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2005 - ZENER marking D9 sot-23

Abstract: smd diode device marking D8 smd diode marking d47 SMD MARKING d5 sot marking d43 sot 23 CZMA3V9-47V sot-23 d43 zener smd marking d47 SMD D62 smd D9 sot-23
Text: Continental Device India Limited An ISO/TS 16949, ISO 9001 and ISO 14001 Certified Company SILIICON PLANAR ZENER DIODES 3 CZMA3V9-47V SOT-23 Formed SMD Package 3 Pin Configuration 1 = , SILIICON PLANAR ZENER DIODES 3 CZMA3V9-47V SOT-23 Formed SMD Package 3 Pin Configuration 1 = , Continental Device India Limited Data Sheet Page 2 of 4 CZMA3V9-47V SOT-23 Formed SMD Package For , Data Sheet Page 3 of 4 Customer Notes CZMA3V9-47V SOT-23 Formed SMD Package For Lead Free


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PDF CZMA3V9-47V OT-23 C-120 47VRev 071005E ZENER marking D9 sot-23 smd diode device marking D8 smd diode marking d47 SMD MARKING d5 sot marking d43 sot 23 CZMA3V9-47V sot-23 d43 zener smd marking d47 SMD D62 smd D9 sot-23
Not Available

Abstract: No abstract text available
Text: Continental Device India Limited An ISO/TS 16949, ISO 9001 and ISO 14001 Certified Company SILIICON PLANAR ZENER DIODES 3 CZMA3V9-47V SOT-23 Formed SMD Package 3 Pin Configurat ion 1 = CATHODE 2 = CATHODE For Lead Free Parts, Device Part # will be Prefixed with "T" 3 = ANODE 2 1 , Continental Device India Limited Data Sheet Page 1 of 4 SILIICON PLANAR ZENER DIODES 3 CZMA3V9-47V , Page 2 of 4 D27 D30 D33 D36 D39 D43 D47 CZMA3V9-47V SOT-23 Formed SMD Package SOT


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PDF CZMA3V9-47V OT-23 C-120 47VRev 010406E
2006 - ZENER marking D9 sot-23

Abstract: d82 sot23 SMD zener diode L 202 SMD D82 smd diode 1410 electronic component d43 zener smd marking d47 smd diode marking d47 marking d43 sot 23 d82 smd
Text: Continental Device India Limited An ISO/TS 16949, ISO 9001 and ISO 14001 Certified Company SILIICON PLANAR ZENER DIODES 3 CZMA3V9-47V SOT-23 Formed SMD Package 3 Pin Configuration 1 = CATHODE 2 = CATHODE For Lead Free Parts, Device Part # will be Prefixed with "T" 3 = ANODE 2 1 , Device India Limited Data Sheet Page 1 of 4 SILIICON PLANAR ZENER DIODES 3 CZMA3V9-47V SOT , D33 D36 D39 D43 D47 CZMA3V9-47V SOT-23 Formed SMD Package SOT-23 Formed SMD Package


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PDF CZMA3V9-47V OT-23 C-120 47VRev 010406E ZENER marking D9 sot-23 d82 sot23 SMD zener diode L 202 SMD D82 smd diode 1410 electronic component d43 zener smd marking d47 smd diode marking d47 marking d43 sot 23 d82 smd
ZENER marking D9 sot-23

Abstract: SMD MARKING d5 sot d82 sot-23 smd diode 1410 SMD D82 d82 sot23 SMD MARKING d36 marking D9 SOT-23 marking 297 sot-23 d33 marking SOT23
Text: No file text available


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PDF CZMA3V9-39V OT-23 C-120 39VRev020902E ZENER marking D9 sot-23 SMD MARKING d5 sot d82 sot-23 smd diode 1410 SMD D82 d82 sot23 SMD MARKING d36 marking D9 SOT-23 marking 297 sot-23 d33 marking SOT23
2000 - MC68338

