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Part Manufacturer Description Datasheet BUY
ISL8560MREP-TK Intersil Corporation IC,SMPS CONTROLLER,VOLTAGE-MODE,LLCC,20PIN,PLASTIC visit Intersil
ISL6341CCRZ Intersil Corporation IC,SMPS CONTROLLER,VOLTAGE-MODE,CMOS,LLCC,10PIN,PLASTIC visit Intersil
ISL6341CCRZ-T Intersil Corporation IC,SMPS CONTROLLER,VOLTAGE-MODE,CMOS,LLCC,10PIN,PLASTIC visit Intersil
LM2852YMXAX-1.3 Texas Instruments IC,SMPS CONTROLLER,VOLTAGE-MODE,TSSOP,14PIN,PLASTIC visit Texas Instruments
5962-9558601M2X Texas Instruments IC,SMPS CONTROLLER,CURRENT/VOLTAGE,BIPOLAR,LLCC,20PIN,CERAMIC visit Texas Instruments
UC2526L Texas Instruments IC,SMPS CONTROLLER,VOLTAGE-MODE,BIPOLAR,LLCC,20PIN,CERAMIC visit Texas Instruments

5v to 12v supply voltage smps

Catalog Datasheet MFG & Type PDF Document Tags

12v DC SMPS

Abstract: 12V 2A SMPS circuit diagram (5V/12V) SMPS when high. Selects the main output voltage setting; 5V when low. Detects presence of a , to 20V DC Input Range 4 Dual Regulated Outputs Main Output: 3.3V/5V Auxiliary Output: 5V/12V 4 87 , 7 1 7 -M A X 7 2 1 ABSOLUTE MAXIMUM RATINGS Supply Voltage (V+ to GND , CURRENT vs. BATTERY V0LTA6E, MAIN SMPS IN 5V MODE BATTERY QUIESCENT CURRBiT vs. BATTERY VOLTAGE, MAIN SMPS IN 3.3V MODE, AUX SMPS IN 5V MODE 1000 BATTERY QUIESCENT CURRENT vs. BATTERY VOLTAGE, MAIN
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OCR Scan

12V 2A SMPS circuit diagram

Abstract: American Zettler AZ845-12 output for flash memory or PCMCIA (5V or 12V, selectable). Each device accepts up to three input voltages , to 20V DC Input Range ♦ Dual Regulated Outputs Main Output: 3.3V/5V Auxiliary Output: 5V/12V ♦ , Power-Supply Regulators * Hi S ABSOLUTE MAXIMUM RATINGS Supply Voltage (V+ to GND) .+7V , 200mA DC-SOURCE SWTTCHOVBI - MAM SMPS TO LMEAR B = OUTPUT VOLTAGE, 50mV/div VBATT = 2.5V HORIZONTAL = , overridden. 2 2 2 120N 12V SMPS On/Off Control Input enables the auxiliary (5V/12V) SMPS when high. 3 3 3
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OCR Scan

SMPS CIRCUIT DIAGRAM 12v 5v

Abstract: smps 12v VOLTAGE 35 30 25 20 15 600 5V MAIN SMPS 500 400 300 12V AUXILIARY SMPS 200 10 , INPUT VOLTAGE (V) INPUT VOLTAGE (V) START-UP WAVEFORMS (5V MAIN SMPS) START-UP WAVEFORMS (12V , Current o 3.0V to 5.5V Input Range o 85% Main 5V SMPS Efficiency o Independent Soft-Start for Each , 1200 12V AUXILIARY SMPS ONA = HIGH SHDN = HIGH 1000 800 600 5V MAIN SMPS ONA = LOW SHDN = , ) QUIESCENT INPUT CURRENT vs. INPUT VOLTAGE (12V AUXILIARY SMPS) QUIESCENT INPUT CURRENT vs. INPUT
Maxim Integrated Products
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smps

