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ISL6884IAZ-T Intersil Corporation CCFL Brightness Controller; QSOP20; Temp Range: See Datasheet visit Intersil Buy
ISL6884IAZ Intersil Corporation CCFL Brightness Controller; QSOP20; Temp Range: See Datasheet visit Intersil Buy
TW8816-LB3-GRS Intersil Corporation Highly Integrated LCD Controller with On-Chip MCU & CCFL Controller; BGA144, LQFP128; Temp Range: -40° to 85°C visit Intersil Buy
TW8816-LA3-GRST Intersil Corporation Highly Integrated LCD Controller with On-Chip MCU & CCFL Controller; LQFP128; Temp Range: -40° to 85°C visit Intersil Buy
TW8816-LA3-GRS Intersil Corporation Highly Integrated LCD Controller with On-Chip MCU & CCFL Controller; LQFP128; Temp Range: -40° to 85°C visit Intersil Buy
TW8816-BB3-GRT Intersil Corporation Highly Integrated LCD Controller with On-Chip MCU & CCFL Controller; BGA144, LQFP128; Temp Range: -40° to 85°C visit Intersil Buy

IN4148 anode cathode

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: :wej@yongerjia.com IN4148 Figure 3. Forward current vs. forward voltage Figure 4. Reverse current vs. reverse voltage Dimensions in mm Cathode identification 0.55 max. Cathode Anode 2.0 max , IN4148 High-speed switching diode Features 1. High reliability 2. High speed (trr4 ns) Applications Extreme fast switches Construction Silicon epitaxial planar Absolute Maximum Ratings Tj , :// www.wej.cn E-mail:wej@yongerjia.com IN4148 Electrical Characteristics Tj=25 Parameter Symbol WEJ Electronic
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1N4448 1N4148 DIODE IN4148 switching diode in4148 silicon diode IN4148 test diode in4148 IN4148 datasheet IN4148 DIODE 100MH
Abstract: 100 1.3 40 20 0.05 14 Lead N TID141N Dual 4-Diode Common Cathode 500 1.3 60 40 0.1 14 Lead N TID142N Dual 4-Diode Common Cathode 100 1.3 40 20 0.05 14 Lead N TID143N Dual 4-Diode Common Anode 500 1.3 60 40 0.1 14 Lead N TID144N Dual 4-Diode Common Anode 100 1.3 40 20 0.05 14 Lead N TID121 8- Diode Common Cathode 500 1.3 60 40 0.1 14 Lead N TID122 8-Diode Common Cathode 500 1.5 40 25 0.1 14 Lead N TID123 8-Diode Common Anode 500 1.3 60 40 0.1 14 Lead N TID124 8-Diode Common Anode 500 1.5 40 25 0.1 14 -
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BAV47 IS920 IS923 CV7040 CV7332 CV7875 cv8790 BY 225 diode OA202 equivalent DO-35 silicon Rectifier diodes 1S111 1S113 1S120 1S121 1S130 1S131
Abstract: 10m A, Ri = 100 ohm s DESIGN DATA METALLIZATION: Top: (Anode).Al Back: (Cathode , · IN4148 AVAILABLE IN JANHC AND JANKC · IN914 AVAILABLE IN JANHC AND JANKC · SWITCHING DIODE CHIPS · ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE · COMPATIBLE WITH ALL WIRE BONDING AND DIE ATTACH TECHNIQUES WITH THE EXCEPTION OF SOLDER REFLOW CD4148 CD914 CD3600 CD4150 MAXIMUM RATINGS , BACKSIDE 15 CATHODE Volta (pk) 7b 75 mA 7S Vdc N/A 200 12 FIGURE 1 TYPE ri «20 V dc -
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tn 0740 D4149 CD414
