The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LTC1064-4 Linear Technology IC SWITCHED CAPACITOR FILTER, BUTTERWORTH, LOWPASS, PDIP14, Active Filter
LTC1064-3CJ Linear Technology IC SWITCHED CAPACITOR FILTER, BESSEL, LOWPASS, CDIP14, 0.300 INCH, HERMETIC SEALED, CERDIP-14, Active Filter
LTC1044CS8 Linear Technology LTC1044S8 - Switched Capacitor Voltage Converter; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LT3484EDCB-1#TRMPBF Linear Technology LT3484 - Photoflash Capacitor Charger; Package: DFN; Pins: 6; Temperature Range: -40°C to 85°C
LT3484EDCB-2 Linear Technology LT3484 - Photoflash Capacitor Charger; Package: DFN; Pins: 6; Temperature Range: -40°C to 85°C
LT3750EMS Linear Technology LT3750 - Capacitor Charger Controller; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C

capacitor 705k Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
capacitor 705k

Abstract:
Text: 705J and A D 705K are rated over the commercial tem perature range o f 0 to +70°C. T he AD705A and , V V fxA M -A A D 705K AD 705B A D 705T REV. A AD705 A D 705J/A Parameter , ) A D 705K /B Max A D 705A Q A D 7 0 5 JN 8-Pin S O IC (R-8) T a p e + Reel Min T yp A D 705T Max A D 705B Q A D 705K N Min Typ Max Units A D 705TQ A D 7 0 5JR , OPERATIONAL AMPLIFIERS 2 -1 4 9 AD705 i s VALUE OF OVERCOMPENSATION CAPACITOR - pF Figure 19. S le


OCR Scan
PDF AD705T) AD705K/T) AD705K) EIA-481A MIL-STD-883B AD705 capacitor 705k
VICTOREEN resistor mox 3

Abstract:
Text: 705K A D 705B A D 705T 2-146 OPERATIONAL AMPLIFIERS REV. A AD705 Param eter PACK AG E O P T , N SIST O R C O U N T # o f Transistors C onditions M in A D 705J/A T yp A D 705K /B M ax M in Typ M , 45 A D 705BQ A D 705K N A D 705T Q 45 45 NOTES 'Bias Current Specifications are , Voltage REV. A OPERATIONAL AMPLIFIERS 2-149 AD705 S I VALUE OF OVERCOMPENSATION CAPACITOR , minimum output. For the best CMR at higher frequencies, capacitor C2 should be replaced with a 1.5 pF to


OCR Scan
PDF AD705T) AD70SK/T) AD705K) AD705K/T) EIA-481A MIL-STD-883B AD706 AD704 VICTOREEN resistor mox 3 VICTOREEN MOX ad705j 705J "VICTOREEN" VICTOREEN resistor VICTOREEN AD705 AD705T capacitor 705k
VICTOREEN resistor mox 3

Abstract:
Text: 705K /B Typ M ax M in A D 705T Typ M ax U n its IN P U T O FFSET VOLTAGE Initial Offset Offset vs , yp M ax M in A D 705K /B T yp M ax M in A D 705T T yp M ax U n its PACKAGE OPTION S 8-Pin Cerdip , OVERCOMPENSATION CAPACITOR - pF FREQUENCY - Hz F ig u re 19. S le w Rate & G ain B a n d w id th P ro d u c t vs , minimum output. For the best CMR at higher frequencies, capacitor C2 should be replaced with a 1.5 pF to 20 pF trimmer capacitor . Both the IC socket and any standoffs at the op amp's input ter minals should


OCR Scan
PDF AD705T) AD705K/T) AD705K) MIL-STD-883B AD706 AD704 VICTOREEN resistor mox 3
2004 - LT3445

Abstract:
Text: 2.2µH PWR_EN I2C BUS SW RUN SDA LTC3445 FB VCC 20k nVCC_FAULT 1.3V 705k VCC1 , 6µA. In this sleep state, the load current is being supplied solely from the output capacitor . As , Compensation The LT3445 is frequency compensated by an internal dominant pole. An output capacitor of 2µF to , capacitor may be needed between the output pin and the feedback pin. This cancels the pole formed by the stray capacitance in large value feedback resistors. Also, a feedback capacitor minimizes noise pickup


