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Part Manufacturer Description Datasheet BUY
LM3280TLEV Texas Instruments Adjustable Step-Down DC-DC Converter and 3 LDOs for RF Power Management visit Texas Instruments
TPS65320QPWPQ1 Texas Instruments 40V Step-Down Converter with EcoMode and LDO Regulator 14-HTSSOP -40 to 150 visit Texas Instruments
ISL9307IRTAANFZ-T7A Intersil Corporation 3MHz Dual 1500mA Step-Down Converters and Dual Low-Input LDOs; TQFN16; Temp Range: -40° to 85°C visit Intersil Buy
ISL9305IRTBFNCZ-T Intersil Corporation 3MHz Dual Step-Down Converters and Dual Low-Input LDOs with I<sup>2</sup>C Compatible Interface; TQFN16; Temp Range: -40° to 85°C visit Intersil Buy
ISL9305IRTWCLBZ-T Intersil Corporation 3MHz Dual Step-Down Converters and Dual Low-Input LDOs with I<sup>2</sup>C Compatible Interface; TQFN16; Temp Range: -40° to 85°C visit Intersil Buy
ISL9305IRTAANLZ-T Intersil Corporation 3MHz Dual Step-Down Converters and Dual Low-Input LDOs with I<sup>2</sup>C Compatible Interface; TQFN16; Temp Range: -40° to 85°C visit Intersil Buy

