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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT3502AEDC#TRMPBF Linear Technology LT3502/LT3502A - 1.1MHz/2.2MHz, 500mA Step-Down Regulators in 2mm x 2mm DFN and MS10; Package: DFN; Pins: 8; Temperature Range: -40°C to 85°C
LT3502AEMS#TRPBF Linear Technology LT3502/LT3502A - 1.1MHz/2.2MHz, 500mA Step-Down Regulators in 2mm x 2mm DFN and MS10; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C
LT3502AEMS#PBF Linear Technology LT3502/LT3502A - 1.1MHz/2.2MHz, 500mA Step-Down Regulators in 2mm x 2mm DFN and MS10; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C
LT3502EDC#PBF Linear Technology LT3502/LT3502A - 1.1MHz/2.2MHz, 500mA Step-Down Regulators in 2mm x 2mm DFN and MS10; Package: DFN; Pins: 8; Temperature Range: -40°C to 85°C
LT3502EDC#TRMPBF Linear Technology LT3502/LT3502A - 1.1MHz/2.2MHz, 500mA Step-Down Regulators in 2mm x 2mm DFN and MS10; Package: DFN; Pins: 8; Temperature Range: -40°C to 85°C
LT3502EMS#PBF Linear Technology LT3502/LT3502A - 1.1MHz/2.2MHz, 500mA Step-Down Regulators in 2mm x 2mm DFN and MS10; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C

ms10 diode Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2007 - LTC4006

Abstract: LTC4060 LTC1759 LT1512 LT1513 LT1769 LTC4011 DFN10 TSSOP-16 TSSOP-20
Text: Control Ideal BAT WALL RDS (ON) of Ideal Diode Standby Current ­ Li-Ion Battery , Technology's Ideal Diode devices provide a low loss, near "ideal" diode function. They feature lower forward , self-heating, thereby extending battery run time. Part No. Ideal Diode MOSFET Integrated MOSFET , Current Supply Current Package Low-Power PowerPath Controllers and Ideal Diode Devices LTC4411 , . External Ideal Diode MOSFET Max Current LTC4413 vs 1N5817 Schottky Benefit: Less Heat Input


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PDF D-73230 I-20041 SE-164 BB0207OL LTC4006 LTC4060 LTC1759 LT1512 LT1513 LT1769 LTC4011 DFN10 TSSOP-16 TSSOP-20
2005 - Transistor 169k

Abstract: No abstract text available
Text: Part No. Ideal Li-Ion Battery RDS (ON) of Ideal Diode Standby Current + 1V , : Dual 2.6A, 2.5V to 5.5V Ideal Diodes in 3mm × 3mm DFN Linear Technology’s Ideal Diode devices provide a low loss, near ‘ideal’ diode function. They feature lower forward voltage drop and reverse , battery run time. Part No. Ideal Diode MOSFET Input Voltage Forward Voltage Forward , Controllers and Ideal Diode Devices LTC4411 Single P-channel LTC4413 Dual P-channel 1.5A


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PDF D-73230 I-20156 SE-164 BB110520K Transistor 169k
2007 - circuit diagram for 48v automatic battery charger

Abstract: circuit diagram for 24V automatic battery charger High Current Voltage Regulator mosfet 7805 7805 12v to 5v 3a Lead Acid Battery Charger Switchmode 7805 12v to 5v 1a 7805 12v to 5v 2a 48V automatic charger LA 7805 NICD charger 18V datasheet
Text: Control Ideal BAT WALL RDS (ON) of Ideal Diode Standby Current ­ Li-Ion Battery , Technology's Ideal Diode devices provide a low loss, near "ideal" diode function. They feature lower forward , self-heating, thereby extending battery run time. Part No. Ideal Diode MOSFET Integrated MOSFET , Current Supply Current Package Low-Power PowerPath Controllers and Ideal Diode Devices LTC4411 , . External Ideal Diode MOSFET Max Current LTC4413 vs 1N5817 Schottky Benefit: Less Heat Input


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PDF D-73230 I-20041 SE-164 BB0207OL circuit diagram for 48v automatic battery charger circuit diagram for 24V automatic battery charger High Current Voltage Regulator mosfet 7805 7805 12v to 5v 3a Lead Acid Battery Charger Switchmode 7805 12v to 5v 1a 7805 12v to 5v 2a 48V automatic charger LA 7805 NICD charger 18V datasheet
2005 - NTC 2.2K