Abstract: CD4148 CD914 CD3600 CD4150 CD4153 CD4454 · IN4148 AVAILABLE IN JANHC AND JANKC · SWITCHING DIODE CHIPS · ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE · COMPATIBLE WITH ALL WIRE , BACKSIDE IS CATHODE CAPACITANCE @OV nA uA@V uA CAPACITANCE @1.5V pF pF 2.8 TA , 50m V (p-p) pF DESIGN DATA ns METALLIZATION: Top: (Anode) .Al Back: (Cathode).Au *@5 u A for CD4153 AL THICKNESS .25,000 Å Min GOLD THICKNESS Compensated Devices
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uav design
Abstract: internal PLL. The triac On/Off status information is also derived from this input. ANODE (Pin 3) CATHODE , VDD = Supply Voltage ID = Current in Photo-diode connected between ANODE and CATHODE Rf = Feedback , TRIG/ Ø POINTER SENS AMP GAIN=30 6 10K IR PULSE LOGIC PHOTOUT CATHODE ANODE , /2 + 2IDRf Id 3 ANODE 7232NT-012703-6 Rf 4 CATHODE 5 PHOTOUT (VOUT ) V DD V SS , (+V) SYNC 2 13 M2 ANODE 3 12 M1 11 RC PHOTOUT 5 10 LEDO SENS LSI Computer Systems
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LS7232NT A3800 LS7232NT-S 7232NT-121202-7 SFH20S LD271
Abstract: input. ANODE (Pin 3) CATHODE (Pin 4) and PHOTOUT (Pin 5) These three pins constitute the input/outputs , CATHODE ANODE 5 4 AMP 3 AMP M1 7 +V BUF 14 -V REMOTE LEDO 10 , VDD/2 VOUT = VDD/2 + 2IDRf Id 3 ANODE 7232NT-082501-6 Rf 4 CATHODE 5 PHOTOUT (VOUT , ASSIGNMENT - TOP VIEW CAP 1 14 V DD (+V) SYNC 2 13 M2 ANODE 3 12 M1 11 RC PHOTOUT 5 10 LEDO SENS 6 9 TRIG/ REMOTE 7 8 Vss (-V) CATHODE 4 LSI Computer Systems
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halogen touch dimmer 12v dimmer 20 amp 220v dimmer 10 amp 220v triac 220v light dimmer led touch dimmer 12v LD271 IR LED Q2004L4 MPS8099 MPS8599 Q4004L4
Abstract: (p-p) pF DESIGN DATA ns METALLIZATION: Top: (Anode).Al Back: (Cathode , CD4148 CD914 CD3600 CD4150 CD4153 CD4454 · IN4148 AVAILABLE IN JANHC AND JANKC · SWITCHING DIODE CHIPS · ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE · COMPATIBLE WITH ALL WIRE BONDING AND DIE ATTACH TECHNIQUES WITH MAXIMUM RATINGS Operating Temperature: -55°C to +175°C , CATHODE CAPACITANCE @OV CAPACITANCE @1.5V FIGURE 1 TA+150°C nA uA@V uA uA@V pF Microsemi
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Abstract: also derived from this input. ANODE (Pin 3) CATHODE (Pin 4) and PHOTOUT (Pin 5) These three pins , between ANODE and CATHODE Rf = Feedback resistance between PHOTOUT and CATHODE A potentiometer is used , PHOTOUT CATHODE 10 DRIVER LEDO 5 4 ANODE REMOTE 7 AMP 3 AMP 14 V , January 2003 PIN ASSIGNMENT - TOP VIEW CAP 1 14 V DD (+V) SYNC 2 13 M2 ANODE 3 12 M1 11 RC 10 LEDO SENS 6 9 TRIG/ REMOTE 7 8 Vss (-V) CATHODE 4 LSI Computer Systems
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touch dimmer 220v control inductive touch sensor 220v dimmer halogen touch dimmer touch dimmer IC TRIAC dimmer touch TRIAC dimmer control 7232NT-012703-7
Abstract: (Stripe) NO. Of Elements VR to Pd n>pr Equivalent Integrated Circuits 1 DAN202KRVA Common Cathode RA4 80V 100 200 â'"55-85 , mA 3 IO 18 -55-85 "C (2), â'¢ (1) I (3) Note: Diode arrays are composed of IN4148 type diodes. Quad -
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1SV205 1SV207 RB400D DAN217 DAN212K DAN404KRVA marking W1S sot23 RB110c marking RA4 sot23 DGG3G31 RB110C DAP202KRVA
