The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
CDRH10D48/ANP-680MC Sumida Corporation General Purpose Inductor, 68uH, 20%, 1 Element, Ferrite-Core, SMD, 3939, ROHS COMPLIANT
CDRH10D48/ANP-2R4MC Sumida Corporation General Purpose Inductor, 2.4uH, 20%, 1 Element, Ferrite-Core, SMD, 3939, ROHS COMPLIANT
CDRH10D48/ANP-151MC Sumida Corporation General Purpose Inductor, 150uH, 20%, 1 Element, Ferrite-Core, SMD, 3939, ROHS COMPLIANT
CDRH10D48/ANP-221MC Sumida Corporation General Purpose Inductor, 220uH, 20%, 1 Element, Ferrite-Core, SMD, 3939, ROHS COMPLIANT
CDRH10D48/ANP-220MC Sumida Corporation General Purpose Inductor, 22uH, 20%, 1 Element, Ferrite-Core, SMD, 3939, ROHS COMPLIANT
CDRH10D48/ANP-100MC Sumida Corporation General Purpose Inductor, 10uH, 20%, 1 Element, Ferrite-Core, SMD, 3939, ROHS COMPLIANT

IR 10D4 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1n4816

Abstract: 1N5054 1N5052 PD2004C 10D10 1n5053
Text: G S VRRM " MaxRepetitive Peak Reverse Voltage (V) 55C 04907 INTERNATIONAL RECTIFIER 0 I«R , , 1N4818 4.7 7.5 300 400 210 1N4819 300 400* 4.7 7.5 525* 280 10D4 , 20D4, 1N4820 400* 500 6.2 10 350 1N4821


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PDF 1N4816 1N5052 1N4816-22 1N5052-54 1N5054 PD2004C 10D10 1n5053
2007 - do-218ab

Abstract: IR 10D4 ISO7637 SM6A27 ISO7637-2 JESD22-B102D J-STD-002B DO218AB
Text: current at rated VWM VF Tj = 25 °C Tj = 175 °C IR 0.94 Note: (1) Measured on a 300 µs , Instantaneous Reverse Current (µA) 100 10 Tj = 175 °C 1.0 0.1 0.01 Tj = 25 °C 10Ð3 10Ð4 5


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PDF SM6A27 ISO7637-2 J-STD-020C, 2002/95/EC 2002/96/EC DO-218AB J-STD-002B 08-Apr-05 do-218ab IR 10D4 ISO7637 SM6A27 JESD22-B102D DO218AB
2006 - Not Available

Abstract: No abstract text available
Text: at IZ = 10 mA at IPP = 65 A at 6.0 A at 100 A Tj = 25 °C Tj = 175 °C SYMBOL VZ VZTC VC VF IR MIN 24 , 0.01 Tj = 25 °C 10Ð3 10Ð4 5 20 35 50 65 80 95 Percentage of V(BR) (%) Figure 6. Typical Reverse


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PDF SM6A27 ISO7637-2 J-STD-020C, 2002/95/EC 2002/96/EC DO-218AB 08-Apr-05
1N4822

Abstract: 1N4820 1N5054 IR 20D2 1N4816 IR 10D4 IR 10D 7 10d05 7510D1 10D1
Text: 300 400 210 300 4.7 7.5 10D4 , 20D4, 1N4820 400* 525* 280 400* 4.7 7.5 - - 1N4821 500 650 350 500 6.2 , \ N \ S re sis tu e ir nd uctive 0ad \ k


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PDF DD04clDb 1IM4816, 1N4816 1N5052 1N4816-22 1N5052-54 1N4822 1N4820 1N5054 IR 20D2 IR 10D4 IR 10D 7 10d05 7510D1 10D1
HDR-10P-1R-SMD

