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6v Zener diode

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Abstract: . They are also connected through a Zener diode to the input power supply. The breakdown voltage on the , supply is a diode voltage below ground, the Zener diode conducts. This pulls the ground resistor , has a negative absolute maximum voltage of ­0.3V. The forward voltage of the Zener diode may be too , large, a Schottky diode can be placed in parallel with the Zener diode. The reverse breakdown of the , supply to clamp the signal, if required. GATE CTL Zener diode clamps the voltage between the VIN ... Linear Technology
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2 pages,
57.98 Kb

AN107 ZENER 26v LTC4414 LTC4411 40V zener diode diode zener 40v LTC4412 zener 14v diode LTC4412HV conclusion of zener diode voltage zener diode 4.4V 36V zener TEXT
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Abstract: over-voltage of the power supply is expected to exceed 6V, another Zener diode and a resettable fuse should be , drivers, ic safety features, supply voltage, overvoltage protection, Zener diode, small form factor , pre-defined power limits. Using a Zener diode, over-voltage protection can be integrated with the internal , drivers by placing a Zener diode as shown in Figure 1. The potential of the BIASMON pin of the MAX3740 MAX3740 , BIASMON exceeds the reverse breakdown voltage of the Zener diode, current will flow through the diode and ... Maxim Integrated Products
Original
datasheet

2 pages,
29.32 Kb

4.6V zener diode APP2930 diode zener protection HFAN-02 MAX3735A MAX3740 Zener Diode SFP Laser Driver Zener 4.2v Laser power supply abstract zener 4,2V AN2930 zener diode 4.2V TEXT
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Abstract: diode (D1) with high power dissipation for short circuit protection and fast 5,6V Back-to-back zener , has to be made. Optional: · In output path (MLX81100 MLX81100): 5,1V zener diode (D1) with high power dissipation for short circuit protection and fast 5,6V Back-to-back zener diode (D2) for ESD-protection in , Zener diodes D2 and D4: 5,6V zener voltage, different types are available, tests on real chip will help , Application Note MLX81100 MLX81100 PWM interface 2.4 Protection elements 12V level Zener diodes: 5,6V zener ... Melexis
Original
datasheet

5 pages,
98.28 Kb

OUTPUT SORT CIRCUIT PROTECTION MLX81100 ecu interface circuit ECU PWM 12V fast ZENER DIODE ecu schematics TEXT
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Abstract: .3V-36V ZENER DIODE SILICON EPITAXIAL PLANAR DIODE 2 E A B MAXIMUM RATING (Ta=25) CHARACTERISTIC Power , . SMFZ4.3V SMFZ4.7V SMFZ5.1V SMFZ5.6V SMFZ6.2V SMFZ6.8V Marking ZZJ ZZK ZZL ZZM ZZN ZZP Type No , 1/3 SMFZ4.3V-36V ELECTRICAL CHARACTERISTICS (Ta=25) Zener Voltage Vz (V) TYPE No. Min. SMFZ4.3V SMFZ4.7V SMFZ5.1V SMFZ5.6V SMFZ6.2V SMFZ6.8V SMFZ7.5V SMFZ8.2V SMFZ9.1V SMFZ10V SMFZ10V SMFZ11V SMFZ11V SMFZ12V SMFZ12V SMFZ13V SMFZ13V , Reverse Current IR ( A) The Zener voltage (VZ) is measured 40ms after power is supplied. 2011. 10 ... KEC
Original
datasheet

