Details, datasheet, quote on part number: 20U6P45
Part20U6P45
CategoryPower Management => AC-DC Controllers/Converters => Bridge Rectifiers
DescriptionRectifier Module ( Three Phase Full Wave Bridge Applications )
CompanyToshiba America Electronic Components, Inc.
DatasheetDownload 20U6P45 datasheet
Quote
Find where to buy
 
  
Some Part number from the same manufacture Toshiba America Electronic Components, Inc.
2AS1832F Transistor ( Audio Frequency General Purpose Amplifier Applications )
2FWJ42M Schottky Barrier Rectifier ( Switching Type Power Supply Application )
2FWJ42N VRRM (V) = 30 ;; Vfm(max) (V) = 0.37 ;; If(av) (Amps) = 2 ;; Package = DO-15L ;; Feature =
2GLZ47A High Efficiency Rectifier ( Switching Type Power Supply Application )
2GUZ47 Diode ( Switching Type Power Supply Application )
2GWJ2C42 VRRM (V) = 40 ;; Vfm(max) (V) = 0.55 ;; If(av) (Amps) = 2 ;; Package = Power Mold ;; Feature =
2GWJ42 VRRM (V) = 40 ;; Vfm(max) (V) = 0.55 ;; If(av) (Amps) = 2 ;; Package = DO-15L ;; Feature =
2GWJ42C Schottky Barrier Rectifier ( High Speed Rectifier Applications )
2N3904 Cell Delay of ND2 (FO=1) = 40 ;; Cell Delay of ND2 (FO=5) = 200 ;; Power Dissipation of ND2 (FO=1) = 100~300 ;; Leakage Current of ND2 (Vdd=1.5V) = 1 ;; Threshold Voltage = TO-92 ;; Additional Information
2N3906 Cell Delay of ND2 (FO=1) = -40 ;; Cell Delay of ND2 (FO=5) = -200 ;; Power Dissipation of ND2 (FO=1) = 100~300 ;; Leakage Current of ND2 (Vdd=1.5V) = -1 ;; Threshold Voltage = TO-92 ;; Additional Information
2N4123 Cell Delay of ND2 (FO=1) = 30 ;; Cell Delay of ND2 (FO=5) = 200 ;; Power Dissipation of ND2 (FO=1) = 50~150 ;; Leakage Current of ND2 (Vdd=1.5V) = 1 ;; Threshold Voltage = TO-92 ;; Additional Information
2N4124 Cell Delay of ND2 (FO=1) = 25 ;; Cell Delay of ND2 (FO=5) = 200 ;; Power Dissipation of ND2 (FO=1) = 120~360 ;; Leakage Current of ND2 (Vdd=1.5V) = 1 ;; Threshold Voltage = TO-92 ;; Additional Information
2N4125 Cell Delay of ND2 (FO=1) = -30 ;; Cell Delay of ND2 (FO=5) = -200 ;; Power Dissipation of ND2 (FO=1) = 50~150 ;; Leakage Current of ND2 (Vdd=1.5V) = -1 ;; Threshold Voltage = TO-92 ;; Additional Information
2N4126 Cell Delay of ND2 (FO=1) = -25 ;; Cell Delay of ND2 (FO=5) = -200 ;; Power Dissipation of ND2 (FO=1) = 120~360 ;; Leakage Current of ND2 (Vdd=1.5V) = -1 ;; Threshold Voltage = TO-92 ;; Additional Information
2N4400 Cell Delay of ND2 (FO=1) = 40 ;; Cell Delay of ND2 (FO=5) = 600 ;; Power Dissipation of ND2 (FO=1) = 50~150 ;; Leakage Current of ND2 (Vdd=1.5V) = 1 ;; Threshold Voltage = TO-92 ;; Additional Information
2N4401
2N4403 Cell Delay of ND2 (FO=1) = -40 ;; Cell Delay of ND2 (FO=5) = -600 ;; Power Dissipation of ND2 (FO=1) = 100~300 ;; Leakage Current of ND2 (Vdd=1.5V) = -1 ;; Threshold Voltage = TO-92 ;; Additional Information
2N5400 Cell Delay of ND2 (FO=1) = -120 ;; Cell Delay of ND2 (FO=5) = -600 ;; Power Dissipation of ND2 (FO=1) = 40~180 ;; Leakage Current of ND2 (Vdd=1.5V) = -5 ;; Threshold Voltage = TO-92 ;; Additional Information
2N5401 Cell Delay of ND2 (FO=1) = -150 ;; Cell Delay of ND2 (FO=5) = -600 ;; Power Dissipation of ND2 (FO=1) = 60~240 ;; Leakage Current of ND2 (Vdd=1.5V) = -5 ;; Threshold Voltage = TO-92 ;; Additional Information
2N5550 Cell Delay of ND2 (FO=1) = 140 ;; Cell Delay of ND2 (FO=5) = 600 ;; Power Dissipation of ND2 (FO=1) = 60~250 ;; Leakage Current of ND2 (Vdd=1.5V) = 5 ;; Threshold Voltage = TO-92 ;; Additional Information
2N5551 Cell Delay of ND2 (FO=1) = 160 ;; Cell Delay of ND2 (FO=5) = 600 ;; Power Dissipation of ND2 (FO=1) = 80~250 ;; Leakage Current of ND2 (Vdd=1.5V) = 5 ;; Threshold Voltage = TO-92 ;; Additional Information
Same catergory

GL35-04 : In-line High Current Silicon Bridge Rectifiers ( Voltage - 50 to 800 Volts Current - 15 to 35 Amperes ).

