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Part Manufacturer Description PDF & SAMPLES
TPS65101PWP Texas Instruments 4-CH LCD Bias w/ Fully Int. Pos. Charge Pump, 3.3V LDO Controller, 1.6A Min. Boost Ilim & VCOM 24-HTSSOP -40 to 85
TPS65141PWP Texas Instruments 4-CH LCD Bias w/ Fully Int. Pos. Charge Pump, 3.3V LDO Controller & 1.6A Min. Boost Ilim 24-HTSSOP -40 to 85
TPS65101PWPR Texas Instruments 4-CH LCD Bias w/ Fully Int. Pos. Charge Pump, 3.3V LDO Controller, 1.6A Min. Boost Ilim & VCOM 24-HTSSOP -40 to 85
TPS65141PWPR Texas Instruments 4-CH LCD Bias w/ Fully Int. Pos. Charge Pump, 3.3V LDO Controller & 1.6A Min. Boost Ilim 24-HTSSOP -40 to 85
TPS65101RGER Texas Instruments 4-CH LCD Bias w/ Fully Int. Pos. Charge Pump, 3.3V LDO Controller, 1.6A Min. Boost Ilim & VCOM 24-VQFN -40 to 85
TPS65167ARHAR Texas Instruments 4-CH LCD Bias w/ Fully Int. Positive Charge Pump, LDO Controller, HVS (VDD / VGH) & Temp. Sensor 40-VQFN -40 to 85

"bias control" ldo

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: ) regulator that features a LOWQTM LDO standby mode that draws only 18uA of quiescent current. The MIC2206 , switching losses. In this light load LOWQTM mode, the LDO maintains an output voltage of 1V and draws only 18uA of quiescent current. The LDO mode of operation saves battery life while not introducing , www.micrel.com. · 2.7 to 5.5V supply voltage · Light load LOWQTM LDO mode 18uA quiescent current Low noise , Typical Application MIC2206 VIN VIN Li Ion Battery SW EN CIN 4.7uF LDO Micrel Semiconductor
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GRM188R61A225KE34 MURATA TAG LQH32CN2R2M53K MLF10L M9999-041905
Abstract: ) regulator that features a LOWQTM LDO standby mode that draws only 18uA of quiescent current. The MIC2206 , switching losses. In this light load LOWQTM mode, the LDO maintains an output voltage of 1V and draws only 18uA of quiescent current. The LDO mode of operation saves battery life while not introducing , www.micrel.com. · 2.7 to 5.5V supply voltage · Light load LOWQTM LDO mode 18uA quiescent current Low noise , Typical Application MIC2206 VIN VIN Li Ion Battery SW EN CIN 4.7uF LDO Micrel Semiconductor
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MuRata capacitors 1uF 0201 M9999-102105
Abstract: Integrated DC-DC Converter and Low-Noise LDO Check for Samples: TPS54122 FEATURES DESCRIPTION â , rejection (PSR), low-noise, low-dropout regulator (LDO) to provide an ultralow-noise power supply that , used in a wide range of low-noise applications because the dc-dc converter and LDO are completely , , unless otherwise noted. TPS54122 PARAMETER TEST CONDITIONS MIN TYP MAX UNIT LDO V(OUT) + VDO V(LDOIN) LDO input voltage range V(BIAS) LDO bias input voltage range 2.375 Texas Instruments
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SBVS221 QFN-24 ISO/TS16949
Abstract: , Including Temperature Control and Recharge Detection 3.3-V, 20-mA, LDO for USB Enumeration 2 , Programmable High-PSRR LDOs FB3 · Programmable 1.8-/3.0-V SIM Supply 1 Fixed 3.3-V LDO Backup , TPS65800 also integrates a boost-type LED driver, 6 LDO regulators (5 programmable and one fixed), one programmable SIM interface LDO, and an integrated backup block for a battery/rechargeable capacitor. PRODUCT , 5­25 Current driven 25 10 256 80 SIM 5 General purpose LDO 1.8 or 3.0 1.8 Texas Instruments
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charge controller diagram QFN-56 SLVS606 LDO35 LDO02
Abstract: which are enabled by a digital two bit logic signal. The three LDO outputs are used for band select in , time of this document revision). mA LDO Output Current Caution! ESD sensitive device , D1 VREFC VSET D2 VANA D3 D4 VCTRL_IN VCTRL_OUT LDO Select Truth Table LDO , LDO output. Enabled when VEN0 is high and VEN1 is low. A 1 nF capacitive load may be needed. Feedback , the package. Supply used for the final output stage. 2.85 V LDO output. Enabled when VEN0 is low and RF Micro Devices
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RF6280 RD6280 DS090304 IPC-7351
Abstract: . The three LDO outputs are used for band select in tri-band W-CDMA handsets. Ordering Information , LDO Output Current Caution! ESD sensitive device. Exceeding any one or a combination of the , D1 VREFC VSET D2 VANA D3 D4 VCTRL_IN VCTRL_OUT LDO Select Truth Table LDO , LDO output. Enabled when VEN0 is high and VEN1 is low. A 1 nF capacitive load may be needed. Feedback , the package. Supply used for the final output stage. 2.85 V LDO output. Enabled when VEN0 is low and RF Micro Devices
