500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Top Results

Part Manufacturer Description Datasheet BUY
LTC1064-4 Linear Technology IC SWITCHED CAPACITOR FILTER, BUTTERWORTH, LOWPASS, PDIP14, Active Filter visit Linear Technology - Now Part of Analog Devices
LTC1060MJ/883 Linear Technology IC DUAL SWITCHED CAPACITOR FILTER, RESISTOR PROGRAMMABLE, UNIVERSAL, CDIP20, CERDIP-20, Active Filter visit Linear Technology - Now Part of Analog Devices
LTC1061MS Linear Technology IC TRIPLE SWITCHED CAPACITOR FILTER, UNIVERSAL, PDSO20, PLASTIC, SOL-20, Active Filter visit Linear Technology - Now Part of Analog Devices
LTC1064-2MJ Linear Technology IC SWITCHED CAPACITOR FILTER, BUTTERWORTH, LOWPASS, CDIP14, 0.300 INCH, HERMETIC SEALED, CERDIP-14, Active Filter visit Linear Technology - Now Part of Analog Devices
LTC1064-4MJ/883B Linear Technology IC SWITCHED CAPACITOR FILTER, BUTTERWORTH, LOWPASS, CDIP14, CERDIP-14, Active Filter visit Linear Technology - Now Part of Analog Devices
LTC1064-7MJ#TRPBF Linear Technology IC SWITCHED CAPACITOR FILTER, BESSEL, LOWPASS, CDIP14, LEAD FREE, CERDIP-14, Active Filter visit Linear Technology - Now Part of Analog Devices

polystyrene TRW capacitor

Catalog Datasheet MFG & Type PDF Document Tags

polystyrene TRW capacitor

Abstract: Polystyrene Metallized Carrier Capacitors Wrap & Fill Case Type X863 (Formerly TRW X1263 , polystyrene dielectric capacitor permits easier compensation in RC circuits. Self-healing characteristics , design of the ASC metallized earner polystyrene dielectric capacitor provides features not available , C Polystyrene Metallized Carrier Capacitors Type X863 Wrap & Fill Case (Formerly TRW X1263 , ±2%, ±1% Physical Characteristics Construction: Non-inductive wound polystyrene and metallized
-
OCR Scan
polystyrene TRW capacitor

polystyrene TRW capacitor

Abstract: > S 4 C Type 804 (Formerly TRW-604 series) â'¢ Polystyrene Extended Foil Construction â , : (308) 284-8324 122 Polystyrene Capacitors Preform Case Type 804 (Formerly TRW-604 Series , equal to or less than 1000 VAR per MFD at rated voltage. Polystyrene Capacitors Preform Case , ' Dimensions per TABLE I. Construction: Non-inductive extended foil polystyrene Lead Wire Gauge: 20 , polystyrene film capacitors is a main factor in its use in computers and timing circuits. Precision Test
-
OCR Scan
TRW-604

polystyrene TRW capacitor

Abstract: Type 805 (Formerly TRW-605 series) â'¢ Small â'Footprintâ' For HighDensity PCBâ'™s â'¢ Polystyrene Extended Foil Construction â'¢ High Stability â'¢ Very Low Losses â'¢ Capacitance Tolerances , Polystyrene Capacitors Pretorm Case Environmental Characteristics Dimensions Per Table I Temperature , polystyrene Standoff ("S" Dimension per Figure)â'" .020 Nominal Case: Lead Wire Gauge , Timing Circuits: The extremely low dielectric absorption of polystyrene film capacitors is a mam
-
OCR Scan
TRW-605

polystyrene TRW capacitor

Abstract: > S 4 C Type 811 (Formerly TRW-611 Series) â'¢ Polystyrene and Foil Construction â'¢ Very , 4 C Polystyrene Capacitors Self-Encased Type 811 (Formerly TRW-611 Series) Example of How , . Polystyrene Capacitors Self-Encased Inductance: Soldering: Body: 10 to 30 nH, function of the body , low dielectric absorption of polystyrene film capacitors is a main factor in its use in computers , circuits which requite a very minim um distortion call upon the polystyrene capacitors in then design
-
OCR Scan
TRW-611 500PF