Original
PDF LTC3445 600mA 100kHz) 400kHz) 24-Lead programmableSSOP16E LTC3455 QFN24 LTC4055 LTC4411/LTC4412 LT3445 LTC3445 3445f CDRH3D16 LTC3445EUF PXA270 PXA27X
2004 - LTC3445

Abstract:
Text: 1.3V 705k VCC1 OR GND ADD7 VCC1 OR GND ADD6 604k 10µF CER DAC MIN 100 60 , 6µA. In this sleep state, the load current is being supplied solely from the output capacitor . As , Compensation The LT3445 is frequency compensated by an internal dominant pole. An output capacitor of 2µF to , capacitor may be needed between the output pin and the feedback pin. This cancels the pole formed by the stray capacitance in large value feedback resistors. Also, a feedback capacitor minimizes noise pickup


Original
PDF LTC3445 600mA 100kHz) 400kHz) 24-Lead programmable16E LTC3455 QFN24 LTC4055 LTC4411/LTC4412 LTC3445 LTC3445EUF QFN24 503k PXA27x Processor design PXA27X PHILIPS MOSFET MARKING LTC3445EUF LT3445 LT344 CDRH3D16
2004 - LTC3445

Abstract:
Text: 4.7µF CER 2.2µH PWR_EN I2C BUS nVCC_FAULT SW SDA FB LTC3445 705k VCC1 OR GND , In this sleep state, the load current is being supplied solely from the output capacitor . As the , capacitor of 2µF to 10µF is usually large enough to provide good stability. In order to insure stability, a feedforward capacitor may be needed between the output pin and the feedback pin. This cancels , capacitor minimizes noise pickup and improves ripple rejection. PowerPath OPERATION The output of the


Original
PDF LTC3445 600mA 100kHz) 400kHz) 24-Lead LTC3455 QFN24 LTC4055 LTC4411/LTC4412 3445fa LTC3445
1997 - 500 Watt Phase Shifted ZVT Power Converter

Abstract:
Text: product for the transformer cores and protects against saturation. A coupling capacitor C3 has been , C9 1000µF R12 4.7K UC3610 2 14 13 R11 70.5K D8 APT30D20B 6 10 C8 4.7µ , 33µH 22µH 3µH 39µH 10 2.7K 2.7K 10 2.7K 2.7K 30 270 70.5K 4.7K 0.005 15.8K 4.7K 15.8K


Original
PDF APT9703 500 Watt Phase Shifted ZVT Power Converter ZVT full bridge pwm controller uc3875 Designing a Phase Shifted Zero Voltage Transition ZVT Power Converter uc3875 application pfc ZVT uc3875 SEM900 MKT .33K APT9703 ZVT full bridge pwm controller phase shifted zero voltage
echo mixer circuit diagram

Abstract:
Text: mode LPF capacitor Vocal fader mode LPF capacitor Vocal fader mode LPF capacitor Ground Function , 9.0V 4.5V 4.5V 4.5V 2.5V Pin type EF (P-P) * * 100kQ 23.5k Q 70.5k Q EF (NPN), 15kQ KARAOKE echo , Compression detection wave Vcc Bias and capacitor for ripple rejection Microphone amplifier negative feedback , tached capacitor and resistor to configure a tertiary LPF for anti-aliasing and smoothing (Vcc = 9.0V , attach a capacitor for phase correction to the LINE OUT pins. BA7726AS/B A7726AFS Fig. 9 2


OCR Scan
PDF BA7726AS/BA7726AFS BA7726AS BA7726AFS BU9252 BA7726AS/B A7726AFS echo mixer circuit diagram karaoke mixer circuit diagram Mini Amplifier with Echo
1999 - analog ECHO microphone mixing circuit diagram