3 pages,
349.07 Kb

SMFZ20V SMFZ12V SMFZ36V smf diode marking marking Z13 diode zener Z20 SMFZ33V zener diode z24 Zener diode z12 15 SMFZ18V SMFZ22V diode Z27 SMFZ15V diode zener Z11 zener diode z33 SMFZ24V Z15 marking diode zener 8v diode z15 Diode glass TEXT
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Abstract: . FEATURES ·Small surface mounting type. SMAZ3.6V~SMAZ36V SMAZ36V ZENER DIODE SILICON PLANAR DIODE 2 H , Z22 Z24 Z27 Z30 Z33 Z36 - 2005. 8. 16 Revision No : 0 E E 1/3 SMAZ3.6V~SMAZ36V SMAZ36V ELECTRICAL CHARACTERISTICS (Ta=25) Zener Voltage Vz (V) TYPE No. Min. SMAZ3.6V SMAZ3.9V SMAZ4.3V SMAZ4.7V SMAZ5.1V SMAZ5.6V SMAZ6.2V SMAZ6.8V SMAZ7.5V SMAZ8.2V SMAZ9.1V SMAZ10V SMAZ10V SMAZ11V SMAZ11V SMAZ12V SMAZ12V SMAZ13V SMAZ13V SMAZ15V SMAZ15V , Marking Type Name Lot No. Type No. SMAZ3.6V SMAZ3.9V SMAZ4.3V SMAZ4.7V SMAZ5.1V SMAZ5.6V SMAZ6 ... KEC
Original
datasheet

3 pages,
362.62 Kb

SMAZ5.1V SMAZ24V Z6 DIODE Z6 marking 6 Z6 ZENER DIODE Z6.2 zener Z39 MARKING Zener diode z12 15 SMAZ18V diode Z27 Z4.3 zener Z51 zener diode z15 Diode glass diode z36 SMAZ36V Z5.6 zener DIODE SMAZ36V Z9.1 zener DIODE SMAZ36V DIODE z91 SMAZ36V Z6.8 SMAZ36V ZENER DIODE z91 SMAZ36V Z5.6 SMAZ36V SMAZ36V SMAZ36V TEXT
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Abstract: APPLICATION. CATHODE MARK B 1 KDZ2.0V~36V ZENER DIODE SILICON EPITAXIAL PLANAR DIODE G FEATURES , Type No. KDZ2.0V KDZ2.2V KDZ2.4V KDZ2.7V KDZ3.0V KDZ3.3V KDZ3.6V KDZ3.9V Marking 2A 2B 2C 2D 30 33 36 39 Type No. KDZ4.3V KDZ4.7V KDZ5.1V KDZ5.6V KDZ6.2V KDZ6.8V KDZ7.5V KDZ8.2V Marking 43 47 51 , CHARACTERISTICS (Ta=25) Zener Voltage Vz (V) TYPE No. Grade Min. KDZ2.0V Y KDZ2.2V Y KDZ2.4V Y KDZ2.7V Y KDZ3.0V Y KDZ3.3V Y KDZ3.6V Y KDZ3.9V Y KDZ4.3V Y KDZ4.7V Y KDZ5.1V Y KDZ5.6V Y KDZ6.2V Y KDZ6.8V Y KDZ7 ... KEC
Original
datasheet

4 pages,
383.64 Kb

marking a2 diode usc TEXT
datasheet frame
Abstract: 300mW SOT-23 ZENER DIODES BZX84 BZX84 SERIES Features S OT -23 Vz R ange 2.4 to 75V Power Dis s , iew F eatures · S ilicon P lanar Power Zener Diodes · T he Zener voltages are graded according to the international E 24 standard. S tandard Zener voltage tolerance is ±5%. R eplace "C " with "B " for ±2% tolerance. Other voltage tolerances and other Zener voltages are available upon reques t. · S ilicon E pitaxial P lanar Diode · Fas t switching diode in cas e S OT-23 OT-23, es pecially s uited ... Daesan Electronics
Original
datasheet

