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Hosa Technology Impedance Transformer XLR Female Mic Lo-Z to Instrument 1/4" Male Hi-Z

BH #HOMIT435 • MFR #MIT-435
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Hosa Technology Impedance Transformer XLR Female Mic Lo-Z to Instrument 1/4" Male Hi-Z
Key Features
  • Matches 200 Ohms to 50 Kilohms
  • Connect a Microphone to a Hi-Z Jack
The Hosa Impedance Transformer XLR Female Mic Low-Z to Instrument 1/4" Male Hi-Z features a Lo-Z female 3-pin XLR input to a Hi-Z male 1/4" phone jack, designed to match 200 ohms to 50 kilohms impedance. It is ideal for connecting a Lo-Z microphone to a Hi-Z instrument jack, matching the impedances. 
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Hosa Technology MIT-435 Overview

The Hosa Impedance Transformer XLR Female Mic Low-Z to Instrument 1/4" Male Hi-Z features a Lo-Z female 3-pin XLR input to a Hi-Z male 1/4" phone jack, designed to match 200 ohms to 50 kilohms impedance. It is ideal for connecting a Lo-Z microphone to a Hi-Z instrument jack, matching the impedances. 

Maximizes signal fidelity when using impedance mismatched gear
Minimizes high-frequency and level loss caused by signal reflections
Eliminates noise and hum caused by an impedance mismatch
UPC: 728736016101

Hosa Technology MIT-435 Specs

Connectors
Input: XLR 3-Pin Female Output 1/4" TS
Impedance Matching
Input: 200 Ohms Output: 50 Kilohms
Packaging Info
Package Weight
0.195 lb
Box Dimensions (LxWxH)
9.65 x 3.95 x 0.75"

Hosa Technology MIT-435 Reviews

Hosa Technology Impedance Transformer

By Anonymous
Rated 5 out of 5
Date: 2022-03-05

We use it once in a while when we need to use the guitar input of an amp as an input for a second microphone. Super simple and works just fine.

IMPEDENCE TRANSFORMER

By Anonymous
Rated 5 out of 5
Date: 2015-12-28

useful

See any errors on this page?

Can this be used to convert an unbalanced mixer ...

Can this be used to convert an unbalanced mixer out to balanced signal?
Asked by: Steve
You are correct, Joseph. This does not create a balanced signal and the output is quite low, similar to mic level on the XLR when inputting line level on the 1/4". Ultimately I found out the destination is line in so I went with an adapter (not transformer or impedance matching) to simply convert the 1/4 to XLR with tip/hot to pin 2.
Answered by: Steve
Date published: 2020-03-05
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