Abstract: Auxiliary SMPS. Swings 0V to FB5. Feedback Input for 5V Main SMPS. FB5 also serves as the supply voltage , main 5V supply. Small ceram ic fil te r c a p a c ito rs , to g e th e r w ith the s o ft-s ta rt fu n , Current 0.5mA Quiescent Current 3.0V to 5.5V Input Range 85% Main 5V SMPS Efficiency Independent , 5.5V, VA = 12.5V FB5 = 5V, Vin = 3V, SHDN = 0V, internal V in to FB5 disch a rg e switch VA = 12V, V in , auxiliary SMPS: 1) V in = 5V. VA = 7V SRA = 0.520 x tO FF / tO N 2) V in = 3V, VA = 1 1V SRA = 2.867 x t O F
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OCR Scan

24V 10A SMPS

Abstract: B030A Notebook Computers SMPS to LDO Bootstrap Switchover When the 5V main output voltage is above the LDO5 , Supply (LDO5 and VCC) The A switch-mode power supplies (SMPS) require a 5V bias supply in addition to , typically used with a secondary winding to provide a 12V supply. o Fixed-Frequency, Current-Mode Control , . ELECTRICAL CHARACTERISTICS (Circuit of Figure 1, VIN = 12V, both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = , VIN = 6V to 26V, SKIP = VCC (Note 2) 3.280 3.33 3.380 V 5V Output Voltage in Fixed Mode
Maxim Integrated Products
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Abstract: Notebook Computers SMPS to LDO Bootstrap Switchover When the 5V main output voltage is above the LDO5 , Supply (LDO5 and VCC) The A switch-mode power supplies (SMPS) require a 5V bias supply in addition to , secondary winding to provide a 12V supply. o Fixed-Frequency, Current-Mode Control SHDN The , . ELECTRICAL CHARACTERISTICS (Circuit of Figure 1, VIN = 12V, both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = , VOUT3 VIN = 6V to 26V, SKIP = VCC (Note 2) 3.280 3.33 3.380 V 5V Output Voltage in Maxim Integrated Products
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4TPB220ML

Abstract: MAX1533 Notebook Computers SMPS to LDO Bootstrap Switchover When the 5V main output voltage is above the LDO5 , Supply (LDO5 and VCC) The A switch-mode power supplies (SMPS) require a 5V bias supply in addition to , regulator is typically used with a secondary winding to provide a 12V supply. Features 32 31 30 , . ELECTRICAL CHARACTERISTICS (Circuit of Figure 1, VIN = 12V, both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = , VIN = 6V to 26V, SKIP = VCC (Note 2) 3.280 3.33 3.380 V 5V Output Voltage in Fixed Mode
Maxim Integrated Products
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B030A

Abstract: 2V. Connect ADJA to GND for nominal 12V output using internal feedback. 5V SMPS Enable Input. The 5V , /MAX1537A SMPS to LDO Bootstrap Switchover When the 5V main output voltage is above the LDO5 , increases to 200mA when the LDO_ outputs are switched over. SMPS 5V Bias Supply (LDO5 and VCC) The A switch-mode power supplies (SMPS) require a 5V bias supply in addition to the high-power input supply (battery , internal 150mA linear regulator is typically used with a secondary winding to provide a 12V supply. The
Maxim Integrated Products
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SMPS CIRCUIT DIAGRAM 12v 5v

Abstract: 6 pin smps 20v secondary side 2 V5 I +5V output voltage of SMPS secondary side 3 V12 I +12V output voltage of SMPS secondary side 4 VCC I Supply voltage. +5Vsb(+5V Standby Supply) is , V5 : 5V to 3.5V 4.1 4.3 4.5 V V12 Under Voltage Level Vuv12 V12 : 12V to 9V , Components Low Voltage Operation (Vcc_min=4.5V) Over Voltage Protection for 3.3V/5V/12V Output Two , , all outputs (+3.3V, +5V, +12V) are grounded. When PSON is changed to "Low", it produces FPO "Low"
Fairchild Semiconductor
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smps 12v