3 pages,
354.83 Kb

BZX84 MARKING Z68 Y4 ZENER DIODE zener diode z62 zener diode zx 12 MARKING z57 zener 8v diode ZX84-B MARKING Z86 ZX84C Z71 sot23 Y6 ZENER DIODE Z51 zener diode z58 zener diode Zener 9v 201 zener diode sot23 z58 diode marking Z58 TEXT
datasheet frame
Abstract: APPLICATION. Z02W2 Z02W2.2V~36V ZENER DIODE SILICON EPITAXIAL PLANAR DIODE L E B L FEATURES ·Small , 4.3 Example : Z02W4 Z02W4.3V TYPE NAME : Z02W2 Z02W2.2V Z02W2 Z02W2.4V Z02W2 Z02W2.7V Z02W3 Z02W3.0V Z02W3 Z02W3.3V Z02W3 Z02W3.6V 2B 2C , Revision No : 8 1/4 Z02W2 Z02W2.2V~36V ELECTRICAL CHARACTERISTICS (Ta=25) Zener Voltage Vz (V) TYPE No. Grade Min. Z02W2 Z02W2.2V X Z Z02W2 Z02W2.4V X Z Z02W2 Z02W2.7V X Z Z02W3 Z02W3.0V X Z Z02W3 Z02W3.3V X Z Z02W3 Z02W3.6V X Z Z02W4 Z02W4.3V Y Z02W5 Z02W5.1V Y Z02W5 Z02W5.6V Y Z02W6 Z02W6.2V Y Z02W6 Z02W6.8V Y 6.60 7.02 6.00 6.40 6.39 7.20 5 25 5 150 0.5 0.5 5.0 5.43 ... KEC
Original
datasheet

4 pages,
357.09 Kb

z02w24v -y Z02W20V 702 y sot 23 Z02W2 TEXT
datasheet frame
Abstract: APPLICATION. FEATURES ·Small Package : SOT-23 ·Normal Voltage Tolerance About ±2.5%. Z02W2 Z02W2.0V~36V ZENER DIODE SILICON EPITAXIAL PLANAR DIODE L E B L DIM A B 2 3 C D E G H J P P K L M N P , Example : Z02W4 Z02W4.3V TYPE NAME : Z02W2 Z02W2.0V Z02W2 Z02W2.2V Z02W2 Z02W2.4V Z02W2 Z02W2.7V Z02W3 Z02W3.0V Z02W3 Z02W3.3V Z02W3 Z02W3.6V Z02W3 Z02W3 , (Ta=25) Zener Voltage Vz (V) TYPE No. Grade Min. Z02W2 Z02W2.0V X Z Z02W2 Z02W2.2V X Z Z02W2 Z02W2.4V X Z Z02W2 Z02W2.7V X Z Z02W3 Z02W3.0V X Z Z02W3 Z02W3.3V X Z Z02W3 Z02W3.6V X Z Z02W3 Z02W3.9V X Z Z02W4 Z02W4.3V Y Z02W4 Z02W4.7V Y Z02W5 Z02W5.1V Y Z02W5 Z02W5.6V Y Z02W6 Z02W6 ... KEC
Original
datasheet

4 pages,
356.08 Kb

marking 27A sot-23 z02w24v -y Z02W2 TEXT
datasheet frame
Abstract: SEMICONDUCTOR KDZ2.0V~36V TECHNICAL DATA ZENER DIODE SILICON EPITAXIAL PLANAR DIODE , .7V 2D KDZ5.6V 56 KDZ12V KDZ12V 12 *KDZ27V KDZ27V A1 KDZ3.0V 30 KDZ6.2V 62 KDZ13V KDZ13V 13 *KDZ30V KDZ30V A2 KDZ3.3V 33 KDZ6.8V 68 KDZ15V KDZ15V 15 KDZ33V KDZ33V A3 KDZ3.6V , ELECTRICAL CHARACTERISTICS (Ta=25 ) Dynamic Impedance Zz ( ) Zener Voltage Vz (V) TYPE No. Grade , .0V KDZ2.2V KDZ2.4V KDZ2.7V KDZ3.0V KDZ3.3V KDZ3.6V KDZ3.9V KDZ4.3V KDZ4.7V KDZ5 ... KEC
Original
datasheet