Abstract: ltdy XC68EN302CPV20B C26171 XC68EN302PV20B MC68EN302 KMC68EN302PV25BT 68EN302 XC68EN302PV25B MC68EN302PV25B
Text: Cpk 5.671 3.661 9.287 6.350 25.575 17.498 16.844 6.884 Vdd 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v Sp6 Sp9 Sp93 Idd 0 3 30 20 20 0.14 ns ns ns A 17.491 0.338 12.330 4.7v 15.577 0.369 3.994 4.7v 10.600 0.273 11.490 4.7v 0.119 0.001 6.992 5.25v , Vdd 4.7v 13.967 11.230 11.107 12.820 11.367 20.251 40.479 15.312 16.978 15.668 10.767 , 9.829 10.827 6.550 22.444 20.858 22.308 18.107 10.278 3.288 10.087 7.314 4.7v 4.7v 4.7v


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PDF MC68EN302 25-May-00 68EN302 MOS11 -------------------------KMC68EN302PV20B, KMC68EN302PV20BT, KMC68EN302PV25B, MC68338 ltdy XC68EN302CPV20B C26171 XC68EN302PV20B KMC68EN302PV25BT XC68EN302PV25B MC68EN302PV25B
68EN302

Abstract: KMC68EN302PV25BT MC68EN302 MC68338 XC68EN302PV25B ltdy
Text: Cpk 5.671 3.661 9.287 6.350 25.575 17.498 16.844 6.884 Vdd 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v Sp6 Sp9 Sp93 Idd 0 3 30 20 20 0.14 ns ns ns A 17.491 0.338 12.330 4.7v 15.577 0.369 3.994 4.7v 10.600 0.273 11.490 4.7v 0.119 0.001 6.992 5.25v , Vdd 4.7v 13.967 11.230 11.107 12.820 11.367 20.251 40.479 15.312 16.978 15.668 10.767 , 9.829 10.827 6.550 22.444 20.858 22.308 18.107 10.278 3.288 10.087 7.314 4.7v 4.7v 4.7v


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PDF MC68EN302 25-May-00 68EN302 MOS11 -------------------------KMC68EN302PV20B, KMC68EN302PV20BT, KMC68EN302PV25B, KMC68EN302PV25BT MC68338 XC68EN302PV25B ltdy
68EN302

Abstract: MC68338 KMC68EN302PV25BT MC68EN302 MC68EN302PV20BT MC68EN302PV25BT
Text: 11.490 6.992 For More Information On This Product, Go to: www.freescale.com Vdd 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 5.25v Freescale Semiconductor, Inc , Vdd 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 5.25v CHANGED PART


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PDF MC68EN302 01-Aug-00 68EN302 MC68EN302PV20BT MC68EN302PV25BT MOS11, EN302 KMC68EN302PV20B MC68338 KMC68EN302PV25BT MC68EN302PV20BT MC68EN302PV25BT
68en302

Abstract: bt 338 KMC68EN302PV25BT MC68EN302 MC68EN302PV20BT MC68EN302PV25BT
Text: 6.884 12.330 3.994 11.490 6.992 Vdd 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 5.25v = Ta=85C, Freq , 22.308 18.107 10.278 3.288 10.087 7.314 Vdd 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 5.25v CHANGED PART IDENTIFICATION This is the addendum to the PCN 5656 stating


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PDF MC68EN302 01-Aug-00 68EN302 MC68EN302PV20BT MC68EN302PV25BT 68duction MOS11, EN302 bt 338 KMC68EN302PV25BT MC68EN302PV20BT MC68EN302PV25BT
MC68338

Abstract: XC68EN302PV20B XC68EN302PV25B ltdy Sp144 68EN302 C24663 MC68EN302 KMC68EN302PV25BT XC68EN302PV20
Text: , Go to: www.freescale.com Vdd 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v Freescale , 4.7v 15.577 0.369 3.994 4.7v 10.600 0.273 11.490 4.7v 0.119 0.001 6.992 5.25v , ns ns A Avg. K30E s Cpk Vdd 4.7v 13.967 11.230 11.107 12.820 11.367 20.251 , 10.087 7.314 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 5.25v CHANGED PART


