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DC1160A Linear Technology BOARD EVAL LED DRIVER LT3518
DC1205A Linear Technology BOARD EVAL LED DRIVER LT3592
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DC1319A-B Linear Technology BOARD EVAL LED DRIVER LT3756-1
LTC4358IDE#PBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C
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ZENER DIODE 5.1V documentation Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2008 - Not Available

Abstract: No abstract text available
Text: Series Zener Diode from VIN = 15V, VOUT = 1.5V SNVA341A – April 2008 – Revised April 2013 Submit , Series Zener Diode from VOUT = 9V, VIN = 15V 14 AN-1837 LM2738 Evaluation Board SNVA341A â , square inch of a 4-layer printed circuit board. The circuit is configured with the boost diode connected , . SNVA341A – April 2008 – Revised April 2013 Submit Documentation Feedback AN-1837 LM2738 Evaluation , C3216X5R1A226 1206 C3 (Boost Cap), C4 0.1µF TDK C2012X7R1A104 0805 D2, Boost Diode 1VF


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PDF SNVA341A AN-1837 LM2738 LM2738X LM2738Y 550kHz
2008 - Not Available

Abstract: No abstract text available
Text: series zener diode In the Simplifed Block Diagram of (Figure 27), capacitor CBOOST and diode D2 supply , , CBOOST can be charged from VIN or VOUT minus a zener voltage by placing a zener diode D3 in series with D2, as shown in Figure 30. When using a series zener diode from the input, ensure that the , An alternative method is to place the zener diode D3 in a shunt configuration as shown in Figure 31 , ceramic capacitor such as a 6.3V, 0.1µF capacitor (C4) should be placed in parallel with the zener diode


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PDF LM2738 SNVS556B LM2738 550kHz/1 550kHz LM2738Y) LM2738X)
2004 - Not Available

Abstract: No abstract text available
Text: series zener diode In the Simplifed Block Diagram of Figure 22, capacitor CBOOST and diode D2 supply the , VIN or VOUT minus a zener voltage by placing a zener diode D3 in series with D2, as shown in Figure 25. When using a series zener diode from the input, ensure that the regulation of the input supply , to place the zener diode D3 in a shunt configuration as shown in Figure 26. A small 350mW to 500mW , 6.3V, 0.1µF capacitor (C4) should be placed in parallel with the zener diode . When the internal NMOS


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PDF LM2734 SNVS288I LM2734 550kHz LM2734Y) LM2734X)
2008 - Not Available

Abstract: No abstract text available
Text: voltage rail (2.5V < VEXT < 5.5V) 4. From a shunt or series zener diode In the Simplifed Block Diagram , zener voltage by placing a zener diode D3 in series with D2, as shown in Figure 30. When using a series zener diode from the input, ensure that the regulation of the input supply doesn’t create a voltage , Figure 30. Zener Reduces Boost Voltage from VIN An alternative method is to place the zener diode D3 in , ) should be placed in parallel with the zener diode . When the internal NMOS switch turns on, a pulse of


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PDF LM2738 SNVS556B LM2738 550kHz/1 550kHz LM2738Y) LM2738X)
2008 - Not Available

Abstract: No abstract text available
Text: . From an external distributed voltage rail (2.5V < VEXT < 5.5V) 4. From a shunt or series zener diode In , by placing a zener diode D3 in series with D2, as shown in Figure 30. When using a series zener diode , An alternative method is to place the zener diode D3 in a shunt configuration as shown in Figure 31 , ceramic capacitor such as a 6.3V, 0.1µF capacitor (C4) should be placed in parallel with the zener diode , enough RMS current to the zener diode (D3) and to the BOOST pin. A recommended choice for the zener


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PDF LM2738 SNVS556B LM2738 550kHz/1 550kHz LM2738Y) LM2738X) 400nA
2004 - Not Available

