500 MILLION PARTS FROM 12000 MANUFACTURERS

Datasheet Archive - Datasheet Search Engine

 

Direct from the Manufacturer

Part Manufacturer Description PDF Samples Ordering
LP395Z/LFT1 Texas Instruments Ultra Reliable Power Transistor 3-TO-92 pdf Buy
LP395Z/LFT4 Texas Instruments Ultra Reliable Power Transistor 3-TO-92 pdf Buy
TIP115 Texas Instruments PnP Darlington - Connected Silicon Power Transistors 3-TO-220 pdf Buy

Search Stock

Part Manufacturer Description Last Check Distributor Ordering
TRANSISTOR Fairchild Semiconductor BULK / SEC PKG 25 (Sep 2016) New Advantage Buy
TRANSISTOR FSC BULK / SEC PKG 25 (Sep 2016) New Advantage Buy
TRANSISTOR MICROSEMI BULK / SEC. PKG 45 (Sep 2016) New Advantage Buy
TRANSISTOR RAYTHEON BULK / SEC PKG 3 (Sep 2016) New Advantage Buy
TRANSISTOR KIT Jameco 560 Piece Transistor Component Kit 38 from $59.95 (Sep 2016) Jameco Electronics Buy
TRANSISTOR-/TEMP-ADAPTER Voltcraft VOLTCRAFT® Transistor-/Temperatur-Messadapter, Passend für VOLTCRAFT® VC100-Serie 118 from €6.16 (Sep 2016) Conrad Electronic Buy

transistor working principle

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: ,low-cost applications", where the base drive conditions are in principle not optimum. The transistor is , RBSOA- or FBSOA diagram of a bipolar transistor. TEMIC defines these as ,Safe Working Area". The , 250 300 600 2 2 Figure 16. Principle diagram of ,Safe Working Area" BUD620 BUD620 400 , .7 Working Voltage VCEW , .12 Upper Transistor ... Temic Semiconductors
Original
datasheet

20 pages,
525.57 Kb

transistor working principle BUF672 circuit diagram electronic choke osram osram ballast circuit transistor Electronic ballast pl lamp ballast DIAC st2 ILP toroidal transformer st2 diac electronic choke for tube light ANT016 rk2 zener electronic 40 w tube light choke ELECTRONIC BALLAST 8W fluorescent lamp 40 w electronic tube light choke ELECTRONIC BALLAST transistor DIAGRAM osram transistor Electronic ballast TEXT
datasheet frame
Abstract: T t Figure 2. Grouping principle The trigger circuit operates the transistor under test DUT , indicates Safe Working Area for TEMIC transistors. Transistor Selection Selection must be based on the , .3 Working Transistor Selection , circuit principle involved. If a phase control, such as the IC U2008B U2008B from TEMIC, is added to the circuit ... Temic Semiconductors
Original
datasheet

27 pages,
626.18 Kb

1n4148 ph EQUIVALENT TRANSISTOR bc547 VARISTOR k275 datasheet ANT011 Halogen lighting toroidal transformer U2008B electronic halogen transformer design 05 K275 varistor Varistor 07 k275 r20 k275 VARISTOR 07 K275 k275 zener k275 capacitor k275 05 k275 U2008B equivalent k275 varistor 07 k275 varistor VARISTOR k275 TEXT
datasheet frame
Abstract: Flow module For the connection of flow sensors IO-Link device with current and transistor outputs , Error monitoring Analog output transistor output transistor output Current range Load , parametrizable (transistor output error monitoring only active low) 20…30 VDC 100 mA Switching voltage , Terminal cross-section 1/4 Analog output for flow Transistor switching outputs for temperature and , Functional principle All non-Ex flow sensors FCS (immersion) and FCI (inline) can be operated with the ... Hans Turck
Original
datasheet

4 pages,
207.02 Kb

TEXT
datasheet frame
Abstract: having to program a lower and upper limit value. Working on the calorimetric principle, the connectible , Flow module For the connection of flow sensors IO-Link device with transistor outputs FM-IM , Temperature monitoring Error monitoring transistor output transistor output transistor output Switching characteristic Switching state PNP active high / active low parametrizable (transistor , -pole removable reverse polarity protected terminal blocks screw connection 1.5…2.5mm² Transistor outputs ... Hans Turck
Original
datasheet

4 pages,
206.66 Kb

FM-IM-3UP63X TEXT
datasheet frame
Abstract: Semiconductor Group 1 Silicon Hall-Effect Sensors Hall Effect Principle Silicon Hall Effect IC , thickness. A thin package where the IC surface is close to the package surface increases the usable working , (current sink) transistor (figure 3 ). 0 Figure 30 Block Diagram of a Switching Hall IC The magnetic , Unipolar Switches ­ Bipolar Switches The output transistor of an unipolar switch conducts when exposed to , principle are the intrinsically high sensitivity and the high stability. Semiconductor Group 7 ... Siemens
Original
datasheet