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PDF MC68EN302 25-May-00 68EN302 MOS11 same827 -------------------------KMC68EN302PV20B, KMC68EN302PV20BT, MC68338 XC68EN302PV20B XC68EN302PV25B ltdy Sp144 C24663 KMC68EN302PV25BT XC68EN302PV20
2000 - 68en302

Abstract: MC68EN302PV25BT KMC68EN302PV25BT MC68EN302 MC68EN302PV20BT XC68EN302PV20B
Text: 6.884 12.330 3.994 11.490 6.992 Vdd 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 5.25v = Ta=85C, Freq , 22.308 18.107 10.278 3.288 10.087 7.314 Vdd 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 4.7v 5.25v CHANGED PART IDENTIFICATION This is the addendum to the PCN 5656 stating


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PDF MC68EN302 01-Aug-00 68EN302 MC68EN302PV20BT MC68EN302PV25BT MOS11, EN302 MC68EN302PV25BT KMC68EN302PV25BT MC68EN302PV20BT XC68EN302PV20B
1N4148 SMD PACKAGE

Abstract: 1N4148 SOD-80C equivalent components of zener diode 1N5229B zener diode 4.7V 250MW smd zener diode 5v GENERAL SEMICONDUCTOR SMD DIODES zener smd diode 3.3v 500mw melf smd 1n914 Zener Diode 3v 400mW smd dual diode 1n4148
Text: BZX384Cxx Series 4.7V to 75V. BZX384C15 BZX384C27 BZX384C47 BZX384C9V1 BZX384C16 BZX384C30 , in the BZX84Cxx Series 3.3V to 47V . BZX84C Series devices are SMD equivalents for the BZX55C Series , all Zeners in the CMBZ52xx Series 3V to 47V . CS1553 1N4148 CS1555 CMBZ5230B CMBZ5237B , Package VF < 1.5V at IF=200mA for all Zeners in the 1N9xx Series 6.8V to 47V . 1N957B 1N962B , =10mA for all Zeners in the BZT52Cxx Series 4.7V to 39V. SS0540 SS0530 BZT52C10 BAR43A BAS40


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PDF 200mW OD-323 BZX384Cxx BZX384C15 BZX384C27 BZX384C47 BZX384C9V1 BZX384C16 BZX384C30 BZX384C51 1N4148 SMD PACKAGE 1N4148 SOD-80C equivalent components of zener diode 1N5229B zener diode 4.7V 250MW smd zener diode 5v GENERAL SEMICONDUCTOR SMD DIODES zener smd diode 3.3v 500mw melf smd 1n914 Zener Diode 3v 400mW smd dual diode 1n4148
2004 - DC DC INPUT 8V OUTPUT 16V

Abstract: S7DB-20E10H TR-332 S7DB-20E33H capacitor 680uf 25v DC DC INPUT 12V OUTPUT 8V
Text: NON-ISOLATED DC/DC CONVERTERS 4.7V ­ 13.2V Input / 1.0V ­ 5.0V Output / 20A S7DB-20ExxH Series , input range ( 4.7V to 13.2V). This allows them to operate from a nominal 5V or 12V source or from an , =1.8V VO=1.5V VO=1.2V VO=1.0V 8V 5.8V 4.7V - 13.2V 13.2V 13.2V - - 15.1A 14.1A , CONVERTERS 4.7V ­ 13.2V Input / 1.0V ­ 5.0V Output / 20A Input Specifications (continued) Parameter , CONVERTERS 4.7V ­ 13.2V Input / 1.0V ­ 5.0V Output / 20A Output Specifications (continued) Parameter


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PDF S7DB-20ExxH DC DC INPUT 8V OUTPUT 16V S7DB-20E10H TR-332 S7DB-20E33H capacitor 680uf 25v DC DC INPUT 12V OUTPUT 8V
2012 - ricoh fuse Circuit