Abstract: No abstract text available
Text: voltage (VOUT) 3. From an external distributed voltage rail (VEXT) 4. From a shunt or series zener diode , minus a zener voltage by placing a zener diode D3 in series with D2, as shown in Figure 25. When using a series zener diode from the input, ensure that the regulation of the input supply doesn’t create a , Figure 25. Zener Reduces Boost Voltage from VIN An alternative method is to place the zener diode D3 in , ) should be placed in parallel with the zener diode . When the internal NMOS switch turns on, a pulse of


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PDF LM2734 SNVS288I LM2734 550kHz LM2734Y) LM2734X)
2004 - SHBB

Abstract: No abstract text available
Text: ) 4. From a shunt or series zener diode In the Simplifed Block Diagram of Figure 19, capacitor CBOOST , minus a zener voltage by placing a zener diode D3 in series with D2, as shown in Figure 22. When using a series zener diode from the input, ensure that the regulation of the input supply doesn't create a , Reduces Boost Voltage from VIN An alternative method is to place the zener diode D3 in a shunt , parallel with the zener diode . When the internal NMOS switch turns on, a pulse of current is drawn to


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PDF LM2736 SNVS316F LM2736 750mA 550kHz LM2736Y) LM2736X) SHBB
2004 - Not Available

Abstract: No abstract text available
Text: external distributed voltage rail (VEXT) 4. From a shunt or series zener diode In the Simplifed Block , zener diode D3 in series with D2, as shown in Figure 22. When using a series zener diode from the input , VIN An alternative method is to place the zener diode D3 in a shunt configuration as shown in Figure , ceramic capacitor such as a 6.3V, 0.1µF capacitor (C4) should be placed in parallel with the zener diode , time. Resistor R3 should be chosen to provide enough RMS current to the zener diode (D3) and to the


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PDF LM2736 SNVS316F LM2736 750mA 550kHz LM2736Y) LM2736X)
2013 - Not Available

Abstract: No abstract text available
Text: . From an external distributed voltage rail (VEXT) 4. From a shunt or series zener diode In the , zener diode D3 in series with D2, as shown in Figure 22. When using a series zener diode from the input , VIN An alternative method is to place the zener diode D3 in a shunt configuration as shown in Figure , ceramic capacitor such as a 6.3V, 0.1µF capacitor (C4) should be placed in parallel with the zener diode , time. Resistor R3 should be chosen to provide enough RMS current to the zener diode (D3) and to the


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PDF LMR12007 SNVS982 LMR12007 750mA 550kHz LMR12007Y) LMR12007X)
2004 - Not Available

Abstract: No abstract text available
Text: ) 4. From a shunt or series zener diode In the Simplifed Block Diagram of Figure 22, capacitor CBOOST , charged from VIN or VOUT minus a zener voltage by placing a zener diode D3 in series with D2, as shown in Figure 25. When using a series zener diode from the input, ensure that the regulation of the input supply , . Zener Reduces Boost Voltage from VIN An alternative method is to place the zener diode D3 in a shunt , parallel with the zener diode . When the internal NMOS switch turns on, a pulse of current is drawn to


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PDF LM2734 SNVS288I LM2734 550kHz LM2734Y) LM2734X) LM2734XQ/LM2734YQ AEC-Q100
2004 - LM2734YMKX / SFEB

Abstract: No abstract text available
Text: series zener diode In the Simplifed Block Diagram of Figure 22, capacitor CBOOST and diode D2 supply the , VIN or VOUT minus a zener voltage by placing a zener diode D3 in series with D2, as shown in Figure 25. When using a series zener diode from the input, ensure that the regulation of the input supply , to place the zener diode D3 in a shunt configuration as shown in Figure 26. A small 350mW to 500mW , 6.3V, 0.1µF capacitor (C4) should be placed in parallel with the zener diode . When the internal NMOS


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PDF LM2734 SNVS288I LM2734 550kHz LM2734Y) LM2734X) LM2734YMKX / SFEB
2004 - Not Available