Abstract: LTC4054L LT1512 LT1513 LT1769 ms10 diode LTC4011 LTC4060 TSSOP-16 TSSOP-20
Text: Battery RDS (ON) of Ideal Diode Standby Current + 1V Input Voltage Output Charger , 5.5V Ideal Diodes in 3mm × 3mm DFN Linear Technology's Ideal Diode devices provide a low loss, near `ideal' diode function. They feature lower forward voltage drop and reverse leakage current than , . Ideal Diode MOSFET Integrated MOSFET Max Current Input Voltage Forward Voltage , Controllers and Ideal Diode Devices 1A 2.6 ­ 5.5V 28mV 140m 1µA 35µA ThinSOTTM P-channel


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PDF batt593) D-73230 I-20156 SE-164 BB110520K NTC 2.2K LTC4054L LT1512 LT1513 LT1769 ms10 diode LTC4011 LTC4060 TSSOP-16 TSSOP-20
2001 - 6v dc to dc mobile charger circuit

Abstract: ms10 diode wireless mobile charger block diagram 6v dc to dc mobile charger circuit with 500mA metal detector diagram PI LTRW DIODE RF DETECTOR LT 543 IC pin diagram schematic diagram of mobile phone charger audio envelope detector diode
Text: applications operating in the 300MHz to 3.5GHz range. A temperature compensated Schottky diode peak detector , optimized for operation from a single lithium-ion cell or 3xNiMH. Internal Schottky Diode RF Detector , Schottky diode . The detected voltage is buffered and supplied to the VOUT pin. A power saving shutdown , Schottky diode detector and peak detector capacitor. (See Note 6 in the Electrical Characteristics.) GND , . These functions include an internally compensated buffer amplifier, an RF Schottky diode peak detector


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PDF LTC5505-1/LTC5505-2 5505-X 300MHz LTC5505-1, 28dBm 18dBm LTC5505-2, 32dBm 12dBm 6v dc to dc mobile charger circuit ms10 diode wireless mobile charger block diagram 6v dc to dc mobile charger circuit with 500mA metal detector diagram PI LTRW DIODE RF DETECTOR LT 543 IC pin diagram schematic diagram of mobile phone charger audio envelope detector diode
2001 - Not Available

Abstract: No abstract text available
Text: applications operating in the 300MHz to 3.5GHz range. A temperature compensated Schottky diode peak detector , optimized for operation from a single lithium-ion cell or 3xNiMH. Internal Schottky Diode RF Detector , Schottky diode . The detected voltage is buffered and supplied to the VOUT pin. A power saving shutdown , Schottky diode detector and peak detector capacitor. (See Note 6 in the Electrical Characteristics.) GND , Schottky diode peak detector and level shift amplifier to convert the RF feedback signal to DC, a delay


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PDF LTC5505-1/LTC5505-2 5505-X 300MHz LTC5505-1, 28dBm 18dBm LTC5505-2, 32dBm 12dBm
2001 - zener diode ltc 4211 G13

Abstract: LTC4211MS8 zener diode ltc 4211 TRANSISTOR M5 transistor marking g51 zener diode snubber networks mosfet short circuit protection schematic diagra 638U LTC4211CS8 4211
Text: Response Time for Overcurrent Protection ( MS10 ) Programmable Overvoltage Protection ( MS10 ) Automatic Retry or Latched Mode Operation ( MS10 ) High Side Drive for an External N-Channel FET User-Programmable , activates in 20µs (or programmed by an external filter capacitor, MS10 only). The fast comparator trips at , . The MS10 package has FAULT and FILTER pins to provide additional functions like fault indication , protection using an external Zener diode clamp. , LTC and LT are registered trademarks of Linear Technology


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PDF LTC4211 LTC1422 LT1640L/LT1640H LT1641 LTC1642 16-Pin, LTC1643L/LTC1643H LTC1647 zener diode ltc 4211 G13 LTC4211MS8 zener diode ltc 4211 TRANSISTOR M5 transistor marking g51 zener diode snubber networks mosfet short circuit protection schematic diagra 638U LTC4211CS8 4211
2001 - LT1949-1

