OFFLINE SWITCHING REGULATOR FOR COLOR TV USE

Self-Excitation Type Semi-Regulated (World Spec) Switching Regulator (110W Output)?

Overview The STK730-060 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-Excitation Type Semi-Regulated Switching Regulator (145W Output)?

Overview The STK730-020 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-excitation Type Semi-Regulated Switching Regulator

‹ Features ﹒Power MOSFET devices ﹒Ideal for semi-regulated control switching supplies ﹒Error detection circuit on-chip (40.5±0.5V set reference voltage) ﹒Pin compatible with all other devices in the same series of devices with 110 to 280W power ratings ﹒Higher oscillator frequency allows

Self-excitation Type Semi-Regulated Switching Regulator

‹ Features ﹒Power MOSFET devices ﹒Ideal for semi-regulated control switching supplies ﹒Error detection circuit on-chip (40.5±0.5V set reference voltage) ﹒Pin compatible with all other devices in the same series of devices with 110 to 280W power ratings ﹒Higher oscillator frequency allows

Self-Excitation Type Semi-Regulated (World Spec) Switching Regulator (110W Output)?

Overview The STK730-060 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-Excitation Type Semi-Regulated (World Spec) Switching Regulator (110W Output)?

Overview The STK730-060 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-Excitation Type Semi-Regulated Switching Regulator (145W Output)?

Overview The STK730-020 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-excitation Type Semi-Regulated Switching Regulator

‹ Features ﹒Power MOSFET devices ﹒Ideal for semi-regulated control switching supplies ﹒Error detection circuit on-chip (40.5±0.5V set reference voltage) ﹒Pin compatible with all other devices in the same series of devices with 110 to 280W power ratings ﹒Higher oscillator frequency allows

Self-Excitation Type Semi-Regulated (World Spec) Switching Regulator (110W Output)?

Overview The STK730-060 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-excitation Type Semi-Regulated Switching Regulator

‹ Features ﹒Power MOSFET devices ﹒Ideal for semi-regulated control switching supplies ﹒Error detection circuit on-chip (40.5±0.5V set reference voltage) ﹒Pin compatible with all other devices in the same series of devices with 110 to 280W power ratings ﹒Higher oscillator frequency allows

Self-Excitation Type Semi-Regulated Switching Regulator (145W Output)?

Overview The STK730-020 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-Excitation Type Semi-Regulated Switching Regulator (145W Output)?

Overview The STK730-020 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-Excitation Type Semi-Regulated (World Spec) Switching Regulator (110W Output)?

Overview The STK730-060 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-excitation Type Semi-Regulated Switching Regulator

‹ Features ﹒Power MOSFET devices ﹒Ideal for semi-regulated control switching supplies ﹒Error detection circuit on-chip (40.5±0.5V set reference voltage) ﹒Pin compatible with all other devices in the same series of devices with 110 to 280W power ratings ﹒Higher oscillator frequency allows

Self-excitation Type Semi-Regulated Switching Regulator

‹ Features ﹒Power MOSFET devices ﹒Ideal for semi-regulated control switching supplies ﹒Error detection circuit on-chip (40.5±0.5V set reference voltage) ﹒Pin compatible with all other devices in the same series of devices with 110 to 280W power ratings ﹒Higher oscillator frequency allows

Self-Excitation Type Semi-Regulated Switching Regulator (145W Output)?

Overview The STK730-020 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-Excitation Type Semi-Regulated (World Spec) Switching Regulator (110W Output)?

Overview The STK730-060 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-Excitation Type Semi-Regulated Switching Regulator (145W Output)?

Overview The STK730-020 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-Excitation Type Semi-Regulated (World Spec) Switching Regulator (110W Output)?

Overview The STK730-060 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-excitation Type Semi-Regulated Switching Regulator

‹ Features ﹒Power MOSFET devices ﹒Ideal for semi-regulated control switching supplies ﹒Error detection circuit on-chip (40.5±0.5V set reference voltage) ﹒Pin compatible with all other devices in the same series of devices with 110 to 280W power ratings ﹒Higher oscillator frequency allows

Self-Excitation Type Semi-Regulated Switching Regulator (145W Output)?