10 pages,
195.65 Kb

siemens automotive sensors circuit diagram hall effect sensor non latching hall sensor hall effect sensor siemens wheel speed sensor siemens hall effect hall switch ignition siemens magnetic sensors hall effect flow sensor SPEED SENSING ELEMENT Hall Effect Sensors car Speed Sensor circuit diagram hall effect ic rpm sensor WORKING PRINCIPLE OF proximity sensor circuit diagram of hall effect Hall sensors Siemens hall effect wheel speed sensor circuit TEXT
datasheet frame
Abstract: x B Z /d Figure 3 Data Book 23 2003-05 Silicon Hall ICs Hall Effect Principle Silicon , usable working air gap between the sensor and the magnet. Data Book 24 2003-05 Silicon Hall , unaffected by mechanical vibration. The output stage is an open collector (current sink) transistor (Figure 4 , Switches The output transistor of an unipolar switch conducts when exposed to a magnetic south pole , both Hall elements, are eliminated. The benefits of the differential principle are the intrinsically ... Infineon Technologies
Original
datasheet

9 pages,
137.49 Kb

Tesla sensor magnetic induction vibration sensors hall effect wheel speed sensor circuit TEXT
datasheet frame
Abstract: AP4340 AP4340 working VFB VPULSE VTRIGGER_3770 tD Figure 9. The Principle of AP4340 AP4340 and AP3770 AP3770 Sep , (DCM) operation for FLYBACK power supplies. The principle of PFM is different with that of Pulse , primary transistor Ip-The primary side current Is -The secondary side current VSEC-The voltage of , . So the range of load working in the audio frequency is suppressed. VCS_REF VH=0.5V VL , working conditions. In order to avoid oscillation, a hysteresis is added at the conversion between low ... Diodes
Original
datasheet

10 pages,
320.03 Kb

AP3770 TEXT
datasheet frame
Abstract: the principle of the detection of temperature differences. The cylindrical measuring probe contains , sent to a comparator which controls a transistor output signal. With a potentiometer the output signal is set to the requested set point. When the flow rate fails to reach this limit the transistor , of liquid media to check whether it falls below a predefined flow rate. Working on the basis of the calorimetric principle, the VE has no moving parts, which means that even media with entrained solids can be ... SIKA
Original
datasheet

11 pages,
2694.08 Kb

TEXT
datasheet frame
Abstract: Sargos IGBT Power Electronics Teaching System Principle for sizing power converters Inside the box , . 8 The IGBT (Insulated Gate Bipolar Transistor) module , test certificate, which is a guarantee of safe working of the stack · The technical description , determine the approximate working point (air flow, working pressure) of the fan by crossing the pressure , principle of the IGBT Figure 3 : Driver schematic principle of the SKHI 22A driver core The drivers ... SEMIKRON
Original
datasheet

17 pages,
1599.6 Kb

semikron SKHI 21 AR data sheet 600V igbt dc to dc buck converter pwm ac chopper control igbt semikron SKm 123D semikron skd skiip 23 ac 12 t3 semikron skiip 32 ups schematic diagram UPS 1200 inverter 400V igbt dc to dc buck converter Skiip Systems User Manual skiip 32 ac 12 t3 AN-8005 IGBT driver IC with PWM output SEMIKRON AN-8005 semikron SKHI 21 AR application note AN-8005 semikron SKHI 21 AR AN-8005 calculation of IGBT snubber AN-8005 SKiiP 31 AC 12 T2 AN-8005 semikron SKHI 22 AR AN-8005 AN-8005 AN-8005 TEXT
datasheet frame
Abstract: lower and upper limit value. Working on the calorimetric principle, the connectible sensors not only , Flow module For the connection of intrinsically safe flow sensors IO-Link device with transistor , software filter) Flow monitoring Temperature monitoring Error monitoring transistor output transistor output transistor output Switching characteristic Switching state PNP active high / active low parametrizable (transistor output error monitoring only active low) 20…30 VDC 100 mA ... Hans Turck
Original
datasheet

