500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Direct from the Manufacturer

Part Manufacturer Description PDF & SAMPLES
PMP5770 Texas Instruments Offline, 30 watt fly back LED driver (dimmable)
PMP5013 Texas Instruments Offline, 10 watt fly back LED driver (dimmable)
PMP3020 Texas Instruments Isolated Fly Back 12V@2.5A
PMP6523 Texas Instruments Buck charger for router back up supply
ICL7673CBA Intersil Corporation Automatic Battery Back-Up Switch; PDIP8, SOIC8; Temp Range: 0° to 70°
ICL7673CPAZ Intersil Corporation Automatic Battery Back-Up Switch; PDIP8, SOIC8; Temp Range: 0° to 70°

"back diode" fly "back to back"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: FT5778M C irc u it F * Diode: Fast recovery diode w h ic h absorb fly back energy. 3-3 , h e e l diode F a st re c o ve ry dio d e to a b so rb fly -b a c k voltage = 2 k.Q Ri - R4 - , applicatins and m o to r drive applications, the fly back voltage is generated at the m ode o f a transistor , n t flow s through the flyw h eel diode. (Dashed line) In this mode, the cu rre n t flow s back to , C ollector Power Dissipation Fastrecovery diode included to absorb fly-back voltage Fast switching -
OCR Scan
FT5753M FT5763M FT5754M FT5764M FT5755M FT5757M FT5754M Pin ft5769m FT5758M FT5756M
Abstract: controlling an inductive load. To protect the relay from inductive fly back energy, a diode is placed across the load. When the relay turns the load off, fly back energy is shunted across the coil by the diode , zener diode residing in the dc termination loop holding circuit, free wheels on inductive fly back from , transients generated from other sources. To fully protect the SSR, a zener diode placed across the , . Turn-on current is supplied to the gate of the SCR by a zener diode structure. The zener diode sets the Vishay Semiconductors
Original
TPB100A P1300EA70 P1500EA70 SGT23B13 P2400AA61 SGT27B13 sgs-thompson GE Transient Voltage Suppression P3100EA P3000AA61 TPA100A S14K115 TPB150A
Abstract: configuration controlling an inductive load. To protect the relay from inductive fly back energy, a diode is placed across the load. When the relay turns the load off, fly back energy is shunted across the coil by , relay from transients generated from other sources. To fully protect the SSR, a zener diode placed , on inductive fly back from this dry transformer DAA circuit. SUPPRESSION DEVICE SELECTION The , varistors (MOVs) to protect their outputs from voltage extremes such as overvoltage transients. Any voltage Vishay Semiconductors
Original
CU4032K130G CU4032K150G P3100EA70 V82ZA12 CU4032K75G CU4032K50G MOV SUPPRESSOR OPTOCOUPLER thyristor MOV surge on AC mains dss-301L TPB200B TPA200B V150ZA1 TPB220B TPA220B CU4032K95G
Abstract: circuit â'¢ oscillator and ramp generator â'¢ h igh power gain amplifier â'¢ fly back generator â'¢ voltage stabilizer â'¢ Max supply voltage 35 V â'¢ Max fly back voltage 60 V â'¢ Max peak to peak , or negative) Fig. 2 1(8) 500 - - Ma Fly back voltage lly = 1 Ap.p) Fig. 2 V (4 ) - 51 - V Peak to peak output noise (Bw = 20 - 20000 Hz) Fig. 2 Von - - 50 mV Fly back time lly - 1 Ap.p) Fig. 2 tfly - , -109 TDA1170 LN PIN CONFIGURATIONS Ramp output [_ Supply voltage ^ Fly back ] 3 Ground Output ^^ Output -
OCR Scan
TDA1170LN TDA11 TDA1170 Application thomson tv circuit diagram fly back pmt amplifier circuit TDA1170 thomson NT8316-A CB-109 CB-155
Abstract: output should be clamped to 35V or less to avoid latch-up during turn off (inductive fly back protection- refer AN-213). An onchip clamp diode capable of handling 800 mA is provided at each output for this , inductive fly back protection NPN inputs for minimal input currents (1 /¿A typical) Low operating power , Description The DS3669 is a non-inverting quad peripheral driver similar to the DS3658. These drivers are , impedance. In fact, its extreme low input current allows it to be driven directly by a CMOS device. The -
OCR Scan