4 pages,
473.83 Kb

TEXT
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Archived Files

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easy way to eliminate this is to add a 6V zener diode between the Shutdown out- put and the Ground as tank capacitor through a diode as shown on figure 5 . When the voltage across C BOOST reaches
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/7149-v1.htm
STMicroelectronics 30/11/2000 21.69 Kb HTM 7149-v1.htm
power sup- ply is over 7V. An easy way to eliminate this is to add a 6V zener diode between the Shutdown switch, and stored in the C BOOST tank capacitor through a diode as shown on figure 5 . When the
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/7149.htm
STMicroelectronics 20/10/2000 22.55 Kb HTM 7149.htm
Shutdown output if the power supply is over 7V. An easy way to eliminate this is to add a 6V zener diode LOGIC OUTPUT (SHUTDOWN-open drain) V OL Low Output Voltage (2mA) 0.8 V I OH High Output Current (6V) 1 means of an oscillator commanded switch, and stored in the C BOOST tank capacitor through a diode as
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5188.htm
STMicroelectronics 20/10/2000 28.75 Kb HTM 5188.htm
eliminate this is to add a 6V zener diode between the Shutdown output and the Ground as shown on figure (SHUTDOWN-open drain) V OL Low Output Voltage (2mA) 0.8 V I OH High Output Current (6V) 1 nA t s means of an oscillator commanded switch, and stored in the C BOOST tank capacitor through a diode
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5188-v3.htm
STMicroelectronics 23/06/2000 27.19 Kb HTM 5188-v3.htm
Shutdown output if the power supply is over 7V. An easy way to eliminate this is to add a 6V zener diode (2mA) 0.8 V I OH High Output Current (6V) 1 nA t s Shutdown Response Time (sens P/N shutdown without means of an oscillator commanded switch, and stored in the C BOOST tank capacitor through a diode as
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5188-v2.htm
STMicroelectronics 14/06/1999 25.39 Kb HTM 5188-v2.htm
Shutdown output if the power supply is over 7V. An easy way to eliminate this is to add a 6V zener diode (2mA) 0.8 V I OH High Output Current (6V) 1 nA t s Shutdown Response Time (sens P/N shutdown without means of an oscillator commanded switch, and stored in the C BOOST tank capacitor through a diode as
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5188-v1.htm
STMicroelectronics 02/04/1999 25.44 Kb HTM 5188-v1.htm
No abstract text available
/download/44732869-596959ZC/30910.zip ()
NXP 23/10/2012 372.47 Kb ZIP 30910.zip
VJ=1.460189 M=1.378011 BV=15 IBV=100E-15 100E-15) * Zener diode .model drd5a D (IS=0.5uA RS=40 BV=5.00 IBV=0.5uA * Sample library of diode model parameters * * This is a reduced version of MicroSim's diode model library. * You are welcome to make as many copies of it as you find * sheets for each part. The methods used were as follows: * IS nominal leakage current * RS for zener diodes: nominal small-signal impedance * at specified operating current * IB for zener diodes: set
/datasheets/files/spicemodels/misc/modelos/spice_complete/diode_1.lib
Spice Models 18/04/2010 7.12 Kb LIB diode_1.lib
and following field repair. The zener diode's successor is the bandgap reference. Almost operates like a zener diode. Unlike zeners, however, the bandgap has a low voltage (1.23V) and a very sharp replaced by modern low-current (10fA) references. The first modern voltage reference is the zener diode. Used mostly in clamp circuits and power supplies, it comes in a variety of voltages, packages, and , the zener produces a reasonably constant voltage when connected in series with a resistor and a source
/datasheets/files/maxim/0008/view_046.htm
Maxim 04/04/2001 38.43 Kb HTM view_046.htm
Zener Diode 02-05-1993 * *SRC=1N5340A 1N5340A;DN5340A DN5340A;Diodes;Zener Diode 06-15-1993 * *SRC=1N4057 1N4057;ZN4057 ZN4057;Diodes;Zener 10V-50V;12.4V 1.5W .MODEL ZN4057 ZN4057 D Zener Diode 06-15-1993 * *SRC=1N4058 1N4058;ZN4058 ZN4058;Diodes;Zener 10V-50V;14.6V 1.5W .MODEL ZN4058 ZN4058 D Zener Diode 06-15-1993 * *SRC=1N4059 1N4059;ZN4059 ZN4059;Diodes;Zener 10V-50V;16.8V 1.5W .MODEL ZN4059 ZN4059 D Zener Diode 06-15-1993 * *SRC=1N4060 1N4060;ZN4060 ZN4060;Diodes;Zener 10V-50V;18.5V 1.5W .MODEL ZN4060 ZN4060 D
/datasheets/files/spicemodels/misc/modelos/spice_complete/diode2.lib
Spice Models 18/04/2010 76.55 Kb LIB diode2.lib