Abstract: No abstract text available
Text: external distributed voltage rail (VEXT) 4. From a shunt or series zener diode In the Simplifed Block , zener diode D3 in series with D2, as shown in Figure 22. When using a series zener diode from the input , VIN An alternative method is to place the zener diode D3 in a shunt configuration as shown in Figure , ceramic capacitor such as a 6.3V, 0.1µF capacitor (C4) should be placed in parallel with the zener diode , time. Resistor R3 should be chosen to provide enough RMS current to the zener diode (D3) and to the


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PDF LM2736 SNVS316F LM2736 750mA 550kHz LM2736Y) LM2736X)
2004 - SHBB

Abstract: No abstract text available
Text: external distributed voltage rail (VEXT) 4. From a shunt or series zener diode In the Simplifed Block , zener diode D3 in series with D2, as shown in Figure 22. When using a series zener diode from the input , VIN An alternative method is to place the zener diode D3 in a shunt configuration as shown in Figure , ceramic capacitor such as a 6.3V, 0.1µF capacitor (C4) should be placed in parallel with the zener diode , time. Resistor R3 should be chosen to provide enough RMS current to the zener diode (D3) and to the


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PDF LM2736 SNVS316F LM2736 750mA 550kHz LM2736Y) LM2736X) SHBB
2013 - Not Available

Abstract: No abstract text available
Text: ) 4. From a shunt or series zener diode In the Simplifed Block Diagram of Figure 19, capacitor CBOOST , placing a zener diode D3 in series with D2, as shown in Figure 22. When using a series zener diode from , An alternative method is to place the zener diode D3 in a shunt configuration as shown in Figure 23 , ceramic capacitor such as a 6.3V, 0.1µF capacitor (C4) should be placed in parallel with the zener diode , time. Resistor R3 should be chosen to provide enough RMS current to the zener diode (D3) and to the


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PDF LMR12007 SNVS982 LMR12007 750mA 550kHz LMR12007Y) LMR12007X)
2013 - Not Available

Abstract: No abstract text available
Text: . From an external distributed voltage rail (VEXT) 4. From a shunt or series zener diode In the , zener diode D3 in series with D2, as shown in Figure 22. When using a series zener diode from the input , VIN An alternative method is to place the zener diode D3 in a shunt configuration as shown in Figure , ceramic capacitor such as a 6.3V, 0.1µF capacitor (C4) should be placed in parallel with the zener diode , time. Resistor R3 should be chosen to provide enough RMS current to the zener diode (D3) and to the


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PDF LMR12007 SNVS982 LMR12007 750mA 550kHz LMR12007Y) LMR12007X)
2013 - Not Available

Abstract: No abstract text available
Text: . From an external distributed voltage rail (VEXT) 4. From a shunt or series zener diode In the , zener diode D3 in series with D2, as shown in Figure 22. When using a series zener diode from the input , VIN An alternative method is to place the zener diode D3 in a shunt configuration as shown in Figure , ceramic capacitor such as a 6.3V, 0.1µF capacitor (C4) should be placed in parallel with the zener diode , time. Resistor R3 should be chosen to provide enough RMS current to the zener diode (D3) and to the


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PDF LMR12007 SNVS982 LMR12007 750mA 550kHz LMR12007Y) LMR12007X)
2008 - diode zener 22A

Abstract: No abstract text available
Text: Series Zener Diode (VOUT) 15V to 9V/1.5A 22 Submit Documentation Feedback Product Folder Links , . From an external distributed voltage rail (2.5V < VEXT < 5.5V) 4. From a shunt or series zener diode In , diode D3 in series with D2, as shown in Figure 6. When using a series zener diode from the input, ensure , alternative method is to place the zener diode D3 in a shunt configuration as shown in Figure 7. A small 350mW , capacitor such as a 6.3V, 0.1µF capacitor (C4) should be placed in parallel with the zener diode . When the


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PDF LM2738 SNVS556A LM2738 550kHz/1 550kHz LM2738Y) LM2738X) 400nA diode zener 22A
2004 - NSC LM2734YMK