Abstract: No abstract text available
Text: .COUT: 4.7V regulator power supply CMOS output. Active "H" • Delay Time Shortening , voltage VcELLn=3.9V, VCELL1=3.9V to 4.7V (n=2,3) *Note2 VcELLn=3.9V, VCELL1= 4.7V to 3.9V (n=2,3 , =0μA, VCELLn= 4.7V (n=1,2,3) IOH=-50μA, VCELLn= 4.7V (n=1,2,3) IOL=50μA, VCELLn=3.9V (n=1,2,3) VCELLn , 4.7V (n=2,3) *Note2 VcELLn=3.9V, VCELL1= 4.7V to 3.9V (n=2,3) Detect falling edge VCELLn=VDET1n+0.050V to VREL1n-0.100V to VDET1n+0.050V to VREL1n-0.100V IOH=0μA, VCELLn= 4.7V (n=1,2,3) IOH


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PDF R5435x EA-282-120409 R5435x R5435N301AA) R5435 VDET11 VREL11 ricoh fuse Circuit
Not Available

Abstract: No abstract text available
Text: control current Test conditions Vdi = 4.7V ,Vd2= 4.7V Pi=7dBm Min 872 30.0 — Voi=Cont.,VD2 =4:7V, Pi=7dBm Po-29.8dBm - - Limits Typ 30.5 400 — — Vd2 = 4.7V ,Pi=7dBm,Po=29.8dBm,lDi S 100mA Vd2 = 4.7V ,Pi=7dBm,Po=29.8dBm,VDiá 4.7V Notel : Zs=Zi=50Q ,Vg=-3.0V 9-6 (Notel


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PDF MGF7114C MGF7114C 800MHz 849MHz Po-29 100mA
Astable Multivibrator 3.3V

Abstract: LTC3891 low power astable multivibrator ic DN493 high voltage doubler circuit "bias control" ldo NDS331N boost 5v to 48v
Text: connected to the EXTVCC pin of the chip as long as the output voltage is above 4.7V . However, extra circuitry (described in the following section) is required for outputs below 4.7V . INTVCC VIN (4.5V to 60V) LTC3890 LTC3891 VOUT (< 4.7V ) EXTVCC VOLTAGE DOUBLER OR BOOST (FIGURE 2 OR FIGURE 3 , 4.7V When the controller's output is below 4.7V , it must be stepped up to allow the built-in LDO to , between 2.5V and 4.7V . This is a voltage doubler scheme based on small P-channel and N-channel MOSFETs


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PDF LTC3890 LTC3891 LPS5030-334ML MBR0520 FMMT2222ATA TN0200K DN493 LTC3890/LTC3891 dn493f Astable Multivibrator 3.3V LTC3891 low power astable multivibrator ic high voltage doubler circuit "bias control" ldo NDS331N boost 5v to 48v
Not Available

Abstract: No abstract text available
Text: = 4.7V ,V d2= 4.7V Pi=7dBm VDi=Cont.,VD2 = 4.7V Pi=7dBm Po-29.8dBm (N otel) Min 824 30.0 - Limits Typ 30.5 400 - - VD2 = 4.7V ,Pi=7dBm,Po=29.8dBm,lDi á 100mA Vd2 = 4.7V ,Pi=7dBm,Po


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PDF 001007e MGF7113C MGF7113C 800MHz 849MHz Po-29 100mA
AN5817NK

Abstract: monitor diagram zenith
Text: . 1.2 V j ft ' k I -1- GND Adjustment of SAP/stereo filter control current 3 L output 4.7V ay-i L. - Vcc > - GND (L) Line-Out output 4 R output 4.7V GH t -Vcc r f -GND (R) Line-Out output 5 Matrix (L+R) input 4.7V - Vcc L J L ^ |]20kn 1 -GND Matrix Circuit (L+R) signal input 6 SAP mode change-over 0V - , , ¿68kil H 1.9 V ftJ -GND H ! Mute mode Output mute, more than 2.5V LED off 10 L—R dbx input 4.7V i -Vcc -1-GND dbx NR input for L—R signal 11 SAP dbx input 4.7V i - Vcc l ^20kÌ* J ^ -GND


