NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: Planar Dual Zener Diodes Silizium-Planar-Zener-Doppel-Dioden für die Oberflächenmontage Version , A1/2 Standard Zener voltage tolerance is graded to the international E 24 (~ ±5%) standard. Other voltage tolerances and higher Zener voltages on request. Die Toleranz der Zener-Spannung ist in der , ambient air Wärmewiderstand Sperrschicht umgebende Luft RthA < 420 K/W 1) Zener voltages see , 10 [V] Zener Voltage vs. Zener current Abbruchspannung über Zenerstrom 1 Mounted on P.C. ... | Original |
2 pages, |
2BZX84 datasheet 2BZX84C3V0 2BZX84C47 c12 ph zener diode diode zener ph c5v1 ph c24 zener ph c5v6 ph c6v2 Zener PH c10 ph zener diode zener ph c9v1 C8V2 PH ph c12 zener 2BZX84C3V0 abstract |
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| Abstract: Planar Dual Zener Diodes Silizium-Planar-Zener-Doppel-Dioden für die Oberflächenmontage Version , A1/2 Standard Zener voltage tolerance is graded to the international E 24 (~ ±5%) standard. Other voltage tolerances and higher Zener voltages on request. Die Toleranz der Zener-Spannung ist in der , ambient air Wärmewiderstand Sperrschicht umgebende Luft RthA < 420 K/W 1) Zener voltages see , 10 [V] Zener Voltage vs. Zener current Abbruchspannung über Zenerstrom 1 Mounted on P.C. ... | Original |
2 pages, |
Zener PH 200 2BZX84C47 c12 ph zener diode C18 zener 2BZX84C3V0 ph c15 diode ph c12 zener dual zener ph c15 zener zener C47 PH C8V2 PH C6V2 PH diode zener ph c5v1 2BZX84C3V0 abstract |
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| Abstract: C17 & C18. This integrator receives a rectangular waveform from the class D switching stage and , switching speed - Integration time constant in the front end integrator, e.g. R1, R23, R26, C17, and C18 , by the sum of the zener voltages of Z1, Z2, and Z3. OVP protects the board from the bus pumping , adjust 1 8 5.62K, 1%, 1W R10 1N4148 1N4148 C3 1N4148 1N4148 1418-ND 1418-ND 470 3 C18 1000pF, 100V , 24V 51V 5.6V CP-1418-ND CP-1418-ND DIODE terminal 2P terminal 3P 2SB789A 2SB789A, SMD 2SD968A 2SD968A, SMD zener diode ... | Original |
24 pages, |
500w inverter pcb board circuit diagram high power class d audio ir2011 application ph c18 zener diode 350w power amplifier stereo IRDAMP-01-103 IR2011S 500W TRANSISTOR AUDIO AMPLIFIER 500w power amplifier stereo zener diode c51 ph mosfet power inverter 500w IR2011S abstract |
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| Abstract: as an example, OP amp U1 forms a front end 2nd order integrator with C17 & C18. This integrator , switching speed - Integration time constant in the front end integrator, e.g. R1, R23, R26, C17, and C18 , exceeds 126V, the threshold is determined by the sum of the zener voltages of Z1, Z2, and Z3. OVP , 2SD968A 2SD968A UNR4223 UNR4223 24V 51V 5.6V CP-1418-ND CP-1418-ND 2SB789A 2SB789A, SMD 2SD968A 2SD968A, SMD UNR4223 UNR4223, zener diode, SMD zener diode zener diode, SMD CONN_RCA JACK washer lock int tooth #8 zinc Screw, 4-40 Philips ... | Original |
22 pages, |
schematic diagram inverter 500w 500w power amplifier pcb diagram MA2YD2300L 500w power amplifier stereo 2n5401 smd 500w class d circuit diagram schematics schematic diagram inverter 500w free 250w audio amplifier circuit diagram 500W TRANSISTOR AUDIO AMPLIFIER 350w power amplifier stereo C18 ph zener datasheet abstract |
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| Abstract: zener diode clamping Vcc at 16V (2mA typically). The zener current is internally limited to 5mA max. For higher current levels an external zener diode is required. Current consumption during UVLO and , C7 Vcc LSCS R F PH R F RUN R6 VC C D9 G ND C3 R9 Figure 5 HSVCC R ES PFCGD R T PH R8 Q1 IC B1FL02G B1FL02G HSGD R1 R5 R12 R13 Circuit Diagram of the , f PH = (120kHz - f PH)/ 15steps. Ignition proceeds in 127 steps à 324us according f IGN = (fPH - ... | Original |
37 pages, |
Ignition Transformer ballast design equation for 54w tube 54W-T5 features of ICB1FL02G ICB1FL01G ICB1FL02 C18 ph zener B1FL02G ICB1FL02G ICB1FL02G abstract |
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| Abstract: R19 100 S1 VCELL3 10nF 100nF R12 D4 2200pF 510 R34 C18 D3 R28 , OPEN 3 0 R30 0 PowerSmart Inc. 826032-07-03 Ph: 469-241-0087 OPEN 4 4 5 , /X7R/25V /X7R/25V C10 CAPACITOR 2.2nF/X7R/50V C2 C5 C11 C12 C13 C14 C15 C16 C17 CAPACITOR 100nF/Y5V/25V C18 , D3 D4 LED CCL-LX45GT CCL-LX45GT ZENER D5 ZMM5257B ZMM5257B DIODE ZENER D6 D7 BZX84C5V6 BZX84C5V6 DIODE D8 DIODE BAT54C BAT54C ... | Original |
8 pages, |
ph c18 zener diode resistor 330 Ohm DATA SHEET 330nF capacitor ps331s PS-3150 MM1414DV heater section 2n3906 datasheet 2n3906 sot23 cmr200tb SBS c11 battery CONNECTOR 16 pin mitsumi MM1414D PS3153 PS3154 PS3153 abstract |
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| Abstract: voltage level is 17,5V. There is an internal zener diode clamping Vcc at 16V (2mA typically). The zener current is internally limited to 5mA max. For higher current levels an external zener diode is required. , R = -RFPH f PH R RFRUN , ES R4 C1 HSVCC R T PH PFCGD LRFI R F PH R8 Q1 IC B1FL02G B1FL02G HSGD R1 , fPH = (120kHz - f PH)/ 15steps. Ignition proceeds in 127 steps à 324us according fIGN = (fPH - fRUN ... | Original |
37 pages, |
R36A 54W-T5 ballast design equation for 54w tube ICB1FL02 Ignition Transformer C18 ph zener B1FL02G ICB1FL01G ICB1FL02G PWM controller for ZVS half-bridge ICB1FL02G abstract |
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| Abstract: in series to define the preheat frequency where, f ph = C13 + C15 14( R20)( C13)( C15) . [3] When the voltage on C12 reaches the zener voltage of D10, M3 turns on and C15 is shorted. This gives a , for the one-lamp case is not high enough to commutate the snubber capacitor (C18) during the deadtime , capacitor (C18), the current sensing resistor (R22) and the current limit threshold (R14, R15). All of , 9 8 R39 X3:2 M5 C21 VSS C18 Q2 R41 D9 LP2 X2:4 X2:3 D12 R38 ... | Original |
9 pages, |
ELECTRONIC BALLAST 6 LAMP SCHEMATIC schematic lamp ballast 40w electronic ballast Electronic ballast 80W IR2153 ballast on IR2153 ir2153 application C18 ph zener an IR2153 Electronic ballast 40W electronic ballast 40W circuit diagram SCHEMATIC WITH IR2153 protection datasheet abstract |
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| Abstract: C2 PE ICB1FL03G ICB1FL03G R1 LSGD R18 R19 C11 R20 D9 C14 R27 C24 Q3 C16 C18 D6 , threshold at 10,5V. Upper supply voltage level is 17,5V. There is an internal zener diode clamping Vcc at 16V (2mA typically). The zener current is internally limited to 5mA max. For higher current levels an external zener diode is required. Current consumption during UVLO and during fault mode is less , R = -RFPH f PH R RFRUN ... | Original |
38 pages, |
zener 13v smd DIODE C18 ph EFD25/13 ICB1FL03G Ignition Transformer L101 PFC BALLAST CONTROL IC R20 marking ballast circuit diagram for 54w tube capacitor 220nF 1kV EFD25/13/9 DIODE ZENER smd marking 72 ballast design equation for 54w tube ICB1FL03G abstract |
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| Abstract: voltage level is limited internally at 16V (2mA). For higher current levels an external zener diode is , -f PH R RFRUN - 1 8 5 10 Hz PFCCS (PFC current sense , R6 VCC D9 GND C3 R9 HSGND LSGD LSCS R ES R4 C1 HSVCC R T PH PFCGD LRFI R F PH R8 Q1 IC B1FL01G B1FL01G HSGD R1 R5 R12 R13 Circuit Diagram of the PFC , Operation Softstart proceeds in 15 steps à 650us according fPH = (120kHz - f PH)/ 15steps. Ignition ... | Original |
38 pages, |
12v dc choke inverter circuit light FLUORESCENT TUBE transistor electronic ballast for T5 circuit diagram T5 Ballast electronic ballast for T5 lamp pin configuration 5K variable resistor zener 1.7v C18 ph zener ICB1FL01G pfc pwm evaluation board electronic 40 w tube light choke ICB1FL01G abstract |
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| 4ANODES cmpd2838 C_C18 SB 0 0.1uF TC=0,0 X_L2 IND_OUT T2OUT1 AUX 0 line_L2 R_R1 _C22 VOUT 0 NSCTANTCAP PARAMS: C=68uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 R_R28 0 SMINUS 10 TC=0,0 X_C21 VOUT 0 NSCTANTCAP PARAMS: C=68uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC ZENER U3A_INV U3PWR 0 U3A_OUT 0 LM6132A LM6132A LM6132A LM6132A C_C7 VCC 0 1uF IC=0 TC=0,0 R_R14 0 Q2G 10K NSCTANTCAP PARAMS: C=330uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 D_D9 CLAMPSW 0 CMR1U-02 CMR1U-02 CMR1U-02 CMR1U-02 D_D5A www.datasheetarchive.com/download/95566135-920974ZC/snvm015.zip (line.net) |
Texas Instruments | 17/01/2012 | 896.13 Kb | ZIP | snvm015.zip |
| _C19 VOUT 0 NSCTANTCAP PARAMS: C=330uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 R_R10 0 DCL 22.1K TC=0,0 C_C18 SB 0 0.1uF TC=0,0 D_D9 CLAMPSW 0 CMR1U-02 CMR1U-02 CMR1U-02 CMR1U-02 D_D3B ,0 X_C23 VOUT 0 NSCTANTCAP PARAMS: C=68uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 R_R6 _R21 0 C17R21 C17R21 C17R21 C17R21 10 TC=0,0 C_C30 ZENER 0 1000pF IC=0 TC=0,0 R_R32 ZENER U3B VOUT 0 NSCTANTCAP PARAMS: C=330uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 L_L1 VLINE VPLUS 5 www.datasheetarchive.com/download/95566135-920974ZC/snvm015.zip (load.NET) |
Texas Instruments | 17/01/2012 | 896.13 Kb | ZIP | snvm015.zip |
| * source LM5026 LM5026 LM5026 LM5026 EVAL BOARD D_U4 0 ZENER Dzener C_C18 SB 0 0.1uF TC=0,0 D_D7B ZENER 0 1000pF IC=0 TC=0,0 X_C19 VOUT 0 NSCTANTCAP PARAMS: C=330uF ESRAT1K=1.7m ESL=1pH RLEAK SMINUS U3B_INV 15K TC=0,0 R_R6 VIN VPLUS 49.9 TC=0,0 R_R33 ZENER SB 10K TC=0,0 X VONOFF 0 0.01uF TC=0,0 X_C20 VOUT 0 NSCTANTCAP PARAMS: C=330uF ESRAT1K=1.7m ESL=1pH RLEAK=1 X_C22 VOUT 0 NSCTANTCAP PARAMS: C=68uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 R_R34 www.datasheetarchive.com/download/95566135-920974ZC/snvm015.zip (SoftStop.net) |
Texas Instruments | 17/01/2012 | 896.13 Kb | ZIP | snvm015.zip |
| ,0 C_C18 SB 0 0.1uF TC=0,0 C_C29 U3A_OUT U3A_INV 470pF TC=0,0 R_R9 UVLO =0,0 X_C19 VOUT 0 NSCTANTCAP PARAMS: C=330uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 C .7m ESL=1pH RLEAK=1MEG + IC=0 X_Q1 SW OUTA 0 SI7846DP SI7846DP SI7846DP SI7846DP X_C23 VOUT 0 NSCTANTCAP PARAMS: C=68uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 D_D2A Q2G 0 CMPD2838 CMPD2838 CMPD2838 CMPD2838 R_R30 U3B NSCTANTCAP PARAMS: C=68uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 X_T1 VCLAMP SW T1ATD1 0 startup_T1 D www.datasheetarchive.com/download/95566135-920974ZC/snvm015.zip (startup.net) |
Texas Instruments | 17/01/2012 | 896.13 Kb | ZIP | snvm015.zip |
| : C=68uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 D_D5A Q3_4G T2OUT1 cmpd2838 R_R33 ZENER SB 10K TC=0,0 X_C23 VOUT 0 NSCTANTCAP PARAMS: C=68uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 X_U3A ZENER U3A_INV U3PWR 0 U3A_OUT 0 LM6132A LM6132A LM6132A LM6132A D_D4B T2OUT1 D4ANODES CMPD2838 CMPD2838 CMPD2838 CMPD2838 =0,0 R_R14 0 Q2G 10K TC=0,0 C_C18 SB 0 0.1uF TC=0,0 R_R3 0 D1ANODES _C19 VOUT 0 NSCTANTCAP PARAMS: C=330uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 R_R18 www.datasheetarchive.com/download/95566135-920974ZC/snvm015.zip (steady.net) |
Texas Instruments | 17/01/2012 | 896.13 Kb | ZIP | snvm015.zip |
| =330uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 C_C18 SB 0 0.1uF TC=0,0 C_C31 0 U3 ANODES CMPD2838 CMPD2838 CMPD2838 CMPD2838 R_R33 ZENER SB 10K TC=0,0 C_C7 VCC 0 1uF IC=0 TC=0,0 X_Q4 C17R21 C17R21 C17R21 C17R21 T2OUT1 470pF TC=0,0 X_U3A ZENER U3A_INV U3PWR 0 U3A_OUT 0 LM6132A LM6132A LM6132A LM6132A C_C11 0 RES 0.047uF IC=0 TC=0,0 X_C21 VOUT 0 NSCTANTCAP PARAMS: C=68uF ESRAT1K=1.7m ESL=1pH PARAMS: C=330uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 R_R19 Q5_6G 0 10K TC=0,0 R_R11 www.datasheetarchive.com/download/95566135-920974ZC/snvm015.zip (test.net) |
Texas Instruments | 17/01/2012 | 896.13 Kb | ZIP | snvm015.zip |
| BOARD C_C27 U3B_FB U3B_INV 0.033uF TC=0,0 C_C18 SB 0 0.1uF TC=0,0 R_R1 22.1K TC=0,0 C_C30 ZENER 0 1000pF IC=0 TC=0,0 R_R22 D4ANODES SB 10 TC=0,0 C _NON 0 0.1uF TC=0,0 C_C15 VCLAMP CLAMPSW 0.1uF TC=0,0 X_U3A ZENER U3A_INV U3PWR 0 VCC 0.1uF TC=0,0 X_C23 VOUT 0 NSCTANTCAP PARAMS: C=68uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG _U3B U3B_NON U3B_INV U3PWR 0 U3B_OUT 0 LM6132A LM6132A LM6132A LM6132A R_R33 ZENER SB 10K TC=0,0 D_D2B www.datasheetarchive.com/download/95566135-920974ZC/snvm015.zip (steady.out.1) |
Texas Instruments | 17/01/2012 | 896.13 Kb | ZIP | snvm015.zip |
| VOUT 0 NSCTANTCAP PARAMS: C=330uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 C_C18 SB 0 0.1u T2OUT1 D4ANODES CMPD2838 CMPD2838 CMPD2838 CMPD2838 R_R33 ZENER SB 10K TC=0,0 C_C7 VCC 0 1uF IC=0 TC=0 ATD1 4.99K TC=0,0 C_C17 C17R21 C17R21 C17R21 C17R21 T2OUT1 470pF TC=0,0 X_U3A ZENER U3A_INV U3PWR 0 : C=68uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 R_R24 SPLUS VOUT 10 TC=0,0 C_C33 =0,0 X_C20 VOUT 0 NSCTANTCAP PARAMS: C=330uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 R www.datasheetarchive.com/download/95566135-920974ZC/snvm015.zip (test.out.1) |
Texas Instruments | 17/01/2012 | 896.13 Kb | ZIP | snvm015.zip |
| BOARD C_C27 U3B_FB U3B_INV 0.033uF TC=0,0 C_C18 SB 0 0.1uF TC=0,0 R_R1 22.1K TC=0,0 C_C30 ZENER 0 1000pF IC=0 TC=0,0 R_R22 D4ANODES SB 10 TC=0,0 C _NON 0 0.1uF TC=0,0 C_C15 VCLAMP CLAMPSW 0.1uF TC=0,0 X_U3A ZENER U3A_INV U3PWR 0 VCC 0.1uF TC=0,0 X_C23 VOUT 0 NSCTANTCAP PARAMS: C=68uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG _U3B U3B_NON U3B_INV U3PWR 0 U3B_OUT 0 LM6132A LM6132A LM6132A LM6132A R_R33 ZENER SB 10K TC=0,0 D_D2B www.datasheetarchive.com/download/95566135-920974ZC/snvm015.zip (steady.out.1) |
Texas Instruments | 17/01/2012 | 896.13 Kb | ZIP | snvm015.zip |
| VOUT 0 NSCTANTCAP PARAMS: C=330uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 C_C18 SB 0 0.1u T2OUT1 D4ANODES CMPD2838 CMPD2838 CMPD2838 CMPD2838 R_R33 ZENER SB 10K TC=0,0 C_C7 VCC 0 1uF IC=0 TC=0 ATD1 4.99K TC=0,0 C_C17 C17R21 C17R21 C17R21 C17R21 T2OUT1 470pF TC=0,0 X_U3A ZENER U3A_INV U3PWR 0 : C=68uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 R_R24 SPLUS VOUT 10 TC=0,0 C_C33 =0,0 X_C20 VOUT 0 NSCTANTCAP PARAMS: C=330uF ESRAT1K=1.7m ESL=1pH RLEAK=1MEG + IC=0 R www.datasheetarchive.com/download/95566135-920974ZC/snvm015.zip (test.out.1) |
Texas Instruments | 17/01/2012 | 896.13 Kb | ZIP | snvm015.zip |