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Abstract: system gain. Finally, an LDO delivers a stable voltage, usable for external biasing purposes. http , 2 3 14 Common Enable 13 Negative Regulator 12 Out 11 Vboost 10 INV 9 8 NINV LDO DCS-1800 4 PA , 4.5MHz gain­bandwidth product operational amplifier Drives N or P­channel MOSFET 2.5V low­noise LDO Idle , Shutdown 2.5 V Low Dropout 2.5 V Vbat Vboost Vbat (5.5 V Max) 11 7 Shutdown LDO Output Common Enable TX , 1.8GHz section When pin 1 is at zero and pin 2 goes high, the LDO voltage appears on this pin (pin 14 is ON Semiconductor
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MC33170 900MH 1800MH GSM-900 MTSF3N02HD MRFIC1859
Abstract: by a digital two bit logic signal. The three LDO outputs are used for band select in tri-band W-CDMA , Temperature (TSTORE) Electrostatic Protection (VHBM) Maximum Junction Temperature Converter Output Current LDO , for the final output stage. 2.85V LDO output. Enabled when VEN0 is high and VEN1 is low. A 1nF , connect. This pin is removed from the package. Supply used for the final output stage. 2.85V LDO output , circuits. Isolate from PGND to help reduce noise. LDO enable input, refer to truth table for band select RF Micro Devices
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SMPS 1000 SI 24V DS080811
Abstract: system gain. Finally, an LDO delivers a stable voltage, usable for external biasing purposes. http , 2 3 14 Common Enable 13 Negative Regulator 12 Out 11 Vboost 10 INV 9 8 NINV LDO DCS­1800 4 PA , 4.5MHz gain­bandwidth product operational amplifier Drives N or P­channel MOSFET 2.5V low­noise LDO Idle , Vbat (5.5 V Max) 9 Shutdown 2.5 V Low Dropout 2.5 V Vbat 11 7 Shutdown LDO Output Common Enable TX , 1.8GHz section When pin 1 is at zero and pin 2 goes high, the LDO voltage appears on this pin (pin 14 is ON Semiconductor
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MC33170DTB 948G-01 MC33170DTBR2
Abstract: MIC2205 2MHz PWM Synchronous Buck Regulator with LDO Standby Mode General Description The , LOWQTM LDO standby mode that draws only 18uA of quiescent current. The MIC2205 allows an ultra-low noise , light load LOWQTM mode, the LDO maintains the output voltage and draws only 18uA of quiescent current. The LDO mode of operation saves battery life while not introducing spurious noise and high ripple as , Light load LOWQTM LDO mode 18uA quiescent current Low noise, 75uVrms · 2MHz PWM mode Output current to Micrel Semiconductor
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M9999-031105
Abstract: MIC2205 2MHz PWM Synchronous Buck Regulator with LDO Standby Mode General Description The , LOWQTM LDO standby mode that draws only 18uA of quiescent current. The MIC2205 allows an ultra-low noise , light load LOWQTM mode, the LDO maintains the output voltage and draws only 18uA of quiescent current. The LDO mode of operation saves battery life while not introducing spurious noise and high ripple as , voltage · Light load LOWQTM LDO mode 18uA quiescent current Low noise, 75uVrms · 2MHz PWM mode Output Micrel Semiconductor
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Abstract: MIC2205 2MHz PWM Synchronous Buck Regulator with LDO Standby Mode General Description , features a LOWQTM LDO standby mode that draws only 18uA of quiescent current. The MIC2205 allows an , switching losses. In this light load LOWQTM mode, the LDO maintains the output voltage and draws only 18uA of quiescent current. The LDO mode of operation saves battery life while not introducing spurious , www.micrel.com. · 2.7 to 5.5V supply voltage · Light load LOWQTM LDO mode 18uA quiescent current Low noise Micrel Semiconductor
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MIC2205YML M9999-041105
Abstract: MIC2205 2MHz PWM Synchronous Buck Regulator with LDO Standby Mode General Description , features a LOWQTM LDO standby mode that draws only 18uA of quiescent current. The MIC2205 allows an , switching losses. In this light load LOWQTM mode, the LDO maintains the output voltage and draws only 18uA of quiescent current. The LDO mode of operation saves battery life while not introducing spurious , www.micrel.com. · 2.7 to 5.5V supply voltage · Light load LOWQTM LDO mode 18uA quiescent current Low noise Micrel Semiconductor
