500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Direct from the Manufacturer

Part Manufacturer Description PDF & SAMPLES
PAM2305CGF180 Diodes Incorporated Switching Regulator, Current-mode, 1A, 1800kHz Switching Freq-Max, PDSO6
AZ1084CS2-5.0TRE1 Diodes Incorporated Fixed Positive LDO Regulator, 5V, 1.5V Dropout, BIPolar, PSSO2, ROHS COMPLIANT, TO-263, 3 PIN
AZ431LBRTR-E1 Diodes Incorporated Two Terminal Voltage Reference, 1 Output, 1.24V, Trim/Adjustable, BIPolar, PSSO3, ROHS COMPLIANT, SOT-89, 3 PIN
DDTB123EU-7-F Diodes Incorporated Small Signal Bipolar Transistor, 0.5A I(C), 50V V(BR)CEO, 1-Element, PNP, Silicon, GREEN, PLASTIC PACKAGE-3
APD260VGTR-E1 Diodes Incorporated Rectifier Diode, Schottky, 1 Phase, 1 Element, 2A, 60V V(RRM), Silicon, DO-15, ROHS COMPLIANT PACKAGE-2
AP7335-25WG-7 Diodes Incorporated Fixed Positive LDO Regulator, 2.5V, 0.2V Dropout, PDSO5, GREEN, SOT-25, 5 PIN

"DIODE" SY2

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: SY2 L 12 13 3 S2 43-45, Avenue de l'Europe - 78140 VÉLIZY-FRANCE - Tél. (1 ) 39.46.97.19 Télex , Transmission H2 1 1 Clock input - Reception SY1 23 Synchronization input - Transmission SY2 12 , (2.048 MHztransmission signal). CK is used for recording TS16 8 b.e.s on signal El. â'¢ Signals SY2 (the , , X2, LE. â'¢ A synchronous counter controlled by H2 and reset on time by SY2 enables formation the , 5 + 5.25 v Logic input voltage low level on: El, R1, SY1, H2, SY2, ER+, ER". H3 V|l vss Vss Vss -
OCR Scan
EFB7445 sy 171 abb tsq annax diode sy 171 TS16 EFB7443/EF87444 CB-68 240780F
Abstract: SY2 36 6.5 1 6.5 SY4 1.2 3.0 21.5 21.5 1.2 2.6 2.6 4.4 4.4 0.5 , 41.5 PCB layout Terminal arrangement 13.2 13.2 4.0 SY4 4.0 SY2 4.4 4.0 4 , 4.0 2 Pole SY2 PRICE INFORMATION AND ORDERING IMO IMO
Original
sy 360 diode diode sy 160 diode sy 360 sy 160 changeover switch coil 28v dc 230VAC AC/28V AC/24V AC/125V 1200VA/140W 480VA/48W
Abstract: meters with left, bottom and centre zero, providing low cost indication. E35F10 E35FCZ SY2 SX3 Order Code Sensitivity ±20% Resistance ±15% SY2 0-200 uA 600 SX3 100-0-100 uA , E35F10 0-200 uA D SW4 E35F100 C SY2 1750 B SX3 0-100 uA E35F10 A Anders Electronics
Original
R365BT Anders Electronics 1000100 e35f minimeter SP11 R500BT
Abstract: below package base. DATA NO :EA0048 REV NO :V1 E7113SE,SY-2/3 DATE :AUG/27/2001 eLED
Original
E7113SY E7113SEC E7113SET E7113SED E7113SYC E7113SYT
Abstract: SY1 TQ CO C SY R SY2 MOSFET Gate Figure. 12 Synchronization Circuit ON The peak , R SY2 normal = - V a R SY1 + R SY2 ON Figure. 13 , voltage drop circuit for the burst operation. VO2 RD (34) CF C normal TQ R SY2 Va = R SY2 C SY ln - - 2.6 R SY1 + R SY2 Fairchild Semiconductor
Original
str TV SMPS design example FSCQ0765RT str TV SMPS 1500 watt smps schematic 24V 10A SMPS circuit cross reference schematic diagram of ctr flyback tv AN4146 H11A817A
Abstract: below package base. DATA NO :EA0046 REV NO :V1 E7104SE,SY-2/3 DATE :AUG/27/2001 eLED
Original
E7104SY E7104SEC E7104SET E7104SED E7104SYC E7104SYT
Abstract: KA5Q-series C SY R SY1 R SY2 Figure. 11 Synchronization Circuit The peak value of the sync signal is determined by the voltage divider network RSY1 and RSY2 as V sync pk R SY2 = - V cc R SY1 + R SY2 ( 28 ) [STEP-12] Design the synchronization network. KA5Q-series , = L m C eo R SY2 V cc T Q = R SY2 C SY ln - - 2.6 R SY1 + R SY2 (29) (30) where Lm is the primary side inductance of the transformer, Ns Fairchild Semiconductor
Original
AN4149 EER 3540 schematic diagram ac regulator str optocoupler 817a KA5Q0765RT EER53 ka5q1265rt KA431
Abstract: . DATA NO :EA0066 REV NO :V1 E934SE,SY-2/3 DATE :AUG/28/2001 www.eLED.com Super Bright eLED
Original
E934SY E934SEC E934SET E934SED E934SYC E934SYT
Abstract: E53SE,SY-2/3 DATE :AUG/26/2001 www.eLED.com Super Bright Orange E53SEC, E53SET Super Bright eLED
Original
E53SY E53SED E53SYC E53SYT E53SYD EA0033
Abstract: 1265rt Q1265RT C a2 Na D SY 4mA R SY1 Power Down Power Up C SY 25uA R SY2 Vcc Vstop , Extended QR operation 90kHz Normal QR operation 45kHz TR V co R SY2 = R SY2 C SY ln - - 2.6 R SY1 + R SY2 T Q = L m C eo N a ( V o + V FO Fairchild Semiconductor
Original
FSCQ1265RT FSCQ1265RTYDTU CQ1265RT cq1265rt schematic diagram STR 1265R REGULATOR CQ1265RT 1265R CQ1265 85-265VAC FSCQ1565RT Q1265RT
Abstract: =9V Power Up C SY R SY2 Vcc Vstart=15V Vz Figure 5. Relation between operating supply current and Vcc , given as, respectively R SY2 V co - - = R SY2 C SY ln - 2.6 R SY1 + R SY2 Figure 8. Normal quasi-resonant operation waveforms Switching frequency Extended Fairchild Semiconductor
Original
FSCQ0565RT FSCQ0565RTYDTU cq0565rt 817A OPTO-coupler CQ0565RT circuit diagram cq-0565 cq0565R CQ0565RT
Abstract: Power Up C SY 25uA R SY2 Vcc Vstop=9V Vstart=15V Vz Figure 6. Synchronization , operation 45kHz TR V co R SY2 = R SY2 C SY ln - - 2.6 R SY1 + R SY2 T Q = L m C eo N a ( V o + V FO ) V co = Fairchild Semiconductor
Original
CQ0765RT FSCQ0765RTYDTU CQ0765RT circuit diagram CQ0765R REGULATOR CQ0765RT cq0765rt TRANSISTOR REGULATOR CQ0765R
Abstract: 1565rt Q1565RT Power Up C SY 25uA R SY2 Vcc Vstop=9V Vstart=15V Vz Figure 6. Synchronization , Normal QR operation 45kHz TR V co R SY2 = R SY2 C SY ln - - 2.6 R SY1 + R SY2 T Q = L m C eo N a ( V o + V FO ) V co = Fairchild Semiconductor
Original
FSCQ1565RTYDTU cq1565rt cq-1565rt EER 4245 CQ1565RT pwm application notes CQ1565 transistor A431 CQ1565RT
Abstract: EER4245 SY 25uA R SY2 Vcc Vstop=9V Vstart=15V Vz Figure 3. Synchronization circuit Figure , 45kHz TR V co R SY2 = R SY2 C SY ln - - 2.6 R SY1 + R SY2 T Q = L m C eo N a ( V o + V FO ) V co = - ­ Fairchild Semiconductor
Original
FSCQ1565RP FSCQ1565RPSYDTU cq1565rp 5d-11 ntc cq1565r FSCQ1565RP TO-3PF-7L FSCQ1265 FSCQ156 CQ1565RP
Abstract: cq0565R FSCQ0565RTYDTU CQ1565 CQ1465RT cq1265 cq0565rt cq0965rt CQ0765R cq0765 cq1565rt CQ0765RT CQ1265RT R SY2 Vcc Vstop=9V Vstart=15V Vz Figure 6. Synchronization Circuit Figure 5 , Switching frequency Extended QR operation 90kHz Normal QR operation 45kHz TR R SY2 V co = R SY2 C SY ln - - 2.6 R SY1 + R SY2 T Q = L m C Fairchild Semiconductor
Original
EER4042 ZD102 BD101 capacitor c301 FSCQ0965RT FSCQ1465RT AN4140 CQ1465RT
Abstract: ) â'"r >- y5(13) a2(4)-P S-y2(16) a6(8)- S- y6(12) a3(5)- ì>-y3(15) a7(9) â'"r >- y7(11) MDSL -
OCR Scan
QS74FCT3540 QS74FCT3541 QS74FCT32540 QS74FCT32541 QSFCT3540 74F540/1
Abstract: Figure 5. Relation between operating supply current and Vcc voltage 12 R SY2 Vcc Figure 6 , same with TQ as shown in Figure 8. The TR and TQ are given as, respectively TR R SY2 V co = R SY2 â' C SY â' ln  - â' -   2.6 R SY1 + R SY2ï Fairchild Semiconductor
Original
FSCQ1465RTYDTU
Abstract: C a2 Na D SY 4mA R SY1 Power Down Power Up C SY 25uA R SY2 Vcc Vstop , same with TQ as shown in Figure 8. The TR and TQ are given as, respectively TR R SY2 V co = R SY2 â' C SY â' ln  - â' -   2.6 R SY1 + R SY2ï Fairchild Semiconductor
Original
FSCQ0965RTYDTU CQ0965RT
Abstract: Synchronization Waveforms R SY1 ( R SY2 + R SY3 ) T Q = - C SY + 200ns (EQ 33) R SY1 + R SY2 + R SY3 The peak value of the sync signal is determined by , - - ( V + V ) 01 F1 R SY1 + R SY2 + R N S1 SY3 (EQ 34) www.fairchildsemi.com Fairchild Semiconductor
Original
AN-4150 full bridge smps resonance snubber EE19 TDK Ferrite Core PC40 RC snubber mosfet design Transformer EER25 soft ferrite WPC
Abstract: Waveforms Switching frequency Extended QR operation 90kHz R SY2 V co T R = R SY2 · C SY · In - · - 2.6 R SY1 + R SY2 T Q = L m · C eo Normal QR Fairchild Semiconductor
Original
CQ0765 eer3540 thermal fuse 115 250V 2A 1N4937 diode diode zd201 FSCQ1465RT/FSCQ1565RT/FSCQ1565RP
Showing first 20 results.