Abstract: triac On/Off status information is also derived from this input. ANODE (Pin 3) CATHODE (Pin 4) and , Supply Voltage ID = Current in Photo-diode connected between ANODE and CATHODE Rf = Feedback , GAIN=30 6 10K IR PULSE LOGIC PHOTOUT CATHODE 10 DRIVER LEDO 5 4 ANODE , ANODE 7232NT-012703-6 Rf 4 CATHODE 5 PHOTOUT (VOUT ) FIGURE 8. A TYPICAL DIMMER CIRCUIT , ) SYNC 2 13 M2 ANODE 3 12 M1 11 RC 10 LEDO SENS 6 9 TRIG/ REMOTE 7 LSI Computer Systems
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7232NT-042005-7 SFH205
Abstract: input. ANODE (Pin 3) CATHODE (Pin 4) and PHOTOUT (Pin 5) These three pins constitute the input/outputs , CATHODE ANODE 5 4 AMP 3 AMP M1 7 +V BUF 14 -V REMOTE LEDO 10 , VDD/2 VOUT = VDD/2 + 2IDRf Id 3 ANODE 7232NT-082501-6 Rf 4 CATHODE 5 PHOTOUT (VOUT , ASSIGNMENT - TOP VIEW CAP 1 14 V DD (+V) SYNC 2 13 M2 ANODE 3 12 M1 11 RC PHOTOUT 5 10 LEDO SENS 6 9 TRIG/ REMOTE 7 8 Vss (-V) CATHODE 4 LSI Computer Systems
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220v dimmer touch dimmer triac delay timer incandescent lamp dimmer electronic transformer halogen BLOCK DIAGRAM OF TOUCH PLATE
Abstract: * * * Polarity Common Cathode Common Anode Dual Series Marking (Stripe) RA4 No. of Elements Vr to , IN4148 type diodes. Quad Diode Arrays (New) (SOT-25 Package, see page 12) I Type Vrm (V) DAN404KRVA -
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c1251 diode 1436 RB4000 AP202KRVA DAP404KRVA
Abstract: that can be mounted next. Make sure they are oriented correctly. The Anode is marked on the PCB and is the longer of the two leads on the component. The Cathode has a flat surface on the LED body and , 1 74LS06 ICL232 PIC16F628 FT232BM 7812 7805 6MHz BC558 IN4004 IN4148 PWR PRG , 4K7 C14 100N VPP2 GND VPP2 C1 100N 3 VPP1 D4 IN4148 Vout 1 2 3 4 5 DIY Electronics
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16F628 16f675 REGULATOR IC 7812 pic 16f675 BC558 driver tip 7805 16f675 datasheet
Abstract: and GATE Fast Pulldown Return. IN is the anode of the ideal diode and connects to the source of the , is the cathode of the ideal diode and the common output when multiple LTC4357s are configured as an , drives the MOSFET to control its operation. In effect the MOSFET source and drain serve as the anode and cathode of an ideal diode. At power-up, the load current initially flows through the body diode of the , Considerations TYPICAL APPLICATION Reverse Input Protection VIN = 12V FDB3632 MPSA42 IN4148 10k Linear Technology
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LTCXD sot 26 Dual N-Channel MOSFET LTC4357 MBR10100 MS8/MS10
Abstract: placed in close proximity to the chip with cathode connected to PHASE and anode connected to PGND , 1000 IN4148 C12 1 9 CON4 Vin G1 AGND2 AGND1 + C6 1 Vin 19 P01N02LMB Niko Semiconductor
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N2102 TSSOP28 1N5817 23S17 TSSOP-28 N2102ZA/B
