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Part Manufacturer Description Datasheet BUY
TZX5V1B-TAP Vishay Semiconductors Zener Diode, 5V V(Z), 2%, 0.5W visit Digikey
DDZ16BQ-7 Diodes Incorporated Zener Diode visit Digikey
DDZ36Q-7 Diodes Incorporated Zener Diode visit Digikey
1SMB5942B-13 Diodes Incorporated Zener Diode visit Digikey
1SMB5944B-13 Diodes Incorporated Zener Diode visit Digikey
1SMB5954B-13 Diodes Incorporated Zener Diode visit Digikey

5v ZENER DIODE

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: with lOOKO re sistors. The use.of 10Kfi pull-up resis tors to +5V is recommended when filters are programmed with TTL logic. An independent +5V zener diode is contained in the filter. The output vol tage , .5 4 ) 0 .2 (5 .0 ) X -1.20 (3 0.5 )-= ) -I.3 3 1 3 3 .7 H T ZENER OUTPUT (Fig. 3 , 29 28 27 26 25 24 23 22 21 FUNCTION -t-Vs (+15V) 5V ZENEROUTPUT Vc(+5V) DIGITAL GND ANALOG GND NC -Vs , (Table 2) Typical at 25'C, ±15V and +5V supplies, gain of -1, Q = \/2 / 2 unless otherwise specified -
OCR Scan
1599H 918KQ 02048-1194/TEL 339-3000/TLX 174388/FAX
Abstract: Diagrams VAA ESD Diode IN-n 5V Zener Diode ESD Diode GND 5V Zener Diode VSS 200 V IN+n COM , side quiescent current ICC Low side supply current Low side zener diode clamp VCLAMPLn voltage, n , =1-2 High side zener diode clamp VCLAMPHn voltage, n=1-2 Floating Input Supply VA+, VA- floating supply UVLO , input side to Low side leakage current VAA floating supply zener diode clamp voltage, positive, with respect to GND VSS floating supply zener diode clamp voltage, negative, with respect to GND Min 8.4 8.2 International Rectifier
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IR4302 IR4312 PQFN44L IR4302M IR4312M IR4302MTRPBF 2.1 to 5.1 home theatre circuit diagram 5.1 home theatre circuit diagram IR4312MTRPBF 5.1 home theatre diagram PQFN44 AES-17 AN-1170
Abstract: resistors to +5V is recommended when filters are programmed with TTL logic. 4. An independent +5V zener , ) FUNCTION PIN FUNCTION j INPUT (BP) 1 40 +Vs( + 15V) ANALOG GND 2 39 5V ZENER OUTPUT j INPUT (HP, LP) 3 38 Vc(+5V) ANALOG GND 4 37 DIGITAL GND OUTPUT (HP) 5 36 ANALOG GND ANALOG GND 6 35 NC AMP , )^1 Ãâ'"I .33(33.7)â'"= ZENER OUTPUT (Fig. 3) + 15V com -1sv *C,â'žT FLJ-D1 50,OOOpF FLJ-D2 , IBWTÃEtL SPECIFICATIONS (Table 2) Typical at 25 "C, ±15V and +5V supplies, gain of -1, Q = \/2/2 unless -
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FLJ-D1 100hz bandpass filter 100hz lowpass filter 100N CMOS4000 FLJ-D2
Abstract: through a +5V Zener diode or a 3-pin +5V voltage regulator. If a +12V supply is not available, a low-pass , = +5V ±10% s Tcase < +70°C Name Description Min Max Units Conditions VlH High-level input -
OCR Scan
ICD2032 IC 8898 clock multiplier TTL 60 duty cycle IC DESIGNS
Abstract: Operating Ranges 10 to 42* 3 to 5.5 0.1 to 1 Unit V V V *: Insert a 5V Zener diode between VCC1 and VMC3 , =25°C, Vcc1=24V, VCC2=5V, unless otherwise specified) Unit mA mA V V uA uA uA uA V uA V V V V uA V V V V V KHz us us us us us Against CL Without Zener diode VRC=0V VIL=0V VIH=5.5V VENA=0V VREF=0 to 5.5V VREF , IO=VRS/RS IOM=Io/2 *IOM : Motor Coil Current tOFF=1.1*Rt*Ct 5V VCC2 MC1 MC2 MC3 VCC1 6 1 3 Sanken Electric
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SI-7510 SLA5073 5-phase drive STEPPER MOTOR SI 7510 si7510 SLA5074 DIP30
Abstract: internal 5V zener diode with a current rating of 10mA protects the sense amplifier inputs. The block diagram shows the orientation of this diode. The zener diode provides clamping at 5V for a positive VSENSE and at 600mV for a negative VSENSE. Under worst case conditions, limit the zener current to 10mA. A 100k resistor limits the maximum zener diode current to 4.5mA when VSENSE is 450V, whether , pin if VSENSE can exceed 5V in a positive sense or 600mV in a negative sense, whether in a steady Supertex