Abstract: No abstract text available
Text: , D4: BAT54S DUAL DIODE L1: SUMIDA CLQ4D103R3 L2: TAIYO YUDEN LB2012B4R7M Start-Up Waveforms , 25V X7R C4, C6: TAIYO YUDEN LMK107BJ684MA D1: MBRM120LT3 D2: CMDSH-3 D3, D4: BAT54S DUAL DIODE , = <1µA, MS10 LT1944-1 Dual Output 150mA ISW, Constant Off-Time, High Efficiency Step-Up DC/DC Converter VIN = 1.2V to 15V, VOUT Max = 34V, IQ = 20µA, ISHDN = <1µA, MS10 LT1945 Dual , 15V, VOUT Max = ±34V, IQ = 20µA, ISHDN = <1µA, MS10 LT1946/LT1946A 1.5A ISW, 1.2MHz/2.7MHz


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PDF LT1947 LTC3402 LTC3423 LTC3424 1947fa LT1949-1
2001 - Not Available

Abstract: No abstract text available
Text: SW1 PGND VIN PGND SW2 LT1944EMS MS10 PART MARKING MS10 PACKAGE 10-LEAD PLASTIC MSOP , delivers current to the output through diode D1 as the inductor 4 current ramps down. Q3 turns on , external inductor and diode . The second switching regulator operates in the same manner. LT1944 U , = 0.4V (Schottky diode voltage), ILIM = 350mA and tOFF = 400ns; for designs with varying VIN such , be the peak current seen by the inductor (and the diode ) during normal operation. For designs using


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PDF LT1944 10-pin 350mA LT1944 LT1613 OT-23 200mA OT-23 LT1615
2001 - Step-up 12V to 36V 300mA

Abstract: LB2012B4R7M CIRCUIT DIAGRAM OF 9 INCH TFT MONITOR ms10 diode 12V DC to 24V dC converter circuit diagram MARKING EA1 LB2012B-4R7M LT1949-1 marking EA2 lcd monitor input 5v and output 12v 35v -5.5v
Text: : BAT54S DUAL DIODE L1: SUMIDA CLQ4D103R3 L2: TAIYO YUDEN LB2012B4R7M Start-Up Waveforms VSHDN 5V , DUAL DIODE L1: SUMIDA CLQ4D103R3 L2: TAIYO YUDEN LB2012B4R7M Figure 3. RSS and CSS at SHDN Pin , <1µA, MS10 LT1944-1 Dual Output 150mA ISW, Constant Off-Time, High Efficiency Step-Up DC/DC Converter VIN = 1.2V to 15V, VOUT Max = 34V, IQ = 20µA, ISHDN = <1µA, MS10 LT1945 Dual Output, Pos , Max = ±34V, IQ = 20µA, ISHDN = <1µA, MS10 LT1946/LT1946A 1.5A ISW, 1.2MHz/2.7MHz, High


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PDF LT1947 LTC3402 LTC3423 LTC3424 1947fa Step-up 12V to 36V 300mA LB2012B4R7M CIRCUIT DIAGRAM OF 9 INCH TFT MONITOR ms10 diode 12V DC to 24V dC converter circuit diagram MARKING EA1 LB2012B-4R7M LT1949-1 marking EA2 lcd monitor input 5v and output 12v 35v -5.5v
2001 - r2b diode making

Abstract: LT1945 1945 LINEAR
Text: PART NUMBER LT1945EMS MS10 PART MARKING LTTS MS10 PACKAGE 10-LEAD PLASTIC MSOP TJMAX = 125°C, JA = , power dissipation in the power switch and in the external inductor and diode . 4 W L1 C3 L2 VOUT1 , calculated as: L= VOUT - VIN(MIN) + VD ILIM tOFF where VD = 0.4V (Schottky diode voltage), ILIM = 350mA , calculated as: VOUT + VD L = 2 ILIM tOFF where VD = 0.4V (Schottky diode voltage), ILIM = , smaller inductor values. This will be the peak current seen by the inductor (and the diode ) during normal


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PDF LT1945 250mV 300mA 10-Pin 350mA 200mA 600kHz 150mA r2b diode making 1945 LINEAR
2001 - D 1944 npn

Abstract: marking R5B sot-23 marking R5b Murata LQH3C100 bd 631 MuRata capacitors 1uF 0201 motorola MMBT3906 sot-23 MBR0520 equivalent LQH3C4R7
Text: flows into the FB pin. 2 U W W W ORDER PART NUMBER LT1944EMS MS10 PART MARKING LTTR MS10 PACKAGE 10-LEAD PLASTIC MSOP TJMAX = 125°C, JA = 160°C/W Consult factory for parts specified , off Q3 for 400ns. L1 then delivers current to the output through diode D1 as the inductor current , switch and in the external inductor and diode . The second switching regulator operates in the same manner , (Schottky diode voltage), ILIM = 350mA and tOFF = 400ns; for designs with varying VIN such as battery