Overview The STK730-020 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-excitation Type Semi-Regulated Switching Regulator

‹ Features ﹒Power MOSFET devices ﹒Ideal for semi-regulated control switching supplies ﹒Error detection circuit on-chip (40.5±0.5V set reference voltage) ﹒Pin compatible with all other devices in the same series of devices with 110 to 280W power ratings ﹒Higher oscillator frequency allows

Self-Excitation Type Semi-Regulated (World Spec) Switching Regulator (110W Output)?

Overview The STK730-060 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-Excitation Type Semi-Regulated (World Spec) Switching Regulator (110W Output)?

Overview The STK730-060 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

Self-Excitation Type Semi-Regulated Switching Regulator (145W Output)?

Overview The STK730-020 incorporates on-chip all the power switching, amplifier, error detection and overcurrent protection circuits required in a self-excitation type semi-regulated off-line switching regulator. As a result, it can be used in the design of switching power supplies with minimal n

OFFLINE SWITCHING REGULATOR FOR COLOR TV USE

OFFLINE SWITCHING REGULATOR FOR COLOR TV USE

OFFLINE SWITCHING REGULATOR FOR COLOR TV USE

OFFLINE SWITCHING REGULATOR FOR COLOR TV USE

STK7308

OFFLINE SWITCHING REGULATOR FOR COLOR TV USE

5 V Single Output MOS Chopper Regulator

Overview The STK730C is a chopper type step-down dedicated 5 V single output regulator that uses a power MOSFET as its switching element and a Schottky barrier diode (SBD) as its flywheel diode. Features • IMST substrate (insulated metal substrate technology) • Efficiency improved (by 10) by t

Thick Film Hybrid IC - 5 V Single Output MOS Chopper Regulator

Overview\nThe STK730C is a chopper type step-down dedicated 5 V single output regulator that uses a power MOSFET as its switching element and a Schottky barrier diode (SBD) as its flywheel diode. • IMST substrate (insulated metal substrate technology)\n• Efficiency improved (by 10%) by the adoption of\n   MOSFET and SBD technology.\n• An auxiliary drive power supply is no longer required\n   due to the development of a unique NMOS FET drive\n   circuit. This means that the STK730C can be;

Self-Excitation Type Semi-Regulated Switching Regulator (210W Output)?

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Self-Excitation Type Semi-Regulated Switching Regulator (110W Output)

文件：126.62 Kbytes Page：6 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (110W Output)

文件：126.62 Kbytes Page：6 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (210W Output)?

文件：98.31 Kbytes Page：4 Pages

Self-Excitation Type Semi-Regulated (World Spec) Switching Regulator (110W Output)

Self-Excitation Type Semi-Regulated Switching Regulator (110W Output)

文件：126.62 Kbytes Page：6 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (210W Output)?

文件：98.31 Kbytes Page：4 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (210W Output)?

文件：98.31 Kbytes Page：4 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (110W Output)

文件：126.62 Kbytes Page：6 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (210W Output)?

文件：98.31 Kbytes Page：4 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (110W Output)

文件：126.62 Kbytes Page：6 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (110W Output)

文件：126.62 Kbytes Page：6 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (210W Output)?

文件：98.31 Kbytes Page：4 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (110W Output)

文件：126.62 Kbytes Page：6 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (210W Output)?

文件：98.31 Kbytes Page：4 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (210W Output)?

文件：98.31 Kbytes Page：4 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (110W Output)

文件：126.62 Kbytes Page：6 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (110W Output)

文件：126.62 Kbytes Page：6 Pages

Self-Excitation Type Semi-Regulated Switching Regulator (210W Output)?

文件：98.31 Kbytes Page：4 Pages

Advanced Power MOSFET

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Power MOSFET

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Advanced Power MOSFET

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Power MOSFET

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Power MOSFET

N - CHANNEL 400V - 0.75 ohm - 5.5A - TO-220 PowerMESH] MOSFET

Description The PowerMESH™II is the evolution of the first generation of MESH OVERLAY™. The layout refinements introduced greatly improve the Ron*area figure of merit while keeping the device at the leading edge for what concerns swithing speed, gate charge and ruggedness. General features

PowerMOS transistor Avalanche energy rated

GENERAL DESCRIPTION N-channel, enhancement mode field-effect power transistor, intended for use in off-line switched mode power supplies, T.V. and computer monitor power supplies, d.c. to d.c. converters, motorcontrol circuits and general purpose switching applications. The IRF730 is supplied in