Abstract: 30VR
Text: . From an external distributed voltage rail (VEXT) 4. From a shunt or series zener diode In the Simplifed , 5.5V, CBOOST can be charged from VIN or VOUT minus a zener voltage by placing a zener diode D3 in series with D2, as shown in Figure 7. When using a series zener diode from the input, ensure that the , the zener diode D3 in a shunt configuration as shown in Figure 8. A small 350mW to 500mW 5.1V zener in , , 0.1µF capacitor (C4) should be placed in parallel with the zener diode . When the internal NMOS switch


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PDF LM2734 SNVS288H LM2734 OT23-6 550kHz LM2734Y) LM2734X) LM2734XQ/LM2734YQ AEC-Q100 NSC LM2734YMK 30VR
1996 - 5.1V Zener Diode

Abstract: ZENER DIODE 5.1V power supply smps with uc3854 UC2842 smps circuit pwm ics an-h28 5.1V zener ucc3855b ucc3855 pwm 3110
Text: start voltages for some PWM ICs require an additional diode or a zener diode . One asterisk in the , 1 below. Two asterisks indicate the LR6 requires a zener diode in series to ground as shown in , zener diode Industry Standard IC UC1823 UC2823 UC3823 UC1823A/25A UC2823A/25A UC3823A/25A UC1823B/25B , . * Add a 5.1V zener diode in series with the ground pin of the LR6 to ground. 3-108 LR Series , in series with the ground pin of the LR6 to ground. * Add a 5.1V zener diode in series with the


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PDF 120VAC 240VAC, 5.1V Zener Diode ZENER DIODE 5.1V power supply smps with uc3854 UC2842 smps circuit pwm ics an-h28 5.1V zener ucc3855b ucc3855 pwm 3110
1996 - uc3854 Datasheet Circuit Application Note

Abstract: uc3854 Datasheet, Circuit Application Note ZENER DIODE 5.1V UC3842 smps design ZENER DIODE 5.1V power supply UC3843 application note zener diode voltage list smps with uc2854 ucc3855 UC3861 application note
Text: diode or a zener diode . One asterisk in the start-up device column indicates the LR6 is to be used with , zener diode in series to ground as shown in Figure 2. VIN PWM IC C + 5.1V - Figure 1 , VZ Figure 2: Adding a series 5.1V zener diode Start Threshold Voltage Stop Voltage , series with the ground pin of the LR6 to ground. * Add a 5.1V zener diode in series with the ground pin , with the ground pin of the LR6 to ground. * Add a 5.1V zener diode in series with the ground pin of


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PDF 120VAC 240VAC, ML4815 ML4819 ML4823 ML4824 ML4825 LT1241 LT1242/44/46 LT1243/45 uc3854 Datasheet Circuit Application Note uc3854 Datasheet, Circuit Application Note ZENER DIODE 5.1V UC3842 smps design ZENER DIODE 5.1V power supply UC3843 application note zener diode voltage list smps with uc2854 ucc3855 UC3861 application note
1993 - ZENER DIODE 5.1V documentation

Abstract: SL9999
Text: through the low-drift on-chip buffer (pins 10 and 11) to VB. The Zener diode between pins 17 and 18 can , resistor can conveniently replace the Zener diode . Its value may be calculated from the voltage drop and , 19 10n ZENER DIODE 6.2V 18 6 4 2 0 -2 -4 50 SL9999 18 REXT 17 15 CL 33p Vout RL , should be increased. A graph of recommended Re with gain is given in Fig.4. Power Dissipation A Zener diode is used between pins 17 and 18 to dissipate power externally and to provide DC offset of the


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PDF DS2078 SL9999 400MHz SP9999 ZENER DIODE 5.1V documentation SL9999
1993 - SL9999