step up DC DC converter out 9V

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: RTRIM UP / R TRIM SENSE + Load OUT RTN 8 +VOUT 7 _ Figure D: Typical connection for output , guidelines. IN RTN CASE They are -ES 8-09S-Y MQHL-2 out@5.5A 28Vin 9V ENA 1 designed , -SNS 9 + Load OUT RTN 8 +VOUT 7 Doc.# 005-0005445 Rev. C 01/17/12 _ Page 2 , Figure 17: SYNC OUT vs. time, driving SYNCâ'IN of a second SynQor MQHL converter. Ch1: SYNC OUT: (1V , Section BASIC OPERATION AND FEATURES CONTROL FEATURES The MQHL DC/DC converter uses a two-stage Synqor
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MQHL-28-09S NAVSO-P3641-A MIL-HDBK-1547A P-3641A MIL-STD-810F RTCA/D0-160E
Abstract: MQHL MQHL 5 SYNC OUT 6 SYNC IN RTRIM UP / R TRIM SENSE + Load OUT RTN 8 +VOUT 7 _ , conservative component derating guidelines. They are -ES 8-09S-Y MQHL-2 out@5.5A 28Vin 9V ENA 1 , -SNS 9 + Load OUT RTN 8 +VOUT 7 Doc.# 005-0005445 Rev. B 07/08/11 _ Page 2 , SYNCâ'IN of a second SynQor MQHL converter. Ch1: SYNC OUT: (1V/div). Product # MQHL-28-09S Phone , DC/DC converter uses a two-stage power conversion topology. The first, or regulation, stage is a Synqor
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MIL-STD-883F
Abstract: MQHL MQHL 5 SYNC OUT 6 SYNC IN RTRIM UP / R TRIM SENSE OUT RTN 8 +VOUT 7 + Load _ , . -09S-Y-ES +VIN IN RTN They are MQHL-28 out@5.5A 28Vin 9V CASE ENA 1 designed and , + SENSE SYNC OUT 9 FEEDBACK 6 â' SENSE SYNC IN TYPICALâ'CONNECTION DIAGRAM 1 , www.SynQor.com +SNS 10 -SNS 9 OUT RTN 8 +VOUT 7 Doc.# 005-0005445 Rev. D + Load 08/14/13 _ , , driving SYNCâ'IN of a second SynQor MQHL converter. Ch1: SYNC OUT: (1V/div). Product# MQHL Synqor
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AS9100
Abstract: -28 A out@2.75 28Vin 9V CASE ENA 1 designed and manufactured to comply with a wide range of , CONTROL MAGNETIC TRIM 1 0 + SENSE SYNC OUT 9 FEEDBACK 6 â' SENSE SYNC IN , + ENA 1 N/C 12 TRIM 11 +VIN 5 SYNC OUT 6 MQHR SYNC IN Phone 1-888-567-9596 www.SynQor.com +SNS 10 -SNS 9 OUT RTN 8 +VOUT 7 Doc.# 005-0005906 Rev. 2 + , Application Section CONTROL FEATURES The MQHR DC/DC converter uses a two-stage power conversion topology Synqor
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MQHR-28-09S MQHR-28
Abstract: TRIM DOWN +SNS 10 -SNS 9 MQHL MQHR 5 SYNC OUT 6 SYNC IN RTRIM UP / R TRIM SENSE + , military standards. A out@2.75 28Vin 9V TRIM +SNS -SNS OUT RTN +VOUT SYNC IN , SECONDARY CONTROL TRIM 1 0 + SENSE SYNC OUT 9 FEEDBACK 6 â' SENSE SYNC IN , + ENA 1 N/C 12 TRIM 11 +VIN 5 SYNC OUT 6 MQHR SYNC IN Phone 1-888-567-9596 www.synqor.com +SNS 10 -SNS 9 + Load OUT RTN 8 +VOUT 7 Doc.# 005-0005906 Rev Synqor
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Abstract: devices. + DC Power Source +Vin + +Out DC / DC Converter Load Cin - -Vin -Out , 4.7μF capacitors at the output. + +Vin - +Out Single Output DC / DC Converter DC Power , Battery +Vin Lin DC / DC Converter Current Probe Cin +Out -Vin Load -Out , between 50 mm and 75 mm from the DC/DC Converter. +Vin +Out Copper Strip Single Output DC / DC Converter -Vin Cout -Out Copper Strip +Vin Scope Dual Output DC / DC Converter Resistive MINMAX
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MKWI40 MKWI40-24S033
Abstract: ¼F for the 24V and 48V devices. + DC Power Source +Vin + +Out DC / DC Converter Load , DC / DC Converter DC Power Source -Vin + Cout +Vin DC Power Source Load -Out , +Vin Lin DC / DC Converter Current Probe Cin +Out -Vin Load -Out , between 50 mm and 75 mm from the DC/DC Converter. +Vin +Out -Vin +Vin -Out Scope Copper Strip Com. Copper Strip -Vin Cout +Out Dual Output DC / DC Converter Copper Strip MINMAX
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MKW40 MKW40-12S033 MKW40-12S05 MKW40-12S12
Abstract: -28-09S Output: 9V Current: 2.2A Application Section CONTROL FEATURES The MQBL DC/DC converter uses a , TRIM 1 0 + SENSE SYNC OUT 9 FEEDBACK 6 â' SENSE SYNC IN , + +VIN ENA 1 5 SYNC OUT 6 SYNC IN Phone 1-888-567-9596 N/C MQBL www.SynQor.com 12 TRIM 11 +SNS 10 -SNS 9 OUT RTN 8 Load + +VOUT 7 Doc.# 005-0006531 Rev. 1 , OUT vs. time, driving SYNCâ'IN of a second SynQor MQBL converter. Ch1: SYNC OUT: (1V/div). Synqor
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MQBL-28-09S L-28-0

hall effect sensor tachometer and display driver

Abstract: MKS2 220NF Terminals are Power in, V(PSU) = +9V to +24V dc (+26V Abs. Max.) at , Output Voltage Ripple. Step 3 ~ Connect-up (continued) +DET C8 +PSU Power Supply Unit +9V , S TEN Industrial Building Block AXIS TEN PRODUCTS Frequency to Voltage Converter ~ ATP2 , Frequency-to-Voltage converter and Tachometer. It finds applications in many industries ranging from Automobile R&D to , up to 70kHz, and needs just two capacitors selecting or inserting to make it work. (Continued over
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hall effect sensor tachometer and display driver MKS2 220NF step up DC DC converter out 9V LM2907 LM2907N
Abstract: devices. + DC Power Source +Vin + +Out DC / DC Converter Load Cin - -Vin -Out , Converter -Vin + Cout Load -Out +Vin DC Power Source - +Out Dual Output DC / DC , Battery +Vin Lin DC / DC Converter Current Probe Cin +Out -Vin Load -Out , between 50 mm and 75 mm from the DC/DC Converter. +Vin +Out Copper Strip Single Output DC / DC Converter -Vin Cout -Out Copper Strip +Vin Scope Dual Output DC / DC Converter Resistive MINMAX
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MJWI20 EN55022
Abstract: 10μF for the 24V and 48V devices. + DC Power Source +Vin + +Out DC / DC Converter , +Out Single Output DC / DC Converter -Vin + Cout Load -Out +Vin DC Power , is 0-500 KHz. To Oscilloscope + + Battery +Vin Lin Current Probe Cin +Out DC / DC Converter -Vin Load -Out Peak-to-Peak Output Noise Measurement Test Use a 1μF ceramic , +Out Single Output DC / DC Converter -Vin Cout -Out +Vin Copper Strip Copper Strip MINMAX
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MJWI25