Abstract:
Text: VF LPF1 Vocal fader mode LPF capacitor 4.5V 23.5k 8 VF LPF2 Vocal fader mode LPF capacitor 4.5V 70.5k 9 VF LPF3 Vocal fader mode LPF capacitor 4.5V EF (NPN), 15k 10 , , recovery R = 85.6k Compression detection wave VCC 9.0V - Bias and capacitor for ripple , BA7726AS / BA7726AFS (5) LPF · Use the internal operational amplifier and an attached capacitor and , sure to attach a capacitor for phase correction to the LINE OUT pins. + 1 LINE OUT R 4700p


Original
PDF BA7726AS BA7726AFS BA7726AFS BU9252 analog ECHO microphone mixing circuit diagram echo mixer circuit diagram echo mixer circuit elimination feedback microphone karaoke mixer circuit diagram microphone amplifier with alc BU9252F SSOP-A32
Not Available

Abstract:
Text: ) 4.5V 100kQ 7 VF LPF1 Vocal fader mode LPF capacitor 4.5V 23.5k Q 8 VF LPF2 Vocal fader mode LPF capacitor 4.5V 70.5k Q 9 VF LPF3 Vocal fader mode LPF capacitor , capacitor for ripple rejection 4.5V 23.5k Q 25 MIC AMP NF Microphone amplifier negative , in te rn a l o p e ra tio n a l a m p lifie r a n d an a t­ tached capacitor and resistor to , notes 1. LINE OUT (pins 1 and 2) signal processing 2. • Be sure to attach a capacitor for


OCR Scan
PDF BA7726AS/BA7726AFS BA7726AS BA7726AFS BU9252 BA7726AS BA7726AFS SDIP32 D0221L.
1999 - karaoke mixer circuit diagram

Abstract:
Text: VF LPF1 Vocal fader mode LPF capacitor 4.5V 23.5k 8 VF LPF2 Vocal fader mode LPF capacitor 4.5V 70.5k 9 VF LPF3 Vocal fader mode LPF capacitor 4.5V EF (NPN), 15k 10 , , recovery R = 85.6k Compression detection wave VCC 9.0V - Bias and capacitor for ripple , BA7726AS / BA7726AFS (5) LPF · Use the internal operational amplifier and an attached capacitor and , sure to attach a capacitor for phase correction to the LINE OUT pins. + 1 LINE OUT R 4700p


Original
PDF BA7726AS BA7726AFS BA7726AFS BU9252 BA7726AS SDIP32 51Min. SSOP-A32 karaoke mixer circuit diagram karaoke CIRCUIT echo mixer circuit echo mixer circuit diagram SSOP-A32 BU9252F Digital ECHO microphone mixing circuit analog ECHO microphone mixing circuit diagram
2008 - Not Available

Abstract:
Text: Capacitance Jumper JP1 connects the input capacitance to the circuit. The input capacitor is disconnected , , XR7 ceramic capacitor . © 2008 Microchip Technology Inc. DS51751A-page 5 SOT-223-5 Voltage , output, JP5 connects R6 to the device output. 1.2.8 Output Capacitor C2 may be populated with the desired output capacitance. By default, C2 is populated with a 1 µF, 6.3V, XR7 ceramic capacitor , Evaluation Board kit comes with a 1 uF ceramic input and output capacitor soldered to the board. A 10 kÎ


Original
PDF OT-223-5 DS51751A DS51751A-page
VA705

Abstract:
Text: °C unless otherwise stated) VA705J SYMBOL Vos 0 » ^ AVq s /AT ·b lo s 0° STÂ S70°C VCM r in d VA 705K , dependent upon the load capacitor . This results in loss of gain margin (gain af loop phase - 360°) at


OCR Scan
PDF 0122E 250ns 25MHz VA705 T-79-07-10 VA705
2009 - PWM MTD3055

Abstract:
Text: ceramic capacitor is placed as close as possible to and connected to this pin and ground pin. This pin supplies voltage to high side FET driver. A high freq minimum 0.1uF ceramic capacitor is placed as close as , 1.5uH 20V 200kHz Output Capacitor Selection Output capacitor is basically decided by the amount of , capacitor . For example, for 25mV output ripple, POSCAP 2R5TPE330MCC2 with 12m are chosen. V -V V 1 L OUT , choice. Current Ripple is calculated as Rev. 1.4 01/08/08 Number of Capacitor is calculated as N


Original
PDF NX2715 NX2715 PWM MTD3055 MTD3055 FP1 C16
2005 - 18126D107MAT

Abstract:
Text: disabled drawing <1.5µA of supply current. A capacitor to ground from this pin sets the ramp time to full , PGND with a capacitor . SGND (Pin 8): Signal Ground. All small-signal components and compensation , ): Reference Output. Decouple this pin with a 2.2µF capacitor . RUN/SS (Pin 7): Run Control and Soft-Start , Supply. Decouple this pin to SGND with a capacitor . 3418fa 5 LTC3418 U U U PI FU CTIO , MOSFET is held off while the load current is solely supplied by the output capacitor . When the output


Original
PDF LTC3418 TSSOP16E LTC3414 TSSOP20E LTC3416 3418fa 18126D107MAT 2022K FDV0620-R20M IHLP-2525CZ-01 LTC3418 LTC3418EUHF
2005 - Not Available

Abstract:
Text: are disabled drawing <1.5µA of supply current. A capacitor to ground from this pin sets the ramp , this pin with a 2.2µF capacitor . SVIN (Pin 24): Signal Input Supply. Decouple this pin to SGND with a capacitor . VFB (Pin 25): Feedback Pin. Receives the feedback voltage from a resistive divider , capacitor . When the output voltage drops, the top and bottom power MOSFETs begin switching to bring the , operation allows the use of smaller inductor and capacitor values. Operation at lower frequencies improves


Original
PDF LTC3418 300kHz 38-Lead TSSOP16E TSSOP20E LT1676 LT1765 LTC1879
2005 - 10 uh 2A inductors

Abstract:
Text: current. A capacitor to ground from this pin sets the ramp time to full output current. PVIN (Pins 3, 4, 9, 10, 22, 23, 28, 29): Power Input Supply. Decouple this pin to PGND with a capacitor . SGND , with a 2.2µF capacitor . RUN/SS (Pin 7): Run Control and Soft-Start Input. Forcing this pin below , SGND with a capacitor . 3418f 5 LTC3418 U U U PI FU CTIO S VFB (Pin 25): Feedback Pin , MOSFET is held off while the load current is solely supplied by the output capacitor . When the output


Original
PDF LTC3418 TSSOP16E LTC3414 TSSOP20E LTC3416 3418f 10 uh 2A inductors 18126D107MAT 2k3219 3418 FDV0620-R20M IHLP-2525CZ-01 LTC3418 LTC3418EUHF servo system design
2005 - LTC3418

Abstract:
Text: . In shutdown all functions are disabled drawing <1.5A of supply current. A capacitor to ground from , ): Reference Output. Decouple this pin with a 2.2F capacitor . SVIN (Pin 24): Signal Input Supply. Decouple this pin to SGND with a capacitor . VFB (Pin 25): Feedback Pin. Receives the feedback voltage from a , MOSFET is held off while the load current is solely supplied by the output capacitor . When the output , efficiency and component size. High frequency operation allows the use of smaller inductor and capacitor


Original
PDF LTC3418 300kHz 38-Lead TSSOP16E TSSOP20E LT1676 LT1765 LTC1879 LTC3418 18126D107MAT FDV0620-R20M IHLP-2525CZ-01 LTC3418EUHF LTC3418EUHFPBF
2006 - RF3103

Abstract:
Text: 2 AA or 1 to 2 Li-Ion 320V 1M 4.7µF VBAT 150µF Photoflash Capacitor SW DONE , I2C VCC VCC2 VBACKUP PWR_EN VCC1 or GND ADD7 ADD6 LDO2 4.7µF CER 705k


Original
PDF LTC4076/77 LTC4065L: LTC4065L2mm DFN250mA PMPP0906 RF3103 LTC3549 LTC3445 LTC3452 DFN 3x4 LTC4088 Flashlamp LTC1734L u225 LTC3447
2006 - SSN SOT-23

Abstract:
Text: . By eliminating the inductor, these switched capacitor converters provide small solution footprint , invert an input voltage. By eliminating the inductor, these switched capacitor converters provide small , XENON PHOTOFLASH CHARGERS Xenon Photoflash Chargers LT3485-0: Photoflash Capacitor Chargers with


Original
PDF PMPP060610K SSN SOT-23 LTC3452 LTC3445 LTC4054L LTC1734L LTC1734 LT3472 lt1618 dfn10 footprint car battery charger
1997 - cir 2272

Abstract:
Text: is proportional to the value of VAIN. Both slopes are made with the same integrating capacitor C1 , state is proportional to the value of VAIN. The basic assumptions are that the integrating capacitor , type of converter is heavily dependent on the stability of the integrating capacitor . FIGURE 13 , essentially removes the stability factor of the integrating capacitor from a conversion, however, the , input as the conversion rate is varied. Dielectric absorption is defined as the capacitor dielectric


Original
PDF AN611 PIC16C622 PIC16CXXX PIC16C62X cir 2272 85713 B 2N3456 nf 922 disadvantages of Single-Slope AN611 85713 2N3456 transistor 2N3456 equivalent s t u 309d
1995 - nf 922

Abstract:
Text: to the value of AIN. Both slopes are made with the same integrating capacitor C1 and measured with , the value of AIN. The basic assumptions are that the integrating capacitor C1 and the clock used to , dependent on the stability of the integrating capacitor . FIGURE 13: SINGLE-SLOPE INTEGRATING CONVERTER , stability factor of the integrating capacitor from a conversion, however, the dielectric absorption of C1 , varied. Dielectric absorption is defined as the capacitor dielectric's unwillingness to accept or give


Original
PDF AN611 PIC16C622 PIC16CXX PIC16C62X DS00611A-page nf 922 1E86 2N3456 equivalent 2N3456 transistor 2N3456 2N3456 2n2219 FLUKE 79 -3 -3001 LM134 334 royal ohm chip resistor 0603 FLUKE 79 3 series
1997 - 2N3456

Abstract:
Text: is proportional to the value of VAIN. Both slopes are made with the same integrating capacitor C1 , state is proportional to the value of VAIN. The basic assumptions are that the integrating capacitor , type of converter is heavily dependent on the stability of the integrating capacitor . FIGURE 13 , essentially removes the stability factor of the integrating capacitor from a conversion, however, the , input as the conversion rate is varied. Dielectric absorption is defined as the capacitor dielectric


Original
PDF AN611 PIC16C622 PIC16CXXX PIC16C62X D-81739 2N3456 cir 2272 85713 B Fluke 2N3456 2n2219 294a 2N3456 transistor 85713 RS-232 trackball AN611
2007 - LTC3544

Abstract:
Text: Capacitor IQ ISD (µA) Package High Voltage Buck Regulators (compatible with LTC3557/-1) LT3505 , . By eliminating the inductor, these switched capacitor converters provide small solution footprints , capacitor converters provide small solution footprint and a simple design. 500mA Low Noise Dual Mode , 10 VOUT 16V 16mA 2.2µF GND 0.1 VIN (V) Load From Capacitor 240 Load From


Original
PDF SE-164 1-800-4-LINEAR LW10087KR LTC3544 RF3103 LTC3522 LTC3452 LTC3445 LTC3533 F QFN 3X3 LTC4088 DFN 3x4 LTC1734L
2007 - RF3103

Abstract:
Text: Reference Voltage (V) Inductor Size (µH) Output Capacitor IQ ISD (µA) Package High Voltage , step-down or step-up/down an input voltage. By eliminating the inductor, these switched capacitor , voltage. By eliminating the inductor, these switched capacitor converters provide small solution , Measurement BW 10 VOUT 16V 16mA 2.2µF GND 0.1 VIN (V) Load From Capacitor 240 Load


Original
PDF SE-164 1-800-4-LINEAR LW10087KR RF3103 LTC3544 LTC4078 LTC3522 LTC3445 LTC3533 QFN 10 2x2 footprint F QFN 3X3 LTC4095 LTC4088
Supplyframe Tracking Pixel