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PDF LT1944 250mV 300mA 10-Pin 350mA JMK212BJ475 LMK212BJ225 D 1944 npn marking R5B sot-23 marking R5b Murata LQH3C100 bd 631 MuRata capacitors 1uF 0201 motorola MMBT3906 sot-23 MBR0520 equivalent LQH3C4R7
2001 - D 1944 npn

Abstract: switch NPN SOT-23 LQH3C4R7 murata cd43 sumida marking R5B sot-23 LT1944 LQH3C100 GMK316BJ105 MS10 MBR0540
Text: PGND VIN PGND SW2 LT1944EMS MS10 PART MARKING MS10 PACKAGE 10-LEAD PLASTIC MSOP TJMAX = , oneshot, which turns off Q3 for 400ns. L1 then delivers current to the output through diode D1 as the , dissipation in the power switch and in the external inductor and diode . The second switching regulator , ILIM tOFF where VD = 0.4V (Schottky diode voltage), ILIM = 350mA and tOFF = 400ns; for designs , be the peak current seen by the inductor (and the diode ) during normal operation. For designs using


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PDF LT1944 10-pin 350mA LT1944 LT1613 OT-23 200mA OT-23 LT1615 D 1944 npn switch NPN SOT-23 LQH3C4R7 murata cd43 sumida marking R5B sot-23 LQH3C100 GMK316BJ105 MS10 MBR0540
2001 - Not Available

Abstract: No abstract text available
Text: SW1 PGND VIN PGND SW2 LT1944-1EMS MS10 PART MARKING MS10 PACKAGE 10-LEAD PLASTIC MSOP , delivers current to the output through diode D1 as the inductor current ramps down. Q3 turns on again and , external inductor and diode . The second switching regulator operates in the same manner, but with a 175mA , where VD = 0.4V (Schottky diode voltage), ILIM = 100mA (or 175mA) and tOFF = 400ns (or 1.5µs); for , be the peak current seen by the inductor (and the diode ) during normal operation. For designs using


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PDF LT1944-1 10-pin 100mA 400ns 175mA LT1944-1 LT1615 LT1617 LT1930A 450mA
2001 - EMK107BJ104

Abstract: LQH3C220 LT1944-1 LT1944-1EMS MS10 two-cell Step-up 12V
Text: PGND VIN PGND SW2 LT1944-1EMS MS10 PART MARKING MS10 PACKAGE 10-LEAD PLASTIC MSOP TJMAX = , through diode D1 as the inductor current ramps down. Q3 turns on again and the inductor 4 current , diode . The second switching regulator operates in the same manner, but with a 175mA current limit and , : L= VOUT - VIN(MIN) + VD ILIM tOFF where VD = 0.4V (Schottky diode voltage), ILIM = 100mA , inductor values. This will be the peak current seen by the inductor (and the diode ) during normal


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PDF LT1944-1 10-pin 100mA 400ns 175mA LT1944-1 LT1615 LT1617 LT1930A 450mA EMK107BJ104 LQH3C220 LT1944-1EMS MS10 two-cell Step-up 12V
2001 - CLQ4DI03R3

Abstract: LB2012B-4R7M LB2012B4R7M LT1947 LT1949-1 MMBT3906 TP MARKING EA1 MBRM120LT3 Step-up 12V to 36V 300mA ms10 diode
Text: LMK107BJ684MA D1: MBRM120LT3 D2: CMDSH-3 D3, D4: BAT54S DUAL DIODE L1: SUMIDA CLQ4D103R3 L2: TAIYO YUDEN , , C6: TAIYO YUDEN LMK107BJ684MA D1: MBRM120LT3 D2: CMDSH-3 D3, D4: BAT54S DUAL DIODE L1: SUMIDA , , VOUT Max = 34V, IQ = 20µA, ISHDN = <1µA, MS10 LT1944-1 Dual Output 150mA ISW, Constant Off-Time , , MS10 LT1945 Dual Output, Pos/Neg 350mA ISW, Constant Off-Time, High Efficiency Step-Up DC/DC Converter VIN = 1.2V to 15V, VOUT Max = ±34V, IQ = 20µA, ISHDN = <1µA, MS10 LT1946/LT1946A 1.5A ISW