Abstract: to be driven directly by a CMOS device. The outputs are capable of sinking 600 mA each and offer a 70V breakdown. However, for inductive loads the output should be clamped to 35V or less to avoid latch-up during turn off (inductive fly back protection-refer AN-213). An onchip clamp diode capable of , clamp diodes for inductive fly back protection NPN inputs for minimal input currents (1 ju.A typical , to allow in creased power dissipation over conventional packages. The four ground pins are directly -
OCR Scan
DD1E154 OS3658 TL/F/5819-2 TL/F/5819-4 TL/F/5819-5
Abstract: loads the output should be clamped to 35V or less to avoid latch-up during turn off (inductive fly back protection-refer AN-213). An onchip clamp diode capable of handling 800 mA is provided at each output for this , voltage (70V) Open collector outputs Output clamp diodes for inductive fly back protection NPN inputs for , with high impedance. In fact, its extreme low input current allows it to be driven directly by a CMOS , . The molded package is specifically constructed to allow in creased power dissipation over conventional -
OCR Scan
SD1124 0S366S
Abstract: , * * ; V gs = 4 V 13 : F IN (N.C.) D t -w D 4 : Flyw heel diode D 5 ~ D b : Fast recovery diode to absorb fly back voltage 13 : F IN (N.C.) Dj D 4 : Flyw heel diode P ow er Transistor P roducts , ilt-in fast recovery diode to absorb fly-b a ck voltage Fast sw itching speed No Secondary Breakdown A p , fast recovery diode operates sim ila rly to a flyw heel diode. When bo th the PWM transistor ( Q , . (Dashed line) In this m ode, the current flow s back to the DC power supply to im prove the operating e -
OCR Scan
FT6110D FT6112D FT6111 FT6122D FT6120D rIP 31 TRANSISTOR FT6121D FT6122 FT6111D T6112
Abstract: configuration controlling an inductive load. To protect the relay from inductive fly back energy, a diode is placed across the load. When the relay turns the load off, fly back energy is shunted across the coil by , inductive fly back from this dry transformer DAA circuit. The main electrical parameters to consider when , from transients generated from other sources. To fully protect the SSR, a zener diode placed across the , SCR-thyristor structure. Turn-on current is supplied to the gate of the SCR by a zener diode structure. The Vishay Semiconductors
Original
SxxK50 P2500aa p3000aa P3100E V120ZA1 V130LA V150LA V175LA10A TPA150A TPA270A
Abstract: 's no requirment of external Fly back diodes. But, We recommend to connect external diodes for all , these diodes. Especially, Upper side diodes are not so strong enough to prevent excess back , 2 V Input Voltage V IN Feed Back Voltage Vi 2.3 TA7289P Power Dissipation , f) Control Input Hysterisis Voltage Diode Forward Voltage Upper Side Lower Side - Tj , mode DAC output is proportional to multipled voltage of Vref (PIN CD (or @ ) ) and DAC inputs. DAC -
OCR Scan
TA7289P/F TA7289P/P
Abstract: minimizes the fly back energy generated in the inductive loads. In addition, on board clamp diodes across each output protect the output drive transistors from excessive fly back voltages. The CS8442 is , with fly back diodes (Figure 2). Each half bridge has a composite saturation voltage of 1.5V at VCC , and Q2 or Q3 and Q4 conduct. This dead zone time minimizes fly back energy and helps protect the , Description The CS8442 is a stepper motor driver that implements an Hbridge design to drive two coils in an Cherry Semiconductor
Original
MS-001 CS8442XN8 FREE ENERGY coil DIAGRAM inductive sensor SYMBOL motor Speed Sensor circuit diagram 600PIV
Abstract: the beginning of each sequence, both bridges are turned off. This "dead zone" minimizes the fly back , the output drive transistors from excessive fly back voltages. The CS8442 is fault protected against , power NPN transistors with fly back diodes (Figure 2). Each half bridge has a composite saturation , : i.e., at no time can Q1 and Q2 or Q3 and Q4 conduct. This dead zone time minimizes fly back energy and , is a stepper motor driver that implements an Hbridge design to drive two coils in an eight step ON Semiconductor
Original
Abstract: Description transistors from excessive fly back voltages. EW The CS8442 is fault protected against , turned off. This "dead zone" minimizes the fly back energy generated in the inductive loads. In , with fly back diodes (Figure 2). Each half bridge has a composite saturation voltage of 1.5V at VCC , and Q2 or Q3 and Q4 conduct. This dead zone time minimizes fly back energy and helps protect the , . AR CH IV FO E R N The CS8442 is a stepper motor driver that implements an Hbridge design to Cherry Semiconductor