KIA78L05F : = 0.15A 3-Terminal Voltage Regulator ;; Package = SOT-89.

KIA78M05T : = 0.5A 3-Terminal Voltage Regulator ;; Package = TO-126. KIA78M Series of three-terminal positive voltage regulators employ built-in current limiting, thermal shutdown, and safe-operating area protection which makes them virtually immune to damage from output overloads. With adequate heatsinking, they can deliver in excess of 0.5A output current. Output current in excess 0.5A. No external components. Internal.

LTC1732-8.41ALinearLithiumBatteryChargerController : Linear Chargers. LTC1732-8.4 1A Linear Lithium Battery Charger Controller.

LTC3407 : Step-Down. LTC3407, 1.5MHz Dual 600mA, Synchronous Step-down Regulator.

MAX809 : 3-Pin/5-Pin. 3-pin Microprocessor Reset Monitors. MAX809 Very Low Supply Current 3-Pin Microprocessor Reset Monitors The is a cost­effective system supervisor circuit designed to monitor VCC in digital systems and provide a reset signal to the host processor when necessary. No external components are required. The reset output is driven active within 10 µsec of VCC falling through the reset voltage.

TL3845 : Current Mode PWM Controllers. Optimized for Off-Line and dc-to-dc Converters Low Start-Up Current (<1 mA) Automatic Feed-Forward Compensation Pulse-by-Pulse Current Limiting Enhanced Load-Response Characteristics Undervoltage Lockout With Hysteresis Double-Pulse Suppression High-Current Totem-Pole Output Internally Trimmed Bandgap Reference 500-kHz Operation Error Amplifier With.

TPS7225 : . Available 3.3-V, 3.0-V, and 2.5-V Fixed-Output and Adjustable Versions Dropout Voltage <85 mV Max mA (TPS7250) Low Quiescent Current, Independent of Load, 180 µA Typ 8-Pin SOIC and 8-Pin TSSOP Package Output Regulated ± 2% Over Full Operating Range for Fixed-Output Versions Extremely Low Sleep-State Current, 0.5 µA Max Power-Good (PG) Status Output.

UC3823ADW : Current Mode. ti UC3823A, High Speed PWM Controller. Improved versions of the UC3823/UC3825 PWMs Compatible with Voltage or Current-Mode Topologies Practical Operation at Switching Frequencies 1MHz 50ns Propagation Delay to Output High Current Dual Totem Pole Outputs (2A Peak) Trimmed Oscillator Discharge Current Low 100µA Startup Current Pulse-by-Pulse Current Limiting Comparator Latched Overcurrent.

MIC845 : Micro-Power Comparator/ Battery Monitor The MIC845 is a precision micro-power voltage comparator with an on-chip 2.55V reference voltage source. Intended for voltage monitoring applications, the MIC845 can be used with an external resistor divider to detect a wide range of voltages, or without external resistors to directly monitor voltages with its high.

SC2446A : Dual-Phase, Single or Dual Output Synchronous Step-Down Controller The SC2446A is a high-frequency dual synchronous stepdown switching power supply controller. It provides out-of-phase output gate signals. The SC2446A operates in synchronous continuous-conduction mode..

AAT3685 : Lithium-Ion/Polymer Battery Charger The AAT3685 BatteryManager™ is a member of AnalogicTech's Total Power Management IC™ (TPMIC™) product family. This device is a highly integrated single cell lithium-ion/polymer battery charger IC designed to operate with USB port or line adapter inputs. It requires the minimum number of external components. The AAT3685.

SMA6821MP : High Voltage 3-Phase Motor Drivers The SLA6800MP and SMA6800MP Series inverter power module (IPM) devices provides a robust, highly-integrated solution for optimally controlling 3-phase motor power inverter systems and variable speed control systems used in energy-conserving designs to drive motors of residential and commercial appliances. These ICs take.

LT3689 : 700mA Step-Down Regulator With Power-On Reset And Watchdog Timer The LT3689 is an adjustable frequency (350kHz to 2.2MHz) monolithic step-down switching regulator with a power-on reset and watchdog timer. The regulator operates from inputs up to 36V and withstands transients up to 60V. Low ripple Burst Mode operation maintains high efficiency at low output.

MAX6886 : Pin-Selectable, Hex Power-Supply Supervisory Circuit The MAX6886 pin-selectable, multivoltage supply supervisor monitors six voltage-detector inputs and one watchdog input, asserting an active-low RESET when inputs drop below the selected voltage thresholds or the watchdog timer expires. Manual reset and margin disable inputs offer additional flexibility..

 
0-C     D-L     M-R     S-Z