Abstract: 6TPE100MAZB Connection for the 5V SMPS. Connect LX5 to the switched side of the inductor. LX5 serves as the lower supply , Linear-Regulator Driver (12V or Adjustable Down to 1V) Dual ModeTM Feedback-3.3V/5V Fixed or Adjustable Output , driver with an external pnp transistor can be used with a secondary winding to provide a 12V supply, or , 5.5 V LDO5 switched over to CSL5, either SMPS on 20 36 µA VIN Standby Supply , 5V Output Voltage in Fixed Mode VOUT5 VIN = 6V to 26V, SKIP = FB5 = LDO5, 0 < VCSH5 - VCSL5
Maxim Integrated Products
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Abstract: ABSOLUTE MAXIMUM RATINGS Supply Voltage (V+ to GND) . +7V, -0.3V , QUIESCBfT CURRBIT vs. BATTERY VOLTAGE, MAIN SMPS Nl 3.3V MODE, AUX SMPS IN 12V MODE BATTERY QUESCENT CURRENT vs. BATTERY VOLTAGE, MAIN SMPS IN 3.3V MODE, AUX SMPS IN 5V MODE BATTERY QUIESCENT CURRENT vs. BATTERY VOLTAGE, MAIN SMPS IN 5V MODE 4 BATTERY VOLTAGE (V) 1000 \ \ -20*C \ +85 C , SMPS START-UP DELAY TIME A = BATTERY VOLTAGE, 0V TO 2.5V B = OUTPUT VOLTAGE, 2V/div Iload = -
OCR Scan

MAX8744ETJ

Abstract: smps5 supplies (SMPS) require a 5V bias supply in addition to the highpower input supply (battery or AC adapter). , be used with a secondary winding to provide a 12V supply, or powered directly from the main outputs , Consumption PQ 3.5 4.5 mW MAIN SMPS CONTROLLERS 3.3V Output Voltage in Fixed Mode 5V Output , PQ 4.5 mW MAIN SMPS CONTROLLERS 3.3V Output Voltage in Fixed Mode 5V Output Voltage in Fixed , LDO5 POWER-UP MAX8744 toc15 5.0 12.2 12V 5V A 4.9 OUTPUT VOLTAGE (V) OUTPUT VOLTAGE (V
Maxim Integrated Products
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MAX8744ETJ smps5 MAX8744/MAX8745 T3255-5 T3255N-1 T4055-1 MO220 T2855-3

smps 12v

Abstract: 6TPE100MAZB Connection for the 5V SMPS. Connect LX5 to the switched side of the inductor. LX5 serves as the lower supply , Linear-Regulator Driver (12V or Adjustable Down to 1V) Dual ModeTM Feedback-3.3V/5V Fixed or Adjustable Output , driver with an external pnp transistor can be used with a secondary winding to provide a 12V supply, or , 5.5 V LDO5 switched over to CSL5, either SMPS on 20 36 µA VIN Standby Supply , 5V Output Voltage in Fixed Mode VOUT5 VIN = 6V to 26V, SKIP = FB5 = LDO5, 0 < VCSH5 - VCSL5
Maxim Integrated Products
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MAX8744A smps 12v 6TPE100MAZB NH5 Diode 24v 5a smps computer smps circuit SMPS MAX8744AETJ T3255-4 MAX8745AETJ MAX8744A/MAX8745A

6TPE100MAZB

Abstract: Maxim MAX8744 the 5V SMPS. Connect LX5 to the switched side of the inductor. LX5 serves as the lower supply rail , Linear-Regulator Driver (12V or Adjustable Down to 1V) Dual ModeTM Feedback-3.3V/5V Fixed or Adjustable Output , with a secondary winding to provide a 12V supply, or powered directly from the main outputs to , 5.5 V LDO5 switched over to CSL5, either SMPS on 20 36 µA VIN Standby Supply , 5V Output Voltage in Fixed Mode VOUT5 VIN = 6V to 26V, SKIP = FB5 = LDO5, 0 < VCSH5 - VCSL5
Maxim Integrated Products
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Maxim MAX8744 MAXIM 8744 4TPE150MAZB MAX8744ETJ T FDS6612A IRF7807V MAX8745ETJ