Original
ODOMETER SPECIFICATION
Abstract: be clamped to 35V or less to avoid latch-up during turn off (inductive fly back protection- refer AN-213). An onchip clamp diode capable of handling 800 mA is provided at each output for this purpose. In , voltage (70V) Open collector outputs Output clamp diodes for inductive fly back protection NPN inputs for , fact, its extreme low input current allows it to be driven directly by a CMOS device. The outputs are , is specifically constructed to allow in creased power dissipation over conventional packages. The -
OCR Scan
Abstract: loads the output should be clamped to 35V or less to avoid latch-up during turn off (inductive fly back protection refer AN-213) An onchip clamp diode capable of handling 800 mA is provided at each output for this , breakdown voltage (70V) Open collector outputs Output clamp diodes for inductive fly back protection NPN , Driver General Description The DS3669 is a non-inverting quad peripheral driver similar to the DS3658 , with high impedance In fact its extreme low input current allows it to be driven directly by a CMOS National Semiconductor
Original
DS3669N
Abstract: the beginning of each sequence, both bridges are turned off. This "dead zone" minimizes the fly back , the output drive transistors from excessive fly back voltages. The CS-8442 is fault protected , H-bridge output stage consists of 4 power NPN transistors with fly back diodes (Figure 2). Each half bridge , minimizes fly back energy and helps protect the output stages from damage. Protection Circuitry The CS , -8442 is a stepper motor driver that implements an Hi-bridge design to drive two coils in an eight step -
OCR Scan
CS-8442N8 ODOMETER pulse pnp 12q R3-15 Z1-50V0
Abstract: " minimizes the fly back energy generated in the inductive loads. In addition, on board clamp diodes across each output protect the output drive transistors from excessive fly back voltages. The CS8442 is , with fly back diodes (Figure 2). Each half bridge has a composite saturation voltage of 1.5V at VCC , and Q2 or Q3 and Q4 conduct. This dead zone time minimizes fly back energy and helps protect the , The CS8442 is a stepper motor driver that implements an Hbridge design to drive two coils in an Cherry Semiconductor
Original
Abstract: beginning of each sequence, both bridges are turned off. This "dead zone" minimizes the fly back energy , drive transistors from excessive fly back voltages. The CS8442 is fault protected against reverse , utputs A and K Each H-bridge output stage consists of 4 power NPN transistors with fly back diodes , . This dead zone time minimizes fly back energy and helps protect the output stages from damage. 1 , stepper motor driver that implements an Hbridge design to drive two coils in an eight step sequence each -
OCR Scan
Abstract: inductive loads the output should be clamped to 35V or less to avoid latch-up during turn off (inductive fly back protection - refer AN-213). An on-chip clamp diode capable of handling 800 mA is provided , Output clamp diodes for inductive fly back protection NPN inputs for minimal input currents (1 uA , high impedance. In fact, its extreme low input current allows it to be driven directly by a CMOS , state when the input is open. The molded package is specifically constructed to allow increased power National Semiconductor
Original
SN75437 DS3658N N16E
Abstract: allows it to be driven directly by a CMOS device The outputs are capable of sinking 600 mA each and offer a 70V breakdown However for inductive loads the output should be clamped to 35V or less to avoid latch-up during turn off (inductive fly back protection refer AN-213) An onchip clamp diode capable of , ) Open collector outputs Output clamp diodes for inductive fly back protection NPN inputs for minimal , peripheral driver similar to the DS3658 These drivers are designed for those applications where low National Semiconductor
Original
C1995 e30V Stepping relay circuit diagram
Showing first 20 results.