MV 3581

Abstract: '"6    | V | + 9mV  RFB =  OUT ; Inverting Converter  83.3 â'¢ 10 â'"6 ï , Given Are Typical Values for a 700kHz, Wide Input Range (3V to 16V) SEPIC Converter with 5V Out Step , '" RIPPLE  â'¢ (1 â'" DC)  2  Step 6: D1 VR > VIN + VOUT ; IAVG > IOUT Step 7: C1 , 0.5V VIN + VOUT + 0.5V â'" 0.3V Step 9: CIN COUT ≥ IOUT â'¢ DC fOSC â'¢ 0.005 â'¢ VOUT , LT3581 3.3A Boost/Inverting DC/DC Converter with Fault Protection Features n n n n
Linear Technology
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MV 3581 LT3471 DFN-10 LT3479 LT3477 TSSOP-20E LT1946/LT1946A

MV 3581

Abstract: IHLP-2525CZ-01-8R2 Range (3V to 16V) SEPIC Converter with 5V Out Step 4: IRIPPLE IRIPPLE = ( VIN ­ 0.3V ) · DC , V RFB = OUT ; Boost or SEPIC Converter 83.3 · 10 ­6 | V | + 9mV RFB = OUT , I IOUT = 3.3A ­ RIPPLE · (1 ­ DC) 2 Step 6: D1 VR > VIN + VOUT ; IAVG > IOUT , below. Step 9: CIN COUT IOUT · DC fOSC · 0.005 · VOUT CIN C VIN + CPWR 3.3A · DC , LT3581 3.3A Boost/Inverting DC/DC Converter with Fault Protection Features n n n n
Linear Technology
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IHLP-2525CZ-01-8R2 MSD7342-332MLB A3581 how a three phase vfd works DE14 LT3581EMSE LT3580 LT1935 LT1310 LT3436 TSSOP-16E

LT3579FE

Abstract: isolated sepic converter VIN CIN = IRIPPLE 6 A · DC + 8 · fOSC · 0.005 · VIN 40 · fOSC · 0.005 · VIN Step 9: RFB , I IOUT = 6 A ­ RIPPLE · (1 ­ DC) 2 Step 6: D1 VR > VIN +| VOUT | ; IAVG > IOUT Step 7 , · | VOUT | CIN = CPWR + C VIN Step 9: CIN CIN = IRIPPLE 6 A · DC + 8 · fOSC · 0.005 · , Current IRIPPLE = Inductor Ripple Current ( VIN ­ 0.27V ) · DC Step 11: RT RT = | VOUT | + , LT3579/LT3579-1 6A Boost/Inverting DC/DC Converter with Fault Protection FEATURES DESCRIPTION
Linear Technology
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LT3579 LT3579FE isolated sepic converter 12AD1 8K DFN8 1.8V automotive ecu circuit MASTER SWITCH LT3579-1 MBRM360 DRQ125-6R8-R DFN-14 MSOP-16E