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PDF AN5817NK AN5817NK 100/i 3Zfi52 monitor diagram zenith
2003 - TANTALUM capacitor, .10uF 35V

Abstract: VOLTAGE REGULATOR 3.7v UR133 UR133A AC voltage regulator 3.7v output 5 pin
Text: ,2.2V, 2.5V, 2.7V , 2.8V , 2.9V ,3.0V, 3.3V , 3.5V , 3.7V , 4.7V , 5.0V 3 2 1 SOT , :3.7V 47: 4.7V 50:5.0V AD: VOLTAGE CODE PIN CODE R133/A IN B DATE CODE OUT IN , , 4.7V , 5.0V ELECTRICAL CHARACTERISTICS (Ta=25°C, CIN=1µF, COUT=10µF, unless otherwise specified , ,2.9V,3.0V 3 2 VOUT=3.3V,3.5V,3.7V 1 0 Output Voltage (mV,AC) VOUT= 4.7V 200 50 Input Voltage(V) VOUT=5.0V 250 Line Transient Response 100 VOUT= 4.7V ,5.0V 0 2 4


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PDF UR133/A 300/500mA UR133/A OT-89 OT-223 QW-R102-005 TANTALUM capacitor, .10uF 35V VOLTAGE REGULATOR 3.7v UR133 UR133A AC voltage regulator 3.7v output 5 pin
TVS 440A

Abstract: MOVs application arinc 404 movs 22j varistor 100v varistor METAL OXIDE VARISTOR mov working process AN003
Text: volts. In order to achieve higher working voltages many layers of Example - 47V Working ceramic are , makes it ideal for use Fig. 1 Current vs. Voltage 47V working as transient protection. Other points on , an example of the V-I properties of a 47V working component, note the log scale on the Y axis, at 47V current is approx 5µA, Nominal voltage at 1mA is 63V, Clamp Voltage at 10A is 90V. In this case the part specification would be: Working Voltage 47V , 0 Voltage/V Nominal Voltage 53 ­ 69V and


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PDF /500A 5J/500A 7J/500A 0J/500A 2J/500A 3J/500A TVS 440A MOVs application arinc 404 movs 22j varistor 100v varistor METAL OXIDE VARISTOR mov working process AN003
2005 - Not Available

Abstract: No abstract text available
Text: , 3.7V , 4.7V , 5.0V SOT-223 *Pb-free plating product number:UR133L/UR133AL PIN DESCRIPTION , :3.0V 33:3.3V 35:3.5V 37:3.7V 47: 4.7V 50:5.0V AD: ADJUSTABLE PIN CODE PIN 1 PIN 2 PIN , /A ADJ 3.3V, 3.5V, 3.7V, 4.7V , 5.0V PARAMETER TEST CONDITIONS Adjustable (R1=120Ω, R2 , Voltage Line Transient Response Output Voltage (mV,AC) VOUT=5.0V 250 VOUT= 4.7V 200 , , 2.7V,2.8V,2.9V,3.0V 3 2 VOUT=3.3V,3.5V,3.7V 1 0 VOUT= 4.7V ,5.0V 0 2 4 6 8


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PDF UR133/A 300/500mA UR133/A OT-89 OT-223es QW-R102-005
2005 - Not Available

Abstract: No abstract text available
Text: ,2.2V, 2.5V, 2.7V , 2.8V , 2.9V ,3.0V, 3.3V , 3.5V , 3.7V , 4.7V , 5.0V 3 2 1 SOT , :3.7V 47: 4.7V 50:5.0V AD: VOLTAGE CODE PIN CODE R133/A IN B DATE CODE OUT IN , , 4.7V , 5.0V ELECTRICAL CHARACTERISTICS (Ta=25°C, CIN=1µF, COUT=10µF, unless otherwise specified , ,2.9V,3.0V 3 2 VOUT=3.3V,3.5V,3.7V 1 0 Output Voltage (mV,AC) VOUT= 4.7V 200 50 Input Voltage(V) VOUT=5.0V 250 Line Transient Response 100 VOUT= 4.7V ,5.0V 0 2 4