Abstract: pm965 ICH8M 54C3 TP81-1 LE88CLPM samsung kbc SLB9635TT1.2 54B4 TP1230 37 TV samsung lcd Schematic circuit diagram
Text: BLUETOOTH) SUB B'D I/F (KBD & TOUCHPAD & SIO & 1394_ IR ) DOCKING LOGIC SUB B'D Test Points D C B , REF_FS_C_TEST_SEL CPUSTOP# PCISTOP# CPU0 CPU0# 61 60 58 57 10-D4 10-D4 12-B2 12-B2 49-B3 49-B3 21-C3 21 , .05V 9-C3 10-D4 53-D3 MCH1_HXSWING 12-C4 53-C1 VCC_1 VCC_2 VCC_3 VCC_4 VCC_5 VCC_6 VCC_7 VCC , # CPU1_DRDY# CPU1_HIT# CPU1_HITM# CPU1_LOCK# CPU1_TRDY# 9-C3 9-C3 10-D4 9-C3 9-C3 9-C3 9-C3 9-C3 E4 C6 , L36 45-C4 19-C1 10-D4 J36 AW49 R766 100 AV20 N20 G36 53-D3 38-B2 19-C1 10-C4 53-B4 45-C4 21-C4 Y17


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PDF GM965/PM965 Lisbon-P55 BA41-# TP1062 TP1063 TP1060 TP1061 TP1064 TP1067 TP1068 HDR-10P-1R-SMD pm965 ICH8M 54C3 TP81-1 LE88CLPM samsung kbc SLB9635TT1.2 54B4 TP1230 37 TV samsung lcd Schematic circuit diagram
BA41-00695A

Abstract: TP1274 samsung crt GND103 samsung electronics ba41 CY28447 SMD AC P27 25a44 GFX smd diode Socket AM2
Text: CARD Sheet 31. MINI PCI EXPRESS & DMB & IR Sheet 32 - 34. AUDIO Sheet 35. HDD ODD CONNECTOR Sheet 36 , _27M_SS R707 30-B? 21-B? 10-B3 10-D4 10-C3 10-D4 21-C? 21-C? 14-A3 14-A3 2K 1% R706 R192 R193 R155 , CPU1_THRMTRIP* CPU1_BSEL2 CPU1_BSEL1 CPU1_BSEL0 R123 R124 R128 R129 12-A3 12-C2 12-C2 12-A4 14-C4 8-C4 10-D4 8-C4 10-D4 10-D4 14-A3 54.9 27.4 54.9 27.4 CPU1_VCCSENSE CPU1_VSSSENSE B GTLREF : Keep , ) MCH3_CFG(13:9) R101 17-B1 10-D4 10-D4 10-C3 8-C4 10-B3 8-C4 10-D4 10-B3 A LCD3_VDDEN


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PDF BA41-00694A BA41-00695A YONAH667 047nF RHU002N06 12-C4 TP1274 samsung crt GND103 samsung electronics ba41 CY28447 SMD AC P27 25a44 GFX smd diode Socket AM2
xn 1049 dp

Abstract: atmel u122 o2c ADQ44 a6252 ic a6252 ADQ36 atmel 938 32c 22B35 ad 11800 t8 ATMEL 812 24C
Text: % 10-C 3 10-C 3 C LK 3_F M48 C LK 3_US B 48 C P U1_B S E L1 C P U1_B S E L2 10-B 3 10-D4 10-C 3 10-D4 , DOT 96T *_27M_S P R E AD XOUT XIN IR E F 58 S R C _4 59 S R C _4* 60 S R C _5 S R C _5* 61 S R C _6 , P U1_V C C S E NS E C P U1_V S S S E NS E C P U1_B S E L2 10-D4 14-A3 C P U1_B S E L1 8-C 4 C P U1_B S E L0 8-C 4 10-D4 14-A3 C P U1_P R OC HOT * C P U2_T HE R MDA C P U2_T HE R MDC C P U1_T HR MT R IP * 12-A3 A24 12-C 3 A25 12-C 3 C7 12-A4 14-C 4 20-B 1 C 21 B 23 B 22 10-D4 14-A3 B S E


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PDF onah667 BA41-# heet18. heet19. heet20 heet24. heet25. M56-P xn 1049 dp atmel u122 o2c ADQ44 a6252 ic a6252 ADQ36 atmel 938 32c 22B35 ad 11800 t8 ATMEL 812 24C
1996 - 09D4

Abstract: t3 055e 1d3e 15 1E54 15 1E74 1B5a 1a9e 1e9A 1c7a 10D4
Text: clock signal LC IR COL I Low INTER REPEATER COLLISION Asserted by any (all) DP83850s in the , frame to establish whether the frame is a false carrier event If TX RDY is valid and IR DV is invalid when the DP83856 samples the IR DV line then a false carrier event is counted MD 3 0 I M , 0CD4 0CDA 0CDC 0CDE 8 10D4 10DