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Part Manufacturer Description Datasheet Download Buy Part
LT1949-1EMS8TR Linear Technology IC PWM DC/DC CONV 1A SWTCH 8MSOP
LT1619ES8#TR Linear Technology LT1619 - Low Voltage Current Mode PWM Controller; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C
LT1619ES8#PBF Linear Technology LT1619 - Low Voltage Current Mode PWM Controller; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C
LT1619ES8#TRPBF Linear Technology LT1619 - Low Voltage Current Mode PWM Controller; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C
LT1619EMS8#TR Linear Technology LT1619 - Low Voltage Current Mode PWM Controller; Package: MSOP; Pins: 8; Temperature Range: -40°C to 85°C
LT1619EMS8#PBF Linear Technology LT1619 - Low Voltage Current Mode PWM Controller; Package: MSOP; Pins: 8; Temperature Range: -40°C to 85°C

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2003 - timing diagram dc motor

Abstract:
Text: output by chopping the respective pin gate signals and reset-synchronized PWM output. TIOC0A pin , -phase PWM waveform output is performed with one common transition point in the relationship between the , Timer control register_3 (TCR_3) (Reset-synchronized PWM mode setting) Timer mode register , PWM pulse output pins TIOC3D TIOC4A TIOC4B TIOC4C TIOC4D TIOC0A Feedback signal input pins , reset-synchronized PWM mode PWM period setting TGRB_3 TGRC_3 Output waveform transition timing setting


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PDF SH7144/45 REJ05B0110-0100O/Rev timing diagram dc motor DC3 PWM h0015
2003 - SH7046

Abstract:
Text: by chopping the respective pin gate signals and reset-synchronized PWM output. TIOC0A pin , -phase PWM waveform output is performed with one common transition point in the relationship between the , control register_3 (TCR_3) (Reset-synchronized PWM mode setting) Timer mode register_3 (TMDR , in reset-synchronized PWM mode PWM period setting TGRB_3 TGRA_4 Registers Output waveform , automatically by hardware. (See the section on positive-phase/negative-phase PWM 3-phase output in this


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PDF SH7046 REJ05B0097-0100O/Rev
2010 - Not Available

Abstract:
Text: incorporate HyperLight Load technology. Each of these buck regulators operate at high switching speed in PWM mode (4MHz/2.5MHz) and maintain high efficiency in light load conditions. The high speed PWM , current – typical 40µA - DC1: 4MHz / 1000mA - DC2: 4MHz / 300mA (with voltage scaling) - DC3 : 2.5MHz / 600mA - DC4: 4MHz / 600mA (with adjustable delay POR) • Two PWM step-down regulators - DC5 and DC6 , L3 1µH DC3 C25 1µF SW3 MIC2829 FB3 C24 4.7µF C26 1µF C11 2.2µF


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PDF MIC2829 MIC2829 M9999-051410-B
2010 - CL05A105KP5NNN

Abstract:
Text: incorporate HyperLight Load technology. Each of these buck regulators operate at high switching speed in PWM mode (4MHz/2.5MHz) and maintain high efficiency in light load conditions. The high speed PWM , : 4MHz / 1000mA - DC2: 4MHz / 300mA (with voltage scaling) - DC3 : 2.5MHz / 600mA - DC4: 4MHz / 600mA (with adjustable delay POR) · Two PWM step-down regulators - DC5 and DC6: Fixed 2MHz / 800mA - 100 , 4.7µF LDO8 ENDC2 C13 2.2µF VSC2 PVIN3 L3 1µH DC3 C25 1µF SW3 MIC2829 FB3


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PDF MIC2829 MIC2829 M9999-051410-B CL05A105KP5NNN CL05B CL05B104K05NNNC CL05B104K CIG21L1R0MNE CL05A105K
C220F

Abstract:
Text: 50 V mV/A mV/V % No.5838-2/12 LB8118M [H, PWM ] VH sat VPWM max VPWMOFF DNB-1, 2 IO DNB1, 2 RLD PWM RLN PWM [] CH14 VIN1-4 IBIN ASPREF VASPR CH1, 2, 4 G124IN , 4 VCD (CHDi ) H VOUT1 , VOUT2, PWM2ch ( /Tr) , PWM , , H PWM PNPTr (H 1DNB-2 ) 17 ASPDRV DSP NPNTr 24 APCDRV APC NPNTr 6 , GND) No.5838-6/12 LB8118M 8 VCC OSC PWM C OSC VCC


