15W 3KVAC Isolation Wide Input AC/DC Converters The rated output power of TP15AT converters is 15W with wide input voltage range, for both AC input and DC input application. High reliability, precision, large power density, ultra-small size, no external heat sink required, stable output voltage and etc, with over current protection, EMI filter circuit, the rectifier filter circuit, 3000V isolation voltage, short circuit, overload, internal thermal protection. Widely used in telecommunications, industrial control, instrument, data acquisition, signal control and other electronic systems. All specifications typical at TA=25°C, nominal input voltage and rated output current unless otherwise specified.

TP15AT Series GENERAL CHARACTERISTICS! Start rising time Non-capacitive load OUTPUT CHARACTERISTICS Parameter Io=0.1...1.0 x lonom Vi=Vi rated Voltage accuracy Line regulation Load regulation Auxiliary voltage accuracy lo=0.1.1.0 x lonom Vimin< Vi<Vimax Main Load and auxiliary load differ 25%,the auxiliary circuit of the load with at least 25%, the main circuit with the full load 20MHz bandwidth Vimin<Vi<Vimax Parameter Operating temperature Maximum case temperature Storage temperature Relative humidity Temperature coefficient Case temperature shall not exceed the maximum case temperature

TP15AT Series MECHANICAL DIMENSIONS! PIN CONNECTIONS! DIP Package bottom view W:4:1 Wide voltage input range —► Main (auxiliary) output voltage S:single output D:Dual output Rated input voltage -► Package type -► AC-DC _► Output rated power Brand name W:4:1 Wide voltage input range Auxiliary Output Voltage P: Auxiliary is positive output voltage Main Road output voltage S:single output D:Dual output T:Triple OutpuS: Rated input voltage Package type AC-DC Rated output power Brand name L> W:4:1 Wide voltage input range -► Auxiliary output voltage D: Auxiliary is dual output Main output voltage S:single...

TP15AT Series RECOMMEND CIRCUIT Dual Output(COM) C1, C2, C3, C4, C5, C6 capacitor values refer to parameter table USING ATTENTIONS Triple output Module will cause irreversible damage when it in the long-term overload state. Module will cause irreversible damage when it out of the state maximum input voltage range