Maxim MAX8744

Abstract: smps inductor ferrite the 5V SMPS. Connect LX5 to the switched side of the inductor. LX5 serves as the lower supply rail , driver with an external pnp transistor may be used with a secondary winding to provide a 12V supply, or , 5.5 V LDO5 switched over to CSL5, either SMPS on 20 36 µA VIN Standby Supply , 5V Output Voltage in Fixed Mode VOUT5 VIN = 6V to 26V, SKIP = FB5 = LDO5, 0 < VCSH5 - VCSL5 , VIN Operating Supply Current I IN V LDO5 switched over to CSL5, either SMPS on 40 A
Maxim Integrated Products
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MAX8745 smps inductor ferrite NH5 fast Diode MAX8744E MAX8745ETJ T
Abstract: Connection for the 5V SMPS. Connect LX5 to the switched side of the inductor. LX5 serves as the lower supply , . SMPS to LDO Bootstrap Switchover When the 5V main output voltage is above the LDO5 , Internal 5V, 100mA Linear Regulator Auxiliary Linear-Regulator Driver (12V or Adjustable Down to 1V , driver with an external pnp transistor can be used with a secondary winding to provide a 12V supply, or , 5.5 V LDO5 switched over to CSL5, either SMPS on 20 36 µA VIN Standby Supply Maxim Integrated Products
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MAX8745A

SMPS CIRCUIT DIAGRAM for computers

Abstract: SMPS, Computers, CIRCUIT DIAGRAM supply developed off the 5V SMPS inductor delivers the input voltage to the onboard 12V linear regulator , Voltage in Fixed Mode V+ = 6V to 30V, 0mV < CSH3-CSL3 < 80mV, FB3 = 0V 5V Output Voltage in Adjustable V+ = 6V to 30V, CSH5-CSL5 = 0V, Mode CSL5 tied to FB5 5V Output Voltage in Fixed Mode V+ = 6V to 30V , VDD = 5V , Standby mode 12V LINEAR REGULATOR 12OUT Output Voltage 12OUT Current Limit 0mA , 2.55 10 Falling edge 1.8 µA 2.2 VL switched over to CSL5, 5V SMPS on 10 V+ = 6V to
Semtech
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SMPS CIRCUIT DIAGRAM for computers SMPS, Computers, CIRCUIT DIAGRAM SMPS circuit for charging 6v battery DH311 ir7413 12V 15A SMPS low cost SC1402 MAX1632 SSOP-28 MO-150AH ECN00-1004

NH5 Diode

Abstract: switch-mode power supplies (SMPS) require a 5V bias supply in addition to the highpower input supply (battery , VGS = 5V. SMPS to LDO Bootstrap Switchover When the 5V main output voltage is above the LDO5 , be used with a secondary winding to provide a 12V supply, or powered directly from the main outputs , Consumption PQ 3.5 4.5 mW MAIN SMPS CONTROLLERS 3.3V Output Voltage in Fixed Mode 5V Output , 4.5 mW MAIN SMPS CONTROLLERS 3.3V Output Voltage in Fixed Mode 5V Output Voltage in Fixed Mode
Maxim Integrated Products
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20V 3A SMPS circuit diagram

Abstract: 6V battery SMPS circuit diagram supplying 120mA. The input voltage to the 12OUT regulator is generated by a secondary winding on the 5V SMPS , SMPS inductor delivers the input voltage to the onboard 12V linear regulator. Design Guidelines The , CONDITIONS MAIN SMPS CONTROLLERS Input Voltage Range 3V Output Voltage in V+ = 6V to 30V, CSH3-CSL3 = 0V , = 0V 5V Output Voltage in Adjustable V+ = 6V to 30V, CSH5-CSL5 = 0V, Mode CSL5 tied to FB5 5V Output , switched over to CSL5, 5V SMPS on V+ = 6V to 30V, SMPS off, includes current into SHDN V+ = 6V to 30V, SHDN
Semtech
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20V 3A SMPS circuit diagram 6V battery SMPS circuit diagram SC1042 12v 1a smps circuit diagram smps 5v Power Supply Schematic Diagram SCHEMATIC DIAGRAM SMPS 12v 2A

MAX17003

Abstract: regulating the lowpower 12V system supply. SMPS to LDO Bootstrap Switchover When the 5V main output , switch-mode power supplies (SMPS) require a 5V bias supply in addition to the highpower input supply (battery , be used with a secondary winding to provide a 12V supply, or powered directly from the main outputs , Driver (12V or Adjustable Down to 1V) Dual ModeTM Feedback-3.3V/5V Fixed or Adjustable Output Voltages , Consumption PQ 3.5 4.5 mW MAIN SMPS CONTROLLERS 3.3V Output Voltage in Fixed Mode 5V Output
Maxim Integrated Products
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MAX17003 MAX17003/MAX17004
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