Abstract: X8 diode zener japan zener diode 4.7V Zener diode x6 op closed-loop 60MHZ X4 diode zener zener 4.7V LC20 zener diode 6.2v
Text: offset can be applied through the low-drift on-chip buffer (pins 10 and 11) to VB. The Zener diode , Dissipation A Zener diode is used between pins 17 and 18 to dissipate power externally and to provide DC offset of the output. For -5V, +12V range a 4.7V to 5.1V Zener may be used. For lower cost applications a bypassed resistor can conveniently replace the Zener diode . Its value may be calculated from the , 10n Vin GAIN (dB) +12V 10n ZENER DIODE 6.2V 1 560 4 Ri 5 19 18 Ci


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PDF DS2078 SL9999 400MHz SP9999 SL9999 X8 diode zener japan zener diode 4.7V Zener diode x6 op closed-loop 60MHZ X4 diode zener zener 4.7V LC20 zener diode 6.2v
2001 - UCC3855

Abstract: UC2842 smps circuit 5.1V Zener Diode UC3842 smps design UC2843 applications AN-H28 UC3860 ZENER DIODE 5.1V 1 LT1248 Application 5.1V DIODE ZENER
Text: require an additional diode or a zener diode . One asterisk in the start-up device column indicates the , the LR6 requires a zener diode in series to ground as shown in Figure 2. GND VCC PWM IC C VZ Figure 2: Adding a series 5.1V zener diode Start Threshold Voltage Stop Voltage , . * Add a 5.1V zener diode in series with the ground pin of the LR6 to ground. -2 LR Series , ground pin of the LR6 to ground. * Add a 5.1V zener diode in series with the ground pin of the LR6 to


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PDF 120VAC 240VAC, ML4824 ML4825 LT1103/1105 LT1241 LT1242/44/46 LT1243/45 LT1248/49 UCC1855B UCC3855 UC2842 smps circuit 5.1V Zener Diode UC3842 smps design UC2843 applications AN-H28 UC3860 ZENER DIODE 5.1V 1 LT1248 Application 5.1V DIODE ZENER
UC3842 smps design

Abstract: UC3825 UC3824 application UC3861 application note UC3824 UC3863 application IC uc3843 smps with uc2854 UC2854 UC2842 smps circuit
Text: require an additional diode or a zener diode . One asterisk in the start-up device column indicates the , the LR6 requires a zener diode in series to ground as shown in Figure 2. GND VCC PWM IC C VZ Figure 2: Adding a series 5.1V zener diode Start Threshold Voltage Stop Voltage , . * Add a 5.1V zener diode in series with the ground pin of the LR6 to ground. 2 LR Series , ground pin of the LR6 to ground. * Add a 5.1V zener diode in series with the ground pin of the LR6 to


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PDF 120VAC 240VAC, ML4819 ML4823 ML4824 ML4825 LT1103/1105 LT1241 LT1242/44/46 LT1243/45 UC3842 smps design UC3825 UC3824 application UC3861 application note UC3824 UC3863 application IC uc3843 smps with uc2854 UC2854 UC2842 smps circuit
2006 - H 48 zener diode

Abstract: 1.6 volt zener diode SM16Z4689 ZENER DIODE 5.1V S16Z4689 128 zener diode Diode marking code e3 Air-15KV 5 volts ZENER DIODE HMC424LP3
Text: SM16Z4689, e3 HEX-RegTM 5.1 Volt Zener Diode Array for Hex Attenuator Drivers SCOTTSDALE , NOMINAL ZENER VOLTAGE Vz SM16Z4689, e3 HEX-RegTM 5.1 Volt Zener Diode Array for Hex Attenuator Drivers SCOTTSDALE DIVISION The HEX-RegTM Zener diode array is designed to mount adjacent to a 6 , HMC424LP3. This low current, 50 A 5.1V zener array provides the necessary bias for the High State, 4.2 ­ , pcs (STANDARD) 8 Diode Array SOIC 16-pin Surface Mount Package UL 94V-0 Flamability


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PDF SM16Z4689, SM16Z4689 HMC424LP3. SO-16 SM16Z4689 H 48 zener diode 1.6 volt zener diode ZENER DIODE 5.1V S16Z4689 128 zener diode Diode marking code e3 Air-15KV 5 volts ZENER DIODE HMC424LP3
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