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PDF LT1947 LTC3402 LTC3423 LTC3424 1947f CLQ4DI03R3 LB2012B-4R7M LB2012B4R7M LT1947 LT1949-1 MMBT3906 TP MARKING EA1 MBRM120LT3 Step-up 12V to 36V 300mA ms10 diode
2004 - LT6210

Abstract: ms10 diode LT1697 3V to 350V dc dc converter lamp 3mm 35v 50ma white LT6206 LT1943 LT6553 LT1786F 1W CCFL Switching Regulator
Text: 12.6V 10mA MS10 LT6210 LT6205/06/07 LT6550/51 *The LT6210 offers adjustable supply , 12V SSOP-16 1600 x 1200 LT6551 4 110MHz 340V/µs 3V to 12.6V MS10 1024 x 768 LT6550 3 110MHz 340V/µs 3V to 12.6V MS10 1024 x 768 Video Multiplexers Part Number , TSSOP-28 LT1947 1.1A boost 10mA boost 10mA inverter* 2.7V to 8V 30V 3MHz MS10 LT1945 350mA buck 350mA boost 1.2V to 15V 36V C.O.T. MS10 LT1944 350mA boost 350mA


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PDF LT6553 LT1943 Corporation/0304DP/Printed LT6210 ms10 diode LT1697 3V to 350V dc dc converter lamp 3mm 35v 50ma white LT6206 LT1943 LT6553 LT1786F 1W CCFL Switching Regulator
2007 - ms10 diode

Abstract: footprint for resistor LTC3564 design ideas LTC3411 LTC3565 MS10 TSOT23 TSOT23-5
Text: LDESIGN IDEAS Compact and Versatile Monolithic Synchronous Buck Regulators Deliver 1.25A in Tiny TSOT23, DFN and MS10 Packages by Jaime Tseng Introduction Adding More Options To meet , monolithic synchronous bucks, come in 10-lead 3mm × 3mm DFN and MS10 packages. The LTC3564's internal , Monolithic Synchronous Buck Regulators Deliver 1.25A in Tiny TSOT23, DFN and MS10 Packages , synchronous switch. In discontinuous mode, to emulate the behavior of an ideal diode , the synchronous switch


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PDF TSOT23, LTC3564 TSOT23-5 LTC3565 LTC3411A, 10-lead 25Mhz LTC3564 LTC3564, ms10 diode footprint for resistor design ideas LTC3411 MS10 TSOT23
1999 - Not Available

Abstract: No abstract text available
Text: LTC1706EMS-81 MS10 PART MARKING MS10 PACKAGE 10-LEAD PLASTIC MSOP TJMAX = 110°C, θJA = 120°C/ W , resistor attached to the VID inputs also has a series diode connected to VCC to allow input voltages , pulled up by a 40k resistor in series with a diode connected to VCC. Therefore, it should be grounded , digital high input. The series diode is included to prevent the input from being damaged or clamped when , less than VCC. Because of the internal diode between VCC and the pull-up resistor, the inputs can go


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PDF LTC1706-81 100mV LTC1736 GN-24, LTC1772 OT-23 OT-23, 550kHz, LTC1929
2003 - 36V DC to 12V dC converter circuit diagram

Abstract: MO-193 footprint Step-up 1.2V to 3V 60mA 3461 12V DC to 36V dC converter circuit diagram
Text: Current The LT3461 has a built-in Schottky diode . When supply voltage is applied to the VIN pin, the , and the Schottky diode to charge the output capacitor to VIN. The maximum nonrepetitive surge current the Schottky diode in the LT3461 can sustain is 1.5A. The selection of inductor and capacitor value , 350mA Switch × 2, VOUT to 36V, IQ = 20µA, MS10 Package 600mA Switch, VIN: 0.85V to 5V, IQ = 19µA, ThinSOT Package 1A Switch, VIN: 0.85V to 5V, IQ = 38µA, MS10 Package 2A Switch, VIN: 0.85V to 5V, IQ =


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PDF LT3461 300mA 115mA OT-23 350mA TA05b 3461i 36V DC to 12V dC converter circuit diagram MO-193 footprint Step-up 1.2V to 3V 60mA 3461 12V DC to 36V dC converter circuit diagram
2000 - LTC1929-PG

