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Parts by Number for Secondary Voltage Top

Part # Distributor Manufacturer Product Category Description
AA53002-030 Allied Electronics, Inc. AMVECO TOROIDAL POWER PRODUCTS Not Provided TRANSFORMER; TOROIDAL; 300VA, SECONDARY VOLTAGE 2X30VAC, SECONDARY CURRENT 5.0AA
AA53002-024 Allied Electronics, Inc. AMVECO TOROIDAL POWER PRODUCTS Not Provided TRANSFORMER; TOROIDAL; 300VA, SECONDARY VOLTAGE 2X24VAC, SECONDARY CURRENT 6.2AA
AA51402-022 Allied Electronics, Inc. AMVECO TOROIDAL POWER PRODUCTS Not Provided TRANSFORMER; TOROIDAL; 140VA, SECONDARY VOLTAGE 2X22VAC, SECONDARY CURRENT 3.2AA
2942454 Allied Electronics, Inc. PHOENIX CONTACT Not Provided Voltage Regulator Module; Secondary Switched-Mode; Input 24.5-29VAC
P-8508 ASAP Semiconductor Stancor Not Provided Power Transformer (Single Secondary) Input Voltage (AC) 115/
MCFE050/15 ASAP Semiconductor MULTICOMP Not Provided TRANSFORMER, 50VA, 2 X 15V; Power Rating:50VA; Secondary Voltage
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Conduct Research Top

  • Secondary Telecom Protection (.pdf)
    and Design Guide. Secondary Protection. Secondary Protection Reference Circuit. Figure 3.53 also shows an example of an interface design for a secondary protector. The. P3203AB SIDACtor device is used because the peak off-state voltage (VDRM) is greater. than the potential of a Type B ringer signal
  • CURRENT & VOLTAGE (POTENTIAL) TRANSFORMERS Glossary
    . RETURN POLICY. CURRENT & VOLTAGE (POTENTIAL) TRANSFORMERS. Voltage Transformers - Are used whenever the line voltage exceeds 480 volts or whatever lower voltage may be established by the user as a safe voltage limit. They are usually rated on a basis of 120 volts secondary voltage and used to reduce
  • An Overview of Electromagnetic and Lightning Induced Voltage Transients (.pdf)
    environments in. CLOSED. low voltage AC power circuits [1, 2], telecommunications. SECONDARY. equipment [3] and automotive electrical systems [4]. VOLTAGE. VS. VS-PK. Effective transient overvoltage protection from a clamping. device requires that the impulse energy be dissipated in the. suppressor
  • In-Depth Analysis of MOCVD-Grown GaInP/Ga(In)As/Ge Triple Junction Solar Cells by Secondary Ion Mass Spectrometry (.pdf)
    . JUNCTION SOLAR CELLS BY SECONDARY ION MASS SPECTROMETRY. 29071 Spain. laserna@uma.es; jmvadillo@uma.es. INTRODUCTION. SAMPLE DESCRIPTION. Concentration photovoltaic (PV) based on III-V solar cells is one of the most promising technologies for dramatically. New developments in III-V solar cell technology
  • The Importance of Voltage Monitoring and Checking (.pdf)
    checking can help con-. sured on the secondary of the welding. and issues that relate to the resistance. trol are: transformer as close to the electrodes as. welding industry. We believe that. possible (figure 1). By measuring the volt-. through communication and education. with Miyachi's customers
  • Harmonic Mitigation of 12-pulse Drives with Unbalanced Input Line Voltages
    in harmonics. This requires that the output voltage of both transformer secondary windings match exactly. Because of differences in the transformer secondary impedances and open circuit output voltages, this can be practically accomplished for a given load (typically rated load) but not over a range
  • AC Line Voltage Transients and Their Suppression (.pdf)
    on the intended application, bearing. sufficient stresses, while the assumption of. i = Peak transient current. in mind that in some cases both primary. too low an impedance may subject it to. VC = Resulting clamping voltage. and secondary protection may be required. unrealistically large stress
  • Trimming The Output Voltage Of DC/DC Converters
    . SWITCHING. MAIN (Vo2). S2. Co. TRANSISTORS. 6. -. RF. -Vin. 3. RA. 9. OPTO. -. ERROR. OP-AMP. Vo2 ADJ. +. Rin. VREF. FIGURE 3C. Dual isolated output DC/DC converter with parallel connected outputs for higher IO. I =I1+I2 with equal secondary turns. O. The auxiliary output is preloaded by RLF
  • 18-pulse Drives and Voltage Unbalance
    performance and is readily available as a modified standard transformer. Care was taken in the physical construction of the transformer to balance the leakage reactance and output voltage of the three secondary windings. The system was tested with line voltage unbalance ranging from 0% to 3%
  • Technical Article: Magnetic Induction Voltage Regulator Operation
    Another means of changing output voltage in a transformer is to alter the physical orientation of the primary and secondary relative to each other. In a transformer the primary windings produce a magnetic flux field that induces current to flow in the secondary windings. Physically repositioning

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