5 pages,
216.63 Kb

FMX-IM-3UP63X TEXT
datasheet frame

Archived Files

Abstract Saved from Date Saved File Size Type Download
4a. A comparison between both cir- cuits in the dynamic load/working order shows visi- ble , proportional to the winding current. In the dynamic working order a stepper motor chan- ges poles of the comes from a switched current regulation using the switch-transformer principle, as shown in fig. 8. The POSSIBLE IMPROVEMENTS OF THE UNI- POLAR CIRCUIT It would make no sense to apply the same principle to a and its behaviour corresponds more or less to the stabilized power principle. After a pre-de- termined
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1679-v2.htm
STMicroelectronics 14/06/1999 27.13 Kb HTM 1679-v2.htm
the one in Fig. 4a. A comparison between both cir- cuits in the dynamic load/working order shows motor is, among others, proportional to the winding current. In the dynamic working order a stepper current regulation using the switch-transformer principle, as shown in fig. 8. The phase winding is principle to a stabilized current controlled unipolar circuit, as two more switches per phase would be current rate of change and its behaviour corresponds more or less to the stabilized power principle
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1679-v3.htm
STMicroelectronics 25/05/2000 28.93 Kb HTM 1679-v3.htm
/working order shows visi- ble differences. Figure 4 : Resistance Current Limiter (a) and Cur- rent power of the motor is, among others, proportional to the winding current. In the dynamic working order a principle, as shown in fig. 8. The phase winding is switched to the supply voltage until the current would make no sense to apply the same principle to a stabilized current controlled unipolar circuit, as to the stabilized power principle. After a pre-de- termined the switch opens, a no a lower supply
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1679.htm
STMicroelectronics 20/10/2000 29.62 Kb HTM 1679.htm
the diode and in the transistor in a PFC working in continuous mode at a constant frequency. This losses in the transistor The principle of the calculation is the same as the calculation of turn-off paper explains why TURBOSWITCH"B" is a suitable family for PFC boost converters working in discontinuous mode, and why the TURBOSWITCH"A" should be used for PFC's working in continuous mode. In this voltage I L : current in the coil I D : current in the diode I T : current in the transistor I
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3606-v3.htm
STMicroelectronics 25/05/2000 15.74 Kb HTM 3606-v3.htm
4a. A comparison between both cir- cuits in the dynamic load/working order shows visi- ble , proportional to the winding current. In the dynamic working order a stepper motor chan- ges poles of the comes from a switched current regulation using the switch-transformer principle, as shown in fig. 8. The POSSIBLE IMPROVEMENTS OF THE UNI- POLAR CIRCUIT It would make no sense to apply the same principle to a and its behaviour corresponds more or less to the stabilized power principle. After a pre-de- termined
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1679-v1.htm
STMicroelectronics 02/04/1999 27.17 Kb HTM 1679-v1.htm
order to calculate the losses in the diode and in the transistor in a PFC working in continuous mode at (RMS) 2 rds ON : rds ON of the transistor 4.2.2.Total turn-on losses in the transistor The principle of PFC boost converters working in discontinuous mode, and why the TURBOSWITCH"A" should be used for PFC's working in continuous mode. In this kind of application, the main concern for the designer is to transistor I P : peak current in the coil d D : duty cycle of the diode Fc : switching frequency Vo : output
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3606-v1.htm
STMicroelectronics 02/04/1999 13.91 Kb HTM 3606-v1.htm
order to calculate the losses in the diode and in the transistor in a PFC working in continuous mode at (RMS) 2 rds ON : rds ON of the transistor 4.2.2.Total turn-on losses in the transistor The principle of PFC boost converters working in discontinuous mode, and why the TURBOSWITCH"A" should be used for PFC's working in continuous mode. In this kind of application, the main concern for the designer is to transistor I P : peak current in the coil d D : duty cycle of the diode Fc : switching frequency Vo : output
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3606-v2.htm
STMicroelectronics 14/06/1999 13.87 Kb HTM 3606-v2.htm
in the transistor in a PFC working in continuous mode at a constant frequency. This application note in the transistor The principle of the calculation is the same as the calculation of turn-off losses paper explains why TURBOSWITCH"B" is a suitable family for PFC boost converters working in discontinuous mode, and why the TURBOSWITCH"A" should be used for PFC's working in continuous mode. In this kind of coil I D : current in the diode I T : current in the transistor I P : peak current in the coil d D
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3606.htm
STMicroelectronics 20/10/2000 17.01 Kb HTM 3606.htm
Motors. 2. FUNCTIONAL DESCRIPTION The Stepper Motor's operating principle used in the current of the applied voltage. Fig. 3 shows the basic principle of modulation. During the powering-time of the working current of each phase winding. Moreover, ST52x301 provides a Triac-Driver peripheral to manage directly a Triac in several working modes. For example, In PWM mode, the user only needs to fix Darlington array able to provide up to 1.5A for each transistor. This interface logic chip is designed to
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/6435-v3.htm
STMicroelectronics 25/05/2000 16.16 Kb HTM 6435-v3.htm
transients. The principle of the band-gap circuit is well known and will be mentioned here in the briefest The rich transistor will typically run at 10 times the density of the lean ones, and a factor of 10 60 millivolt signal amplified by a gain of about 40. If you allow for a transistor running at 1 uA to to get false results in SPICE and other simulation schemes. Most transistor models do not accurately characteristics of the model of a transistor until the tempco of the breadboard or analog model matches that of
/datasheets/files/national/htm/nsc03881.htm
National 16/08/2002 29.16 Kb HTM nsc03881.htm