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STK403-030 Fraunhofer IAF Freiburg Split Power Supply Module SIP

    Buy cheap STK403-030 Fraunhofer IAF Freiburg Split Power Supply Module SIP from wholesalers
     
    Buy cheap STK403-030 Fraunhofer IAF Freiburg Split Power Supply Module SIP from wholesalers
    • Buy cheap STK403-030 Fraunhofer IAF Freiburg Split Power Supply Module SIP from wholesalers

    STK403-030 Fraunhofer IAF Freiburg Split Power Supply Module SIP

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    Brand Name : ANTERWELL
    Model Number : STK403-030
    Certification : Original Factory Pack
    Price : Negotiate
    Payment Terms : T/T, Western Union,Paypal
    Supply Ability : 560
    Delivery Time : 1
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    STK403-030 Fraunhofer IAF Freiburg Split Power Supply Module SIP

    STK403-030 Fraunhofer IAF Freiburg Split Power Supply Module SIP


    STK403-030 AF Power Amplifier (Split Power Supply)

    (35 W min, THD = 0.08%)


    Features

    • Compact packaging supports slimmer set designs (up to 70 W)

    • Series designed for 20 up to 100 W (200 W) and pincompatibility (120 to 200 W have 18 pins)

    • Simpler heat sink design facilitates thermal design of slim stereo sets

    • Current mirror circuit application reduces distortion to 0.08%

    • Supports addition of electronic circuits for thermal shutdown and load-short protection circuit as well as pop noise muting which occurs when the power supply switch is turned on and off


    Specifications Maximum

    Ratings at Ta = 25°C

    ParameterSymbolConditionsRatingsUnit
    Maximum supply voltageVcc Max±45V
    Thermal resistanceθj-c2.1°C/W
    Junction temperatureTj150ºC
    Operating substrate temperatureTc125ºC
    Storage temperatureTstg-30 to +125°
    Available time for load shortedtS*VCC = ±30 V, RL = 8 Ω, f = 50 Hz, PO = 35 W

    2

    s

    Description of External Parts

    R1, C1 : Input filter circuit

    • Reduces high-frequency noise.

    C2 : Input coupling capacitor

    • DC current suppression.

    A reduction in reactance is effective because of increases in capacitor reactance at low frequencies and 1/f noise dependence on signal source resistance which result in output noise worsening.

    R2 : Input bias resistor

    • Biases the input pin to zero.

    • Effects VN stability (refer to NF circuit).

    • Due to differential input, input resistance is more or less determined by this resistance value.

    R4, R5 : NFB circuit (AC NF circuit). Use of resistor with 1% error is suggested.

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