplifiers in general use. Tac!T is a fully symmetrical balanced 3rd order filter. It is has a DC path through it so that it can couple phantom power as well as signal. What is the current draw from the recorder's or mixer's P48 supply? Current draw is ~necessary~ for the circuit to operate - the device will not work with dynamic microphones that do not pull current. The actual current draw varies with the load used so it is not possible to give a specification figure for it. The circuit demands are very low and with IEC 26815 compliant P48 supplies it is very unlikely to cause any problems. With excessively hungry microphones (eg those that suggest they need the full 10mA available, such as Earthworks), and phantom powering that cannot deliver adequate current, or is significantly under-voltage there ~might~ be problems. The likely outcome is under-performance of the microphone in terms of max SPL etc, or increase in self-noise rather than failure. Front-end filters on mixers are usually 6 or 12dB/octave, and these give a greater loss of wanted higher frequencies for a given cut of infrasonic or extreme LF noise. The steeper 3rd order filter (18dB/oct) is more effective. This is why the Schoeps Cut 1 and similar filters are liked by many recordists. In some cases internal filters are also fitted after a transformer and/or first amp stage - in that case these parts of the circuit can be overloaded before the internal HPF can act. Transformer inputs are particularly susceptible to infrasonic overload. Tac!T can be used in conjunction with internal mixer filters to give a dual slope HPF, but is perhaps of greatest value in applications such as camera inputs where no LF tailoring is provided at all. Tac!T FILTER TYPICAL PERFORMANCE Signal loss 0dB @ 1kHz, -3dB @ 63Hz, -40dB @ 14Hz Introduced noise (22Hz -22kHz) - 1.5dB Max signal level +3dBu (<0.2% distortion) SPECIFICATIONS Cable Length: 45cm (18") Cable diameter: OD 4.8 mm Connectors: Neutrik® XX series, XLRm3* to female XLRf3, Black casing, gold pins Cable Type: Ultra flexible Mogami® W2893 star-quad cable" Price about $100 should be available in 3-4 weels
  15. The Opposite of Mixing?

    Close enough for Government work.
  16. MKE2-5 to XLR

    Red goes to pin 2, Blue to pin 3 and shield to pin 1. You can't power a lav with 48vp if that's what you're trying to do by using an XLR connector. Lavs normally run on 3-5 volts supplied by a wireless transmitter. 48v phantom will damage the MKE2.
  17. www.xirium.net from Neutrik
  18. Updated Forum today

    No not those numbers but the number of a posting in a thread.
  19. Updated Forum today

    Would be nice if the post numbers were included in the update.
  20. Miami best blocks

    Miami is RF central. To prove it, you throw a slice of bread up in the air and it comes down toasted. Basically there are no guarantees on clear frequencys at any given time. If you need any equipment or tech support when you're here give us a call. (Production Sound Solutions 954-289-4770)
  21. Alteros Wireless (a new branch of Audio Technica)

    Not through walls or around corners, etc. Doesn't seem very practical for field use.
  22. Senn G3 as Wireless Hop HELP!

    As has been said, "there are many ways to skin a cat" and while your way works for you, that's not how I would do it.
  23. Senn G3 as Wireless Hop HELP!

    There's something wrong if your TX is set to -50. Either your cable is not wired for line or your sending too hot a signal from your 633. Not sure what you mean by "full line level" output. You should be using the "0" tone from the 633 as your reference tone and adjust the TX input to give you about 75% on the TX meter. The RX meter should be set to about the same level. The 3.5mm TRS connector should be wired with positive to the ring and ground to the shield & the tip. The connector to the 633 should be positive to pin 2 and ground to pin 1 & 3. Now you have an unbalanced connection that will drop the 633 output into the TX by 6db as compared to balanced wiring. The way your working is like driving with one foot on the gas pedal & the other on the brake at the same time. Look up unity gain & gain staging for more information on how to do it & the advantages.
  24. Senn G3 as Wireless Hop HELP!

    I would bet that the TX input cable is NOT wired for line level into the TX. Feeding a line level signal into a mic level input is wrong in so many ways. That's why you have the TX set at -48 and the RX set at "0". It's all about gain staging. You need to either get the correct wired cable or set the 633 output to mic level out. Then you can raise the TX input level to -18 or so and adjust the RX output to about the same if you have a mic level setting on the camera. The cable you need will have the positive feed connected to the ring of the 3.5mm TRS input connector and a ground connection going to both the sleeve and the tip.
  25. The Postman Always Rings Twice (1946)

    I would venture that it was 35mm single stripe mag with the obligatory balance track.
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