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Abstract: MIC3385 8MHz Power System Module with LDO Standby Mode Preliminary Information General , LOWQTM LDO standby mode that draws only 18uA of quiescent current. The MIC3385 requires no external , switching losses. In this light load LOWQTM mode, the LDO maintains the output voltage and draws only 18uA of quiescent current. The LDO mode of operation saves battery life while not introducing spurious , www.micrel.com. · 2.7 to 5.5V supply voltage · Light load LOWQTM LDO mode ­ 18uA quiescent current ­ Low Micrel Semiconductor
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MIC3385YML GRM188R60J106M JMK107BJ106MA-T M9999-111006-A
Abstract: MIC2225 2MHz 600mA Synchronous Buck Regulator with 300mA LDO General Description Features , (step-down) regulator and a 300mA LDO. The MIC2225 is an ultra-low noise, small size, and high efficiency , ® package · ­40°C to +125°C junction temperature range LDO · VIN range 2.7V to 5.5V · 300mA output , . Contact Micrel Marketing for details. Pin Configuration AGND 1 10 PGND LDO 2 9 SW , . 2 LDO LDO Output (Output): Connect to a 2.2uF output capacitor. 3 BIAS Internal Micrel Semiconductor
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MIC2225-4MYMT MIC2225-4SYMT MIC2225-G4YMT MIC2225-XYMT M9999-101107-B
Abstract: MIC3385 8MHz Inductorless Buck Regulator with LDO Standby Mode General Description Features The Micrel MIC3385 is a high-efficiency inductorless buck regulator that features a LOWQ® LDO standby , losses. In this light load LOWQ® mode, the LDO maintains the output voltage and draws only 18uA of quiescent current. The LDO mode of operation saves battery life while not introducing spurious noise and , : www.micrel.com. · 2.7 to 5.5V supply voltage · Light load LOWQ® LDO mode ­ 18uA quiescent current ­ Low Micrel Semiconductor
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04026D104MAT2A MIC3385YHL TAIYO JMK107BJ106MA-T capacitor VJ0402Y104KXQPW1BC M9999-051310-B
Abstract: MIC2225 2MHz 600mA Synchronous Buck Regulator with 300mA LDO General Description Features , (step-down) regulator and a 300mA LDO. The MIC2225 is an ultra-low noise, small size, and high efficiency , -pin 2mm x 2mm Thin MLF® package â'¢ â'"40°C to +125°C junction temperature range LDO â'¢ VIN range , output voltage of DC/DC and LDO respectively. Pin Configuration AGND 1 10 PGND LDO 2 9 , Number Pin Name 1 AGND 2 LDO LDO Output (Output): Connect to a 2.2ÂuF output capacitor Micrel Semiconductor
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25-XYMT M9999-022008-D
Abstract: MIC3385 8MHz Inductorless Buck Regulator with LDO Standby Mode General Description Features The Micrel MIC3385 is a high efficiency inductorless buck regulator that features a LOWQ® LDO standby , losses. In this light load LOWQ® mode, the LDO maintains the output voltage and draws only 18uA of quiescent current. The LDO mode of operation saves battery life while not introducing spurious noise and , : www.micrel.com. · 2.7 to 5.5V supply voltage · Light load LOWQ® LDO mode ­ 18uA quiescent current ­ Low Micrel Semiconductor
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MLF-14 JMK107BJ106MA-T Taiyo TAIYO JMK107BJ106MA-T M9999-021908-B
Abstract: MIC3385 8MHz Inductorless Buck Regulator with LDO Standby Mode General Description Features The Micrel MIC3385 is a high efficiency inductorless buck regulator that features a LOWQ® LDO standby , losses. In this light load LOWQ® mode, the LDO maintains the output voltage and draws only 18uA of quiescent current. The LDO mode of operation saves battery life while not introducing spurious noise and , : www.micrel.com. · 2.7 to 5.5V supply voltage · Light load LOWQ® LDO mode ­ 18uA quiescent current ­ Low Micrel Semiconductor
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M9999-020507-A
Abstract: MIC2225 2MHz 600mA Synchronous Buck Regulator with 300mA LDO General Description Features , (step-down) regulator and a 300mA LDO. The MIC2225 is an ultra-low noise, small size, and high efficiency , ® package · ­40°C to +125°C junction temperature range LDO · VIN range 2.7V to 5.5V · 300mA output , available. Please contact Micrel for details. * Refers to nominal output voltage of DC/DC and LDO respectively. Pin Configuration AGND 1 10 PGND LDO 2 9 SW BIAS 3 8 VIN Micrel Semiconductor
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regulator 12V
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