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Triad’s HS-52 Output Audio Transformer provides the durability and precision required in today’s demanding designs. Mu-Metal case construction for magnetic field immunity and up to 95 dB Hum reduction. Ample step-down turns ratio to accommodate source to load impedance matching. Wide range power handling capacity to deliver full power without distortion within ± 3dB. Applications include signal pre-amplification, inter-stage isolation, signal level step up/down, and impedance matching. Dependable hermetically sealed construction with low temperature rise and high heat conductivity.
Unit of Measure

Specifications

Applications

 N/A P. P. Plates to Universal Line.

Primary Impedance

 N/A 5000 Ohm20000 Ohm

Secondary Impedance

 N/A 62.5 Ohm150 Ohm250 Ohm600 Ohm

Overall Turn Ratio

 N/A 5.6:1

Note for Secondary Impedance

 N/A Balanced Center Tap. (600 and 250 Ohm)

Frequency Response Range

 N/A 20 to 20000 Hz

Maximum Input Level

 N/A 26 dBM

Shielding

 N/A P-1 - One nickel alloy high permeability shield - 45 db. reduction in pickup.

Case

 N/A GP-4

Electrical Specifications at 25 Degree Celsius (ºC) Temperature

DCR 1-2

 N/A 410 Ohm

DCR 3-4

 N/A 615 Ohm

DCR 5-6

 N/A 3.23 Ohm

DCR 6-7

 N/A 5.82 Ohm

DCR 8-9

 N/A 7.37 Ohm

DCR 9-10

 N/A 4.50 Ohm

Additional Information

Additional Information

 N/A Avoid redesign - Use Triad HS and HSM transformers in military prototypes

Triad HS and HSM series transformers are designed to meet MIL-T-27 requirements. Most of these transformers use standard MIL-T-27 case sizes. Exceptions are GP cases or any cases showing a Bw dimension, which may be classified as MIL-T-27 'YY' cases. Equipment using these transformers need not be redesigned to submit for military approval. The basically good design factors which are necessary to meet MIL-T-27 standards for performance ensure longest life in any class of service.

These transformers are permanently marked with electrical and test data as specified in MIL-T-27. All are "Climatite" treated, use sturdy TRIAD terminals and are beautifully finished in gray enamel.

Note

Note

 N/A Low frequency loss will result from unbalanced DC in windings other than where specified.