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PDF UR133/A 300/500mA UR133/A OT-89 OT-223 QW-R102-005
2005 - Not Available

Abstract: No abstract text available
Text: , 3.7V , 4.7V , 5.0V SOT-223 *Pb-free plating product number: UR133L/UR133AL ORDERING , :3.5V 37:3.7V 47: 4.7V 50:5.0V A D : ADJ OUT GND IN C GND IN IN GND OUT , , 3.7V, 4.7V , 5.0V PARAMETER SYMBOL TEST CONDITIONS Adjustable (R1=120Ω, R2=200Ω, VOUT , ) VOUT= 4.7V 200 50 Input Voltage(V) VOUT=5.0V 250 Line Transient Response 100 VOUT= 4.7V ,5.0V 0 2 4 6 8 10 Load Current (mA) Output Current, IOUT( mA) 300


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PDF UR133/A 300/500mA UR133/A OT-89 OT-22at QW-R102-005
2004 - Not Available

Abstract: No abstract text available
Text: ,2.2V, 2.5V, 2.7V , 2.8V , 2.9V ,3.0V, 3.3V , 3.5V , 3.7V , 4.7V , 5.0V 3 2 1 SOT , :3.7V 47: 4.7V 50:5.0V AD: VOLTAGE CODE PIN CODE R133/A IN B DATE CODE OUT IN , , 4.7V , 5.0V ELECTRICAL CHARACTERISTICS (Ta=25°C, CIN=1µF, COUT=10µF, unless otherwise specified , ,2.9V,3.0V 3 2 VOUT=3.3V,3.5V,3.7V 1 0 Output Voltage (mV,AC) VOUT= 4.7V 200 50 Input Voltage(V) VOUT=5.0V 250 Line Transient Response 100 VOUT= 4.7V ,5.0V 0 2 4


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PDF UR133/A 300/500mA UR133/A OT-89 OT-223 QW-R102-005
2005 - r133 marking

Abstract: No abstract text available
Text: , 2.2V, 2.5V, 2.7V, 2.8V, 2.9V,3.0V, 3.3V, 3.5V, 3.6V, 3.7V, 4.7V , 5.0V *Pb-free plating product , 28:2.8V 29:2.9V 30:3.0V 33:3.3V 35:3.5V 36:3.6V 37:3.7V 47: 4.7V 50:5.0V A D : ADJ C D A B C D A B C D , mA A A A For UR133/A-ADJ 3.3V, 3.5V, 3.6V, 3.7V, 4.7V , 5.0V PARAMETER SYMBOL TEST CONDITIONS , . Input Voltage VOUT=5.0V VOUT= 4.7V VOUT=3.7V Output Voltage (mV,AC) 300 Output Current, IOUT( mA) 250 200 , 5.0 Time (mS) 1 VOUT= 4.7V ,5.0V 0 0 2 4 6 8 10 12 Input Voltage (V


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PDF UR133/A 300/500mA UR133/A UR133L/UR133AL QW-R102-005 r133 marking
M3508-20

Abstract: No abstract text available
Text: % - Min. 824 29.5 - Max. 849 - Test Conditions PiN=7dBm, V ddi=V dd2= 4.7V PiN=7dBm, V ddi- V dd2=4.2V PiN=7dBm, VDdi=0V, V Dd2= 4.7V PiN=7dBm P oui=31.5dBm VDDi< 4.7V V dd2= 4.7V Pm=7dBm, V , dBm PrN=7dBm,VDDi=0~ 4.7V , V dd 2 = 4 .2 ~ 6 V Zs= Z l=50 ohm, 45MHz above f Bandwidth =20KHz PiN=7dBm, V ddi=0~ 4.7V V dd2=4.2~6V Zs= Z l 50 ohm, 45 MHz above f Bandwidth=20KHz 4-23 HEXAWAVE


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PDF HW947-1B 900MHz M3508-20
Supplyframe Tracking Pixel