MV 3581

Abstract: £¸  83.3 â'¢ 10 â'"6   | V | + 9mV  RFB =  OUT ; Inverting Converter   83.3 â , '¢ (1 â'" DC) ( V â'" 0.3V ) â'¢ DC = IN LMIN = Step 3: L1 Figure 5. Boost Converter â'" The , capacitor where COUT = COUT1 + COUT2. Step 8: CIN CIN ≥ C VIN + CPWR ≥ 3.3A â'¢ DC IRIPPLE + , Are Typical Values for a 700kHz, Wide Input Range (3V to 16V) SEPIC Converter with 5V Out Step 4 ,  â'¢ (1 â'" DC)  2  Step 6: D1 VR > VIN + VOUT ; IAVG > IOUT Step 7: C1 C1
Linear Technology
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Abstract: Step 2: DC GATE DC ≠VIN + VOUT + 0.5V VOUT + 0.5V â'" 0.27V ( VIN â'" 0.27V ) â'¢ DC , â'" RIPPLE  â'¢ (1 â'" DC)  2  Step 6: D1 VR > VIN + VOUT ; IAVG > IOUT Step 7 , ‰ Step 2: DC L TYP = | VOUT | + 0.5V VIN + | VOUT | +0.5V â'" 0.27V ( VIN â'" 0.27V ) â'¢ DC , '" RIPPLE  â'¢ (1 â'" DC)  2  Step 6: D1 VR > VIN +| VOUT | ; IAVG > IOUT Step 7: C1 , '¢ | VOUT | CIN =CPWR +C VIN Step 9: CIN CIN = IRIPPLE 6A â'¢ DC + 8 â'¢ fOSC â'¢ 0.005 â'¢ VIN Linear Technology
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Abstract: : Inputs Step 2: DC Pick VIN, VOUT, and fOSC to calculate equations below. DC | VOUT | + 0.5V VIN + , · 0.005 · | VOUT | CIN = CPWR + C VIN Step 9: CIN CIN = IRIPPLE 6A · DC + 8 · fOSC · 0.005 , Multiphase Converter | V | + 9mV ; Inverting Multiphase RFB = OUT 2 · 83.3µA Converter Note that the , LT3579/LT3579-1 6A Boost/Inverting DC/DC Converter with Fault Protection Features n n n n n n n Description The LT®3579 is a PWM DC/DC converter with built-in fault protection features to aid in protecting Linear Technology
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Abstract: ‰ Step 2: DC COUT 10µF ×3 FB GATE L TYP = VC GND VIN + VOUT + 0.5V VOUT + 0.5V â , SYNC RT 72k DC ≠Step 2: DC L TYP = | VOUT | + 0.5V VIN + | VOUT | +0.5V â'" 0.27V , '" RIPPLE  â'¢ (1 â'" DC)  2  Step 6: D1 VR > VIN +| VOUT | ; IAVG > IOUT Step 7: C1 , '¢ | VOUT | CIN =CPWR +C VIN Step 9: CIN CIN = IRIPPLE 6A â'¢ DC + 8 â'¢ fOSC â'¢ 0.005 â'¢ VIN , LT3579/LT3579-1 6A Boost/Inverting DC/DC Converter with Fault Protection FEATURES n n Linear Technology
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MV 3581

Abstract: R/Detector/"Detector IC"/"CD"/MV 3581 to 16V) SEPIC Converter with 5V Out Step 4: IRIPPLE IRIPPLE = ( VIN â'" 0.3V ) â'¢ DC , £·   | V | + 9mV  ;Inverting Converter RFB =  OUT  83.3â'¢10 â'"6  ï , '¢ fOSC â'¢ (1â'" DC) ( V â'" 0.3V ) â'¢ DC = IN LMIN = Step 3: L1 Figure 5. Boost Converter â , where COUT = COUT1 + COUT2. CIN ≥ C VIN +CPWR ≥ Step 8: CIN IRIPPLE 3.3A â'¢ DC + 45 â , '¢ DC fOSC â'¢0.005â'¢ VOUT CIN ≥ C VIN +CPWR ≥ Step 9: CIN IRIPPLE 3.3A â'¢ DC + 45 â
Linear Technology
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R/Detector/"Detector IC"/"CD"/MV 3581
Abstract: devices. + DC Power Source +Vin + +Out DC / DC Converter Load Cin - -Vin -Out , +Out DC / DC Converter -Vin Load -Out Peak-to-Peak Output Noise Measurement Test Use a , Converter. +Vin +Out Copper Strip Single Output DC / DC Converter -Vin Cout -Out , 4.7µF capacitors at the output. + +Vin DC Power Source - +Out Single Output DC / DC , ® MJW25 SERIES DC/DC CONVERTER 25W, Highest Power Density FEATURES âºHighest Power MINMAX
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1500VDC MJW25-12S033
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