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PDF N5838A LB8118M LB8118M2 420mW QIP44MA 22802MHPd, B8-4261/22698TH B8-3812 A09995 C220F A09995 L30H LB8118M QIP44MA
2010 - JMK107BBJ226MA-T

Abstract:
Text: *: Pulsed2000mA is less than 100ms, duty is less than 10%. 9 DC/ DC3 : 1.8V (0.9V to 3.3V by external resistors) @800mA (for Memory) 9 DC/DC on/off control pin for DC/DC1, DC/DC2 and DC/ DC3 Note*: DC/ DC3 on/off control , VFB2 GND *1 VINP3 I/O INTC I2CIF DC/ DC3 for Memory (800mA) *3 ON/OFF L3 LX3 Cf R1 C3 , for DC/ DC3 DC/ DC3 switch output DC/ DC3 Output voltage feedback input DC/ DC3 ON/OFF input DC/DC1,2 ON , /DC and LDO turn off except LDO1 and LDODIG. DC/ DC3 turns on again after 320ms. Then after that, each


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PDF RN5T617 RN5T617x JMK107BBJ226MA-T JMK107BBJ226MA LMK107BBJ106MALT
2006 - 3 AMP STEPPER DRIVE IC

Abstract:
Text: . Block Diagram PWM gen. L8202 DC motor DC MTR #1 H Drive OP. Amps LM358 like DC MTR #2 H , 20 ODD 6 Open Drain Driver #6 21 Vcc_Select 22 Vcc_FB 23 DC4_PWM PWM input for DC motor driver #4 24 DC3_PWM PWM input for DC motor driver #3 25 DC1_PWM PWM input for DC motor driver #1 26 DC2_PWM PWM input for DC motor driver #2 27 Analog_GND , Input for Op-Amp #1 62 OA1Out 63 OA_Supply 64 Vs( DC3 ) DC1 Ground. Chip Select


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PDF L8202 TQFP64 L8202 3 AMP STEPPER DRIVE IC dc motor for 24v LM358 TQFP64
2005 - Not Available

Abstract:
Text: is filtered on pin V5 (Typical filter capacitor = 100nF) . Figure 2. Block Diagram PWM gen , 20 ODD 6 Open Drain Driver #6 21 Vcc_Select 22 Vcc_FB 23 DC4_PWM PWM input for DC motor driver #4 24 DC3_PWM PWM input for DC motor driver #3 25 DC1_PWM PWM input for DC motor driver #1 26 DC2_PWM PWM input for DC motor driver #2 27 Analog_GND , Input for Op-Amp #1 62 OA1Out 63 OA_Supply 64 Vs( DC3 ) DC1 Ground. Chip Select


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PDF L8202 TQFP64 L8202
2006 - driver lm358

Abstract:
Text: is filtered on pin V5 (Typical filter capacitor = 100nF) . PWM gen. DC motor DC MTR #1 H , 23 DC4_PWM PWM input for DC motor driver #4 24 DC3_PWM PWM input for DC motor driver #3 DC1_PWM PWM input for DC motor driver #1 DC2_PWM PWM input for DC motor driver #2 , 64 Vs( DC3 ) Output for Op-Amp #1. Op Amp Supply voltage. DC3 or Stepper PH_A Supply voltage , OA2- OA2+ OA1- OA1+ OA1OUT OA_SUPPLY Vs ( DC3 ) (s) ct te le ro P Ob -


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PDF L8202 TQFP64 L8202 LM358 driver lm358 ST thermal printer DCPWM LM358 TQFP64
2005 - AL8202

Abstract:
Text: . Block Diagram PWM gen. L8202 DC motor DC MTR #1 H Drive OP. Amps DC MTR #2 H Drive LM358 , 20 ODD 6 Open Drain Driver #6 21 Vcc_Select 22 Vcc_FB 23 DC4_PWM PWM input for DC motor driver #4 24 DC3_PWM PWM input for DC motor driver #3 25 DC1_PWM PWM input for DC motor driver #1 26 DC2_PWM PWM input for DC motor driver #2 27 Analog_GND , Input for Op-Amp #1 62 OA1Out 63 OA_Supply 64 Vs( DC3 ) DC1 Ground. Chip Select


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PDF L8202 TQFP64 L8202 AL8202 dual FET input op-amp LM358 lm358 slew rate TQFP64
2009 - qfn0404

Abstract:
Text: /DC2, DC/ DC3 ). Triple output start-up sequence can be set by external capacitors. R1290K is ideally , the version.) · Charge Pump Frequency ··············· 1/4 of oscillator frequency (DC/DC2, DC/ DC3 ) · , /DC1) · Feedback Voltage (DC/DC2) (VPFB) ·····1.5V · Feedback Voltage (DC/ DC3 ) (VNFB) ·····0V · UVLO , ·················· Delay time for protection ± 30mV (DC/ DC3 ), ± 18mV (VREF) · Package , VIN 4 DTC 10 OSC Current Limit UVLO PWM Duty Limit Output Control 24 LX 1 2 7 PGND PGND VFB


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PDF R1290K 700kHz) 180kHz Room403, Room109, qfn0404
PWM push button switch

Abstract:
Text: the current DAC .generate a PWM .see and clear the Undervoltages .generate an interrupt .drive DC3 and DC4 motors .put bridges in parallel .use bridges as couples of half bridges .use , of 24 ST Microelectronics SABRe demo board 2 manual How to generate a PWM 1) in the first , the scale: and measure the PWM generated on Gpio11: Pag 16 of 24 ST Microelectronics SABRe , SABRe demo board 2 manual How to drive DC3 and DC4 motors 1) connect two DC motors to the DC3 and DC4


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PDF 100nF STPS160A DO3316P-333MLD 470uF L5972D 220pF PWM push button switch 36v DC MOTOR SPEED CONTROLLER schematic ST microelectronics con8a CON5X2 con5x con20A SABRE R65C29 74HC125
2012 - R1290K10

Abstract:
Text: CMOS-based step-up/inverting DC/DC converters. R1290K consists of the inductor type PWM step-up DC/DC , (DC/DC2, DC/ DC3 ). Triple output start-up sequence can be set by external capacitors. R1290K is ideally , .) · Charge Pump Frequency ··············· 1/4 of oscillator frequency (DC/DC2, DC/ DC3 ) · Feedback , .91%) (DC/DC1) · Feedback Voltage (DC/DC2) (VPFB) ····· 1.5V · Feedback Voltage (DC/ DC3 ) (VNFB) ····· 0V · , Circuit ·················· Delay time for protection ± 30mV (DC/ DC3 ), ± 18mV (VREF) · Package


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PDF R1290K 700kHz) 180kHz Room403, Room109, R1290K10
2010 - RN5T614C

Abstract:
Text: control (For Logic) DC/ DC3 : 1.8V (1.8V to 3.3V by external resistors) @500mA (For Memory) DC/DC on/off , *1 VINP3 INTB INTC SDA SCL I2CIF PSHOLD EXTON PWRON ONOB DC/ DC3 for Memory , / DC3 switch output - 23 VFB3 I DC/ DC3 Output voltage feedback input - 24 DCDCEN3 I DC/ DC3 ON/OFF input VDDIO 25 DCDCEN12 I DC/DC1,2 ON/OFF input VDDIO , signal input VDDIO of PWRON Power supply for DC/ DC3 VIN Nch Open Drain Power supply for


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PDF RN5T614 RN5T614x 12clk DCDCEN12 120ms 32kHz DCDCEN12 720mA. 500mA. RN5T614C RN5T614x 0113H ovp 29h PWM Cotroller IC RN5T614f
2009 - MIPSTZ2012D2R2

Abstract:
Text: . Detecting load current by each DC/DC converter alternates the Normal mode ( PWM ) with the ECO mode (PFM , DC/ DC3 converter power F6 VDD32 I Power supply input pin 2 for DC/ DC3 converter power , I DC/DC2 converter output voltage feedback input pin (1.8 V) E7 SWOUT31 DC/ DC3 converter inductance connection pin 1 E6 SWOUT32 DC/ DC3 converter inductance connection pin 2 C7 SWIN31 DC/ DC3 converter inductance connection pin 1 C6 SWIN32 DC/ DC3


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PDF MB39C316 MB39C316 MIPSTZ2012D2R2 MIPSAZ3225D GRM155B30J105K FC12M TOYO crystal GRM155B30J474K MIPSTZ Epson FC-12M MB39C3
2011 - Not Available

Abstract:
Text: /DC2, DC/ DC3 ). Triple output start-up sequence can be set by external capacitors. R1290K is ideally , / DC3 ) · Feedback Voltage (DC/DC1)(VFB)········ 1.0V (The output voltage is adjustable up to 20V with an , .91%) (DC/DC1) · Feedback Voltage (DC/DC2) (VPFB) ····· 1.5V · Feedback Voltage (DC/ DC3 ) (VNFB) ····· 0V · , ·················· Delay time for protection ± 30mV (DC/ DC3 ), ± 18mV (VREF) · Package , VIN 4 DTC 10 OSC Current Limit UVLO PWM Duty Limit Output Control 24 LX 1 2 7 PGND PGND VFB


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PDF R1290K 700kHz) 180kHz Room403, Room109,
2009 - Not Available

Abstract:
Text: converter alternates the Normal mode ( PWM ) with the ECO mode (PFM) automatically. MB39C316 has the , supply input pin 1 for DC/ DC3 converter power F6 VDD32 I Power supply input pin 2 for DC/ DC3 , ⎯ DC/ DC3 converter inductance connection pin 1 E6 SWOUT32 ⎯ DC/ DC3 converter inductance connection pin 2 C7 SWIN31 ⎯ DC/ DC3 converter inductance connection pin 1 C6 SWIN32 ⎯ DC/ DC3 converter inductance connection pin 2 B7 DDOUT31 O DC/ DC3 converter


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PDF
2011 - Not Available

Abstract:
Text: /DC2, DC/ DC3 ). Triple output start-up sequence can be set by external capacitors. R1290K is ideally , / DC3 ) · Feedback Voltage (DC/DC1)(VFB)········ 1.0V (The output voltage is adjustable up to 20V with an , .91%) (DC/DC1) · Feedback Voltage (DC/DC2) (VPFB) ····· 1.5V · Feedback Voltage (DC/ DC3 ) (VNFB) ····· 0V · , ·················· Delay time for protection ± 30mV (DC/ DC3 ), ± 18mV (VREF) · Package , VIN 4 DTC 10 OSC Current Limit UVLO PWM Duty Limit Output Control 24 LX 1 2 7 PGND PGND VFB


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PDF R1290K 700kHz) 180kHz Room403, Room109,
2010 - RN5T614

Abstract:
Text: with RAMP control (For Logic) 9 DC/ DC3 : 1.8V (1.8V to 3.3V by external resistors) @500mA (For Memory) 9 , I2CIF DC/ DC3 for Memory (500mA) ON/OFF L3 LX3 Cf R1 C3 R2 VFB3 GND Power ON Sequence OSC , /DC2 DC/DC2 switch output DC/DC2 Output voltage feedback input Power supply for DC/ DC3 DC/ DC3 switch output DC/ DC3 Output voltage feedback input DC/ DC3 ON/OFF input DC/DC1,2 ON/OFF input Interrupt request , outputs "L" after 80ms. And then, all DC/DC and LDO turn off except LDO1 and LDODIG. DC/ DC3 turns on again


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PDF RN5T614 RN5T614x RN5T614G RN5T614E RN5T614C
1997 - SAH-C167CW-L16M

Abstract:
Text: section 'Deviations from DC/AC Specification) problems ADC.6 to ADC.2, ASC.2, PWM .4 to PWM .1, SSC.6 to , .1 fixed Power Down Mode Supply Current IPD ( DC.3 ) Port 0 Configuration Current (DC.5) RSTIN# pullup , Channel Overrun Error BA PWM .4 PWM Single Shot Mode, Slow Timer Clock BA PWM .3 PWM Interrupt Generation, Slow Timer Clock BA PWM .2 PWM Symmetrical Mode, Slow Timer Clock BA PWM .1 PWM Channel Interrupt Request Flags PIR0 . PIR3 BA SSC.6 Synchronous Serial Channel Baud


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PDF SAH-C167CW-L16M C167CW-L16M 144-pin P-MQFP-144-1) C167CW SAH-C167CW-L16M, SAH-C167CW-L16M SAF-C167CW C166 C167
2010 - "Digital Comparator"

Abstract:
Text: . . . . . . . . . . . . . . . . . . . . . 14 3.2.1 3.2.2 How to enable the DC3 and DC4 output , " condition and awaken it . . . . . . 25 3.2.8 How to generate a PWM . . . . . . . . . . . . . . . . . . , Bridge 1 and 2: PWM and operation mode selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19 Bridge 3 and 4: PWM and operation mode , . . . 25 GPIO11 configuration for PWM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .


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PDF AN3097 EVAL6460 L6460 "Digital Comparator" ARM str7 half bridge pwm controller 16599 DO5040H GPIO14 STPS15
2010 - 16599

Abstract:
Text: . . . . . . . . . . . . . . . . . . . . . 15 3.2.1 3.2.2 How to enable the DC3 and DC4 output , " condition and awaken it . . . . . . 26 3.2.8 How to generate a PWM . . . . . . . . . . . . . . . . . . , Bridge 1 and 2: PWM and operation mode selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20 Bridge 3 and 4: PWM and operation mode , . . . 26 GPIO11 configuration for PWM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .


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PDF AN3097 EVAL6460 L6460 16599 AN3097 DO5040H GPIO14 JP13 STPS15L60
2013 - Not Available

Abstract:
Text: and Off times • Low On-State Voltage Drop • PWM to 1 kHz for DC Input Models PRODUCT , ) Rated Load Current {IEC 60947-4-1 DC-3 } [FLA](4, 5) 17 (≤ 48 VDC) 25 (≤ 48 VDC) 17 (≤ 72 VDC , ) 225-300 (25.4-33.9) 225-300 (25.4-33.9) 225-300 (25.4-33.9) Maximum PWM (Hz) (3) 1000 1000 1000 , curves (3) See PWM Derating Chart for DC Input Models Only (4) In order to achieve indicated ratings , Temperature (ºC) 70 80 Panel Mount DataSheet Contactor PWM DERATE INFORMATION HDC60D120 &


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PDF HDC60D120, HDC100D120, HDC200D120 HDC60A120, HDC100A120, HDC200A120 HDC60D160, HDC100D160, HDC200D160 HDC60A160,
2013 - ed series

Abstract:
Text: -1, DC-3 [Adc, FLA] Maximum Load Current UL 508 Motor Controller [FLA] (3) Minimum Load Current [Adc , 40°C [Vdc] Maximum Surge Current (10ms) [Adc] Maximum PWM [Hz] (4) 1-48 5 5 2.0 0.1 20 0.3 , EDxxE5 4) PWM does not apply to EDxxB5 and EDxxE5 MECHANICAL SPECIFICATIONS WIRING DIAGRAM


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PDF ED06D5 ED06C5 ED06F5 ED06E5 ED06B5 ED10D5 ED10C5 ED10F5 ED10E5 ED10B5 ed series
Not Available

Abstract:
Text: -1, DC-3 [Adc, FLA] Maximum Load Current UL 508 Motor Controller [FLA] (3) Minimum Load Current [Adc , 40° [Vdc] C Maximum Surge Current (10ms) [Adc] Maximum PWM [Hz] (4) 1-48 5 5 2.0 0.1 20 , EDxxB5 and EDxxE5 4) PWM does not apply to EDxxB5 and EDxxE5 MECHANICAL SPECIFICATIONS WIRING


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PDF ED06D5 ED06C5 ED06F5 ED06E5 ED06B5 ED10D5 ED10C5 ED10F5 ED10E5 ED10B5
Supplyframe Tracking Pixel