Abstract: LTC1706 LTC1772 LTC1735-1 LTC1735 LTC1706-82 LTC1702 LTC1629 LTC1628 LTC1622
Text: VID3 VCC 10 9 8 7 6 FB GND NC VID4 SENSE LTC1706EMS-82 MS10 PART MARKING MS10 , series diode connected to VCC to allow input voltages higher than the VCC supply without damage or , a 40k resistor in series with a diode connected to VCC. Therefore, it should be grounded (or , digital high input. The series diode is included to prevent the input from being damaged or clamped when , , the VID input range is not limited to values less than VCC. Because of the internal diode between


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PDF LTC1706-82 MSOP-10 LTC1706-82 16-Pin LTC1736 GN-24, LTC1772 OT-23 OT-23, 550kHz, LTC1929-PG LTC1706 LTC1772 LTC1735-1 LTC1735 LTC1702 LTC1629 LTC1628 LTC1622
1999 - LTC1757-1CMS8

Abstract: LTC1757-2CMS MS10 marking ms10
Text: (LTC1757-2) Internal Schottky Diode Detector Wide Input Frequency Range: 850MHz to 2GHz Autozero Loop , coupler. The RF sense voltage is peak detected using an internally terminated Schottky diode that is , -2CMS MS8 PACKAGE 8-LEAD PLASTIC MSOP MS8 PART MARKING MS10 PACKAGE 10-LEAD PLASTIC MSOP MS10 , internal Schottky diode detector and peak detector capacitor. SHDN (Pin 3): Shutdown Input. A logic low , resistor to limit the maximum RF power amplifier current, an RF Schottky diode peak detector and


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PDF LTC1757-1/LTC1757-2 LTC1757-2) 850MHz 900MHz LTC1261 LTC1550/LTC1551 900kHz 1757p LTC1757-1CMS8 LTC1757-2CMS MS10 marking ms10
2000 - amd athlon PIN LAYOUT

Abstract: amd athlon PIN LAYOUT voltage ground LTC1772 LTC1735-1 LTC1735 LTC1706-82 LTC1702 LTC1629 LTC1628 marking ms10
Text: VID3 VCC 10 9 8 7 6 FB GND NC VID4 SENSE LTC1706EMS-82 MS10 PART MARKING MS10 , series diode connected to VCC to allow input voltages higher than the VCC supply without damage or , a 40k resistor in series with a diode connected to VCC. Therefore, it should be grounded (or , digital high input. The series diode is included to prevent the input from being damaged or clamped when , , the VID input range is not limited to values less than VCC. Because of the internal diode between


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PDF LTC1706-82 MSOP-10 LTC1706-82 GN-24, LTC1772 OT-23 OT-23, 550kHz, LTC1929 16-Pin amd athlon PIN LAYOUT amd athlon PIN LAYOUT voltage ground LTC1772 LTC1735-1 LTC1735 LTC1702 LTC1629 LTC1628 marking ms10
2011 - Not Available

Abstract: No abstract text available
Text: AS5311 Magnetic Multipole Strip MS10 -300 Pole Length 1.0mm, 300 Poles Magnet Specification 1 , expansion scale mounted, no bending Magnetization The MS10 -300 magnet strip is magnetized on the top , Figure 1: MS10 -300 Strip Dimensions 1 2 3 4 5 6 7 8 9 10 297 298 299 300 , measurement data of the MS10 -300 magnetic strip. Lateral Stroke The lateral movement range (stroke) can , Measurement Data Figure 3 and Figure 4 show typical test results of MS10 -300 samples. Note that


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PDF AS5311 MS10-300 AS5311 300mm
1999 - MSOP-10

Abstract: LTC1772 LTC1735-1 LTC1735 LTC1706-81 LTC1702 LTC1629 LTC1628 LTC1622 amd athlon PIN LAYOUT voltage ground
Text: LTC1706EMS-81 MS10 PART MARKING MS10 PACKAGE 10-LEAD PLASTIC MSOP TJMAX = 110°C, JA = 120°C/ W LTLR , series diode connected to VCC to allow input voltages higher than the VCC supply without damage or , a diode connected to VCC. Therefore, it should be grounded (or driven low) to produce a digital low input. It can either be floated or connected to VCC to get a digital high input. The series diode is , internal diode between VCC and the pull-up resistor, the inputs can go higher than VCC without being


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PDF LTC1706-81 100mV 16-Pin LTC1736 GN-24, LTC1772 OT-23 OT-23, 550kHz, MSOP-10 LTC1772 LTC1735-1 LTC1735 LTC1706-81 LTC1702 LTC1629 LTC1628 LTC1622 amd athlon PIN LAYOUT voltage ground
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