Abstract: Drive Q1 Center Trace ­ Anode of CR2 Bottom Trace ­ Cathode of CR7 www.vishay.com S FaxBack , TO DC RTN C12 0.1 5 15 R2 390 k - CR2 IN4148 R4 10 k C5 0.1 R5 15 k R3 10 k R9 20 CR7 IN4148 +C15 2200 mF 6.3 V C16 0.1 C21 220 pF + C17 220 mF , filters VCC. FIGURE 11. Top Trace ­ Anode of CR2 Center Trace ­ Gate of Q2 Bottom Trace ­ Anode of , , and Q2). At the instant Q1 turns off, a positive-going voltage appears at the anode of CR7. C21 forms Vishay Siliconix
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AN707 CRCW120610RJRT1 SI9120 smp25n05 F1710-247-1000 F1710-247 inverter FERRITE TRANSFORMER design CRCW1206103JRT1 CRCW12061502FRT1 CRCW1206102JRT1 CRCW12062R7JRT1
Abstract: Trace - Gate Drive Q1 Center Trace - Anode of CR2 Bottom Trace - Cathode of CR7 Top Trace - Gate , IN4148 C4 0.0025 R2 390 k CR2 IN4148 R4 10 k C5 0.1 R5 C12 0.1 + C13 2200 , , R11, C21, CR7, and Q2). At the instant Q1 turns off, a positive-going voltage appears at the anode of , . This turns on Q2 and clamps the anode of CR2 to ground, back-biasing CR2 and preventing the spike , Trace - Anode of CR2 Center Trace - Gate of Q2 Bottom Trace - Anode of CR7 Note spike amplitude of Temic Semiconductors
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IRF820 2N7000 datasheet for transformer AN707 Si9120 1kw full bridge converter smps SI9120 equivalent Sine wave PWM DC to AC Inverter ics Siliconix Application Note Schott Magnetics SL200VB33RU16X31LL SXC16VB222M18X35LL 3VB222M16X25LL 3VB221M10X12LL MUR110 1N5822
Abstract: diode should be placed in close proximity to the chip with cathode connected to PHASE and anode , G1 OFF Vin(5v~12V) CN1 + C7 1000 1 2 3 4 1000 IN4148 C12 1 9 CON4 Niko Semiconductor
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sem 2005 N2102ZB d5623 N2102ZBG 12V 5A rectifier N2102ZAG N2102ZA/BG
Abstract: Gate Drive Q1 Center Trace - Anode of CR2 Bottom Trace - Cathode of CR7 Figure 13. (06/28/94 , 6 10 7 R12 510 R8 10 5 C18 75 pF R7 2.4 W C6 120 pF CR7 IN4148 C4 0.0025 R2 390 k CR2 IN4148 R4 10 k C5 0.1 R5 C12 0.1 + C13 2200 mF 6.3 V R9 , appears at the anode of CR7. C21 forms a differentiator with R10 and R11 that produces a positive voltage on the gate of Q2. This turns on Q2 and clamps the anode of CR2 to ground, back-biasing CR2 and Temic Semiconductors
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1KW SMPS 1105 siliconix Siliconix AN707 inverter Controller PWM 1kw for transformer AN707 Si9120 31AWG 1N5819 9120DJ J40401TC
Abstract: rejected. The anode trace routes to the sense pin to the LTC3883 Pin 32 shown in circle 2, and the cathode is routed to SGND: the exposed PAD on the back of the LTC3883. The cathode routing to the exposed PAD , 270 0 10 20 30 40 50 60 70 80 90 100 (A) AN137 F14 V(V1) V(V2) Figure 14. 2N3906 and IN4148 , . IN4148 VBE The diode shows a typical room temperature VBE of 127mV. If the part is using a VBE Linear Technology
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PNP 2n3906 331 2n3906 equivalent transistor 2N4148 2n3906 331 transistor kt 925 NPn 2n3906 331 LTC3880 LTC2974 AN137-12
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