-40%

EL84 Output transformer,Push-Pull, ultralinear ,10W (Pair)

$ 50.16

Availability: 100 in stock
  • Condition: New
  • Brand: Thermionic Lab
  • Model: EL84
  • All returns accepted: ReturnsNotAccepted
  • MPN: TL/10k-4-8UL

    Description

    10W,Wide bandwidth, push pull Output transformer
    (Pair),Ultralinear
    Designed for EL84-6BQ5-ECL86-ECL82-6V6 push-pull
    amplifiers
    TECHNICAL FEATURES:
    Primary Impedance: 10K (Anode to Anode)
    Secondary Impedance: 4/8 Ω
    ultralinear taps : 50%
    Primary Inductance Lp=133H @17Vrms/50hz
    Leakage inductance : 6mH
    Primary Dc resistance: 186 Ohm
    Max Dc current per tube :120mA (Anode to CT)
    Maximum output power 10W
    Frequency Response:  8hz-54Khz -3bB at 1W output
    power.
    Lead wire lengths: 400mm
    color code of lead wires
    White :Anode 1
    Black:Anode 2
    Red  :B+
    Gray  :Ultralinear1
    Orange:Ultralinear2
    Brown :0
    Yellow:4 Ohm
    Green :8 Ohm
    core material: high quality , low loss silicon
    steel  made in Europe.
    core size :EI60/30.
    lamination thickness: 0.50mm
    dimensions: 62mx51.5mmx55mm (86mm foot distance)
    footprint hole 5x6mm
    weight: 750gr
    Winding Wire:
    Double coated Grade 2 enamelled copper wire
    Wound in Precision  Multi section winding, for
    reduced leakage inductance and high dielectric
    strenght.
    Mounting: c cage clamp suitable for vertical or
    horizontal placement. Please note that Horizontal
    placement is for underchassis, side mounting
    position only.
    All transformers are tested in real working tube
    amplifiers before shipping
    On request we can make different primary
    /secondary impedance ratio or secondary winding
    for 4/8/16Ω
    For further technical info/ questions,
    communication is always welcome.
    Tube amplifier projects and related circuits use
    high voltage and contact with high voltages can
    cause serious injury or death. If you are not
    experienced with high voltage safety and working
    with high voltage, this is not the project for you
    and you act at your own risk and responsibility.