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HV7801 HV7801K1-G maximum zener diode current zener 8v diode K1 Package 260K/W DSFP-HV7801 NR110606
Abstract: (Vol=o.5v) Zener Diode Voltage (Iz=4mA) 5.0 TYP 5 200 MAX 5.5 2.0 270 12 100 UNIT V , E-CMOS EC3586 EC3586 3D Serial Mouse Controller With Auto-Ref FEATURES . Auto-reference function for X-, Y-, Z-axis. . 5 types of Z-axis encoders: button, optical 1:1, 2:1, 4:1 & mechanical 2:1 . Built-in Zener diode. Ordering Information: Encoder type 32768 Hz 2:1 Optical/Mechanical , E-CMOS EC3586 5.DC ELECTRICAL CHARACTERISITICS (NOTE: VDD = 5V, unless otherwise specified E-CMOS
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EC3586AX EC3586BX EC3586CX EC3586EX SERIAL MOUSE CONTROLLER Optical encoder mouse encoder microsoft mouse encoder X2 diode zener MOUSE ENCODER output E-CMOS RS232C
Abstract: connections or bannana jacks. * * * Input protection, 5V zener diode. APEX MICROTECHNOLOGY Apex Microtechnology
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lg washer POWER SUPPLY SCHEMATIC 60SPG00001 Apex Microtechnology EVALUATION SA02 HK03 546-APEX EK02U
Abstract: +5V Zener Diode AC 6 3 RC 5 RC 3 5s 2 = - + - = - , D3 D2 7805 +5V REG. C18 MCP3905/6 7 R SH s + - L SH H ( s ) = , 11 C18 14V 5V LM7805 C18 11 C18 1/ 760 HzIAVERAGE 50 Hz 50/60 , 5V (14-7)/0.61 = 12 =>12 *20 ms = 0.24 2005 Microchip Technology Inc. DS00994A_CN 9 , 1 MCP3905 POR AVDD 5V 4.2V 4V I TOTAL = I DDA + I DDD + I LED + I STEPPER MOTOR = Microchip Technology
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AN994 MCP3906 IEC61036 IEC1036 IEC687 iec 62053 IEC-687 LM7805 REG. IC NF 2-20V MCP3905/06
Abstract: IN-n 5V Zener Diode ESD Diode GND 5V Zener Diode VSS 200 V 200 V 10k VPn VBn 15 V Clamp , current Low side zener diode clamp VCLAMPLn voltage, n=1-2 High Side Floating Supply High side well UVLO , hysteresis, n=1-2 High side quiescent current, IQBSn n=1-2 High side zener diode clamp VCLAMPHn voltage, n , supply current Floating input side to Low side leakage current VAA floating supply zener diode clamp voltage, positive, with respect to GND VSS floating supply zener diode clamp voltage, negative, with International Rectifier
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IR430
Abstract: Circuit Diagrams VAA ESD Diode IN-n 5V Zener Diode IN+n ESD Diode 200 V GND 5V Zener , side quiescent current ICC Low side supply current Low side zener diode clamp VCLAMPLn voltage, n , n=1-2 High side zener diode clamp VCLAMPHn voltage, n=1-2 Floating Input Supply VA+, VA , floating supply zener diode clamp voltage, positive, with respect to GND VSS floating supply zener , voltage FAULT pin sinking current â' â'  Floating input supply zener clamp current â' â'  Floating International Rectifier
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Abstract: Input Voltage VREF 0.1 to 1 V *: Insert a 5V Zener diode between VCC1 and VMC3 when using with VCC1 of 35 V or more. Electrical Characteristics Parameter (Ta=25°C, Vcc1=24V, VCC2=5V , CW/CCW, F/H Input Data Hold Time 128 ICs 100 Without Zener diode V 1 VLGH V , 25 5V Reference Voltage Input for Motor Current Setting Sense 21 24V RC Connection Sanken Electric
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C12200 ct420 5V GATE TO SOURCE VOLTAGE MOSFET
Abstract: Operating Ranges 10 to 42* 3 to 5.5 0.1 to 1 Unit V V V *: Insert a 5V Zener diode between VCC1 and VMC3 , =25 °C, Vcc1=24V, VCC2=5V, unless otherwise specified) Unit mA mA V V uA uA uA uA V uA V V V V uA V V V V V KHz us us us us us Against CL Without Zener diode VRC=0V VIL=0V VIH=5.5V VENA=0V VREF=0 to 5.5V , Ref Sense Gnd PWM Control Typical Connection Diagram C1 C2 24V VCC1 5V VCC2 MC1 MC2 MC3 Sanken Electric