polystyrene TRW capacitor

Abstract: > S 4 C Type 816 (Formerly TRW-616 Series) â'¢ Polystyrene and Foil Construction â'¢ Very , «? 70 :C Temperature Range: -40 to +70' C General: In general capacitor users selected polystyrene , Polystyrene Capacitors Self-Encased (Formerly TRW-616 Series) CAPACITANCE RANGE IN PF Example of How , 500PF. -125 ±75 ppm/l C. Dissipation Factor: Shall not be greater than .05%. Polystyrene , polystyrene film capacitors is a mam factor in its use in computers and timing circuits Environmental
-
OCR Scan
TRW-616

polystyrene TRW capacitor

Abstract: 118MFRTD Note 3 10k 75k* GAIN TRIM 0V-3V OUTPUT * 75k=TRW tt MTR-5 / +120ppm +POLYSTYRENE - I_I " A , oscillator, free-running at 200kHz, drives a non-overlapping clock. Placing a capacitor from pin 16 to ground , 's inputs. The 0.0 VF capacitor at pin 16 sets the switching frequency at 500Hz. Common-mode voltages are , capacitors. For polystyrene types, this will typically be 20ppm/°C. The circuit input, determined by the pin , to the summing point by LTC1043A is a function of the 0.0VF capacitor's input-derived voltage and the
-
OCR Scan
LTC1043 IRF533N-CHANNEL 118MFRTD panametrics LVDT Signal Conditioner techniques ysi 44006 thermistor wein bridge circuit for pt 100 sensor rtd circuit of output 5v circuit by wein bridge LT1004 1N4148 IRF9531

Schaevitz lvdt Recovers Signal from 100 Noise

Abstract: ysi44201 is the 120ppm/°C tempco of the 1000pF capacitor, which should be polystyrene. This can be reduced to , 0V TO 3V *75k = TRW #MTR-5/+120ppm POLYSTYRENE AN03 F12a HORIZONTAL = 50ns/DIV 12a , 6.19k* 8 C = 20mA 5V GAIN 2.5k ­ 1F B = 10V D = 5V LF356 POLYSTYRENE *TRW MTR , , drives a non-overlapping clock. Placing a capacitor from Pin 16 to ground shifts the oscillator , between the circuit's inputs. The 0.01F capacitor at Pin 16 sets the switching frequency at 500Hz
Linear Technology
Original
Schaevitz lvdt Recovers Signal from 100 Noise ysi44201 ltc1034 YSI 400 thermistor ysi 44006 thermistor network 44006 LT1011 PN0800-0004 IRF533 AN3-16

LTC1056

Abstract: oscilloscope service manual POLYSTYRENE 2 50k *1% FILM RESISTOR *TRW MTR-5 120ppm/°C 100pF ­5V 1F 3 10k 50k , *TRW MTR-5/120ppm/°C POLYSTYRENE 0.1 = 1N4148 ­5V + 5V 6 A4 1/2 LT319A 7 1k , in the VF are cancelled. No precision components are required, although the polystyrene capacitor is , 74C221 RC GND 7 *POLYSTYRENE *TRW MTR-5 120ppm 4.7k 2N3904 + C2 1/2 LT319A 1N4148 NC , . A2's specified feedback resistor compensates A1's polystyrene feedback capacitor. Overall circuit
Linear Technology
Original
LTC1056 oscilloscope service manual lt1021s LT317 MC10136 CD4013 application 100MH 110MH AN14-19 AN-13 AN14-20

4013 flipflop

Abstract: oscilloscope service manual LEVEL SHIFT EL2004 = ELANTEC t POLYSTYRENE *1% FILM RESISTOR *TRW MTR-5/ + 120ppm/°C LINEARITY BIAS , are required, although the polystyrene capacitor is needed for high linearity. The circuit's 7ppm , polystyrene feedback capacitor. Overall circuit tempco is about 35ppm/°C. As shown, a 0°C-100°C excursion , >121 ^ 360 _4.7/(F 121 +5Vâ'"[6 *1% FILM "*TRW MTR-5/ - 120ppm/ - C f POLYSTYRENE R1 V1 Figure , diode, serving as an integrating capacitor. A3 unloads the varactor and biases a trigger made up of the
-
OCR Scan
4013 flipflop teledyne transistor cross reference CA3096 "cross reference" ad639 6012 DAC 2N2369