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sk SI-7510 backward diode
Abstract: Operating Ranges 10 to 42* 3 to 5.5 0.1 to 1 Unit V V V *: Insert a 5V Zener diode between VCC1 and VMC3 , =25°C, Vcc1=24V, VCC2=5V, unless otherwise specified) Unit mA mA V V uA uA uA uA V uA V V V V uA V V V V V KHz us us us us us Against CL Without Zener diode VRC=0V VIL=0V VIH=5.5V VENA=0V VREF=0 to 5.5V VREF , 21 IO=VRS/RS IOM=Io/2 *IOM : Motor Coil Current tOFF=1.1*Rt*Ct 5V VCC2 MC1 MC2 MC3 6 1 Sanken Electric
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Abstract: best results, use either a + 12V supply through a +5V Zener diode or a 3-pin +5V voltage regulator. If , / 8pf load difference TTL Thresholds (1,5V) â'"> 0.3ns / 8pf load difference Selecting Output Value , Sheet JÇ^ DESIGNS Electrical Data Maximum Ratings DC Characteristics VDD = +5V ±10% 0°C ^Tcase -
OCR Scan
ICD2031ASC 22031a ICD2031A
Abstract: CSH VP 10k VB VAA 15 V Clamp ESD Diode 5V Zener Diode ESD Diode D G ESD Diode IN- IN+ ESD Diode HO S VS 200 V V CC 200 V VCC 15 V Clamp GND 5V , current Low side operating current ICC Low side zener diode clamp VCLAMPL voltage High Side Floating , UVBSHYS UVBS hysteresis IQBS High side quiescent current High side zener diode clamp VCLAMPH voltage , diode clamp voltage, positive, with respect to GND VSS floating supply zener diode clamp voltage International Rectifier
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IR4301 IR4321 IR4311 PQFN22 IR4301M IR4301MTRPBF
Abstract: conditions, such as a short circuit condition, or a broken or missing sense resistor. An internal 5V zener diode with a current rating of 10mA protects the sense amplifier inputs. The block diagram shows the orientation of this diode. The zener diode provides clamping at 5V for a positive VSENSE and at 600mV for a , zener diode current to 4.5mA when VSENSE is 450V, whether positive or negative. Note that the protection , the LOAD pin if VSENSE can exceed 5V in a positive sense or 600mV in a negative sense, whether in a Supertex
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HV7800 HV7800K1-G DSFP-HV7800 A111306
Abstract: of a 100 resistor and a 5V zener diode. If the operating point is on region (1) its coordinates STMicroelectronics
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L3000N L3092 L3000N/L3092 AN497/0694
Abstract: orientation of this diode. The Zener diode provides clamping at 5V for a positive VSENSE and at 600mV for a , conditions, such as a short circuit condition, or a broken or missing sense resistor. An internal 5V Zener , resistor limits the maximum Zener diode current to 4.5mA when VSENSE is 450V, whether positive or negative , prevent excessive loading. Sense amplifier input. High impedance input with Zener diode protection. Add , series with the LOAD pin if VSENSE can exceed 5V in a positive sense or 600mV in a negative sense Supertex
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JESD51-7 jedec M0178 opamp 555 marking K1 sot23-5 ZENER DIODE E1 M0-178 A042307
Abstract: conditions, such as short circuit or a broken or missing sense resistor. An internal 5V Zener diode with a , this diode. The Zener diode provides clamping at 5V for a positive VSENSE and at 600mV for a negative , limits the maximum Zener diode current to 4.5mA when VSENSE is 450V, whether positive or negative. Note , resistor (RA) between Pin 1 and Pin 2. Sense amplifier input. High impedance input with Zener diode , protection resistor (RP) in series with the LOAD pin if VSENSE can exceed 5V in positive sense or 600mV in Supertex
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HV7802 MO-187 DSFP-HV7802 NR072407
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