2N2222 pnp

Abstract: IC free around A1. The ­120ppm/°C drift of the 100pF charge-dispensing polystyrene capacitor is compensated by , transistors turn on, resetting the feedback capacitor and forcing A1's output to zero. When the capacitor , dispensed into a 1F capacitor from the 100pF capacitor via the LTC1043 switch. The larger capacitor , POLYSTYRENE LM329 500 0°C ADJ LM334-3 2k 100°C ADJ ­ 820* 510 2V A1 LT1056 + *1 , 1.2V 2 COLD JUNCTION BIAS 487* 301k* 100pF 187* AN07 F02 *0.01% FILM-TRW MAR-6 *TRW
Linear Technology
Original
2N2222 pnp IC free Vernitron potentiometer 2n2222 -331 2n2222 -331 transistors ultrasonic transducer polaroid AN7-15 AN7-16

2N3904 TRANSISTOR using darlington amplifier

Abstract: crystal 20Mhz coefficient of the polystyrene capacitor is partially offset by the opposing positive temperature coefficient , 14. Figure13's Waveforms *TRW TYPE MTR-5/+120ppm/°C C = 0.015µF = POLYSTYRENE- 120ppm/°C ±30ppm , trigger biased into its linear region. The capacitor adds phase shift and the circuit oscillates at the , capacitor simply blocks DC in the gain path. Figure 1e shows a circuit based on discrete components , RC-comparator multivibrator circuit with the crystal connected directly across the timing capacitor. , LTC and
Linear Technology
Original
2N3904 TRANSISTOR using darlington amplifier crystal 20Mhz of 2n3904 74LS04 74LS04 as colpitts oscillator 10mhz crystal oscillator 150MH AN12-8

CANON-FN30

Abstract: ROSEMOUNT-118MF-100 capacitor between the circuit input and the LTC1052's input. This stage, accomplishing a , inductive flyback ceases. During this period, S1's input (Trace C) is turned on, and the 0.047 capacitor , 0.068F capacitor slows the switches turn-on edge. These measures ensure clean back EMF acquisition in , 100 resistor, completing a current control loop around T1. The 0.33F capacitor furnishes stable loop , 500S INPUT INTERROGATION PULSE 1k TRW #PC-SS0-32 AN11 F12 = FLOATING COMMON = GROUND
Linear Technology
Original
CANON-FN30 ROSEMOUNT-118MF-100 PICO-31080 CANON-FN30-R13NIB CA3046 pnp array IC 74C906 LT1014 LT1009 AN11-16

IC CD4066

Abstract: IC 74C14 correction's sign and magnitude directly oppose that of the ­120ppm/°C 0.001F polystyrene capacitor, aiding , 1.21M* AN23 F01 RP = ROSEMOUNT 118MF * = TRW MAR-6 0.1% * = 1% METAL FILM = LT1078 CAN BE USED , °C ±0.75°C LT1006 ­ 5.76M* TYPE J THERMOCOUPLE 5.98k* * = TRW MAR-6 0.1% RT = YELLOW , SAMPLE COMMAND A3 A1, A2, A3 = LT1013 QUAD * = 1% METAL FILM RESISTOR * = POLYSTYRENE AN23 F03 , the 100mA capability LT1054 to sink about 24mA. The 0.02F capacitor stabilizes the loop. The
Linear Technology
Original
IC CD4066 IC 74C14 74C905 circuit diagram of ic cd4066 cd4024 applications pin diagram of ic cd4066 AN23-23 LT1022 LT1010 AN23-24

of 2n3904

Abstract: LT1001 trw error term. The nominal - 120ppm/°C temperature coefficient of the polystyrene capacitor is partially , . Figure 1A shows a CMOS Schmitt trigger biased into its linear region. The capacitor adds phase shift and , . The capacitor simply blocks DC in the gain path. Figure 1E shows a circuit based on discrete , across the timing capacitor. Because the free running frequency of the circuit is close to the crystal , CONTROL â'"â 0.VF L '10k X ^ 5.6k 33pF ' â'"'0'â'"tH H 5.6k 0UTPUT(50S2) 100pF Oscillator *TRW
-
OCR Scan
LT1001 trw BG61AH-55 stable low frequency crystal oscillator fet LT1005 zener LM329 2N2369 paralleling

IC free

Abstract: Vernitron potentiometer loop around A1. The -120ppm/°C drift of the 100pF charge-dispensing polystyrene capacitor is , ramp amplitude becomes large enough, the transistors turn on, resetting the feedback capacitor and forcing A1 's output to zero. When the capacitor's reset current goes to zero, the transistors go off and , quantity of charge to be dispensed into the VF capacitor from the 100pF capacitor via the LTC1043 switch. The larger capacitor integrates the packets of charge, producing a DC voltage at A1 's negative input
-
OCR Scan
Endevco 2225 ultrasonic Transducer 2Mhz ultrasonic liquid level sensor ic VERNITRON-24-104 2N4393 ultrasonic 150khz transducer

AIR FLOW DETECTOR

Abstract: MAR6 around the input stage to null its offset. Switch S2 and capacitor Cexta act as a sample and hold to , Cexta and C ex t b are the holding elements of a sample and hold circuit. The important capacitor characteristics are leakage current and dielectric absorption. A high quality film-type capacitor such as mylar or , the capacitor settles, the ripple gradually disappears. If fast settling after power turn-on is impor , 1Hz- 30MHz Voltage-to-Frequency Converter 1HZ-30MH2 'OUTPUT 10k 1Hz TRIM 'TRW MTR-5/ +
-
OCR Scan
AIR FLOW DETECTOR MAR6 SAMPLE HOLD AMPLIFIER single supply ICL7650ITV LTC7652 LTC1052/LTC7652 74C903 150-C 45BC/W 110-C
Abstract: capacitance between the output and 2. Bypass the negative supply (Pin 4) with a 0.1 |iF ceramic capacitor , 2|iF solid tantalum bypass capacitor. The gain bandwidth product of the LT1011 is over 10GHz , capacitor 5MHz, where the LT1011 has a gain of -2000. This (>0.01 nF) close to the comparator to reduce , it with a of more than (2000)(1kQ) = 2M&, or less than 0.02pF. capacitor. The low input bias , either AC or DC. capacitor connected from Pin 5 to Pin 6. This elimi­ AC techniques do not shift the -
OCR Scan
LM111 LT1016 LT1116 LT1394 LT1671

pc87391

Abstract: 20 047 txd rxd Receiver Wake Up Time trw 10 150 µs Transmitter Radiant Intensity IEH 100 180 mW/Sr ILEDA = 400 , LIGHT tRW Figure 10. Receiver wakeup time waveform. 8 tTW Figure 11. TXD wakeup time , : CONDUCTIVE POLYSTYRENE MATERIAL OF COVER TAPE: PVC 4.65 ± 0.10 METHOD OF COVER: HEAT ACTIVATED ADHESIVE , 0.10 0.30 ± 0.10 4.50 ± 0.10 5°(MAX.) MATERIAL OF CARRIER TAPE: CONDUCTIVE POLYSTYRENE , connection should be before the current limiting resistor R1. In a noisy environment, including capacitor
Agilent Technologies
Original
HSDL-3603 pc87391 20 047 txd rxd R1100 ULTRA VIOLET LED AN1114 IEC825-C 5988-7926EN 5988-8659EN

CAPACITOR 365pf

Abstract: Theta-J solid state relay 100 capacitor connected from pin 5 to pin 6. This eliminates stray capacitive feedback from the output to the , 0.1/iF ceramic capacitor close to the comparator. 0.1/¿F can also be used for the positive supply , 8, use a 2/*F solid tantalum bypass capacitor. 3. Bypass any slow moving or DC input with a capacitor (>0.0VF) close to the comparator to reduce high frequency source impedance. 4. Keep resistive , impedances for DC accuracy, bypass it with a capacitor. The low input bias current of the LT1011 usually
-
OCR Scan
LT1011CS8 LT1011CN8 T0194 CAPACITOR 365pf Theta-J solid state relay 100 theta-j solid 01M4ITA LT1Q11/LT1011A 130CC/W

PC87309VLJ

Abstract: PC97338VJG Receiver Latency Time tL 10 150 µs Receiver Wake Up Time trw 10 150 µs Transmitter Radiant , RX LIGHT TXD RXD TX LIGHT tRW Figure 10. Receiver wakeup time waveform. 8 tTW , .) MATERIAL OF CARRIER TAPE: CONDUCTIVE POLYSTYRENE MATERIAL OF COVER TAPE: PVC 4.65 ± 0.10 METHOD OF , CARRIER TAPE: CONDUCTIVE POLYSTYRENE MATERIAL OF COVER TAPE: PVC 4.65 ± 0.10 METHOD OF COVER: HEAT , . In a noisy environment, including capacitor C2 can enhance supply rejection. C1 is generally a
Avago Technologies
Original
PC87309VLJ PC97338VJG lexan 500 HSDL-3603-007 HSDL-3603-207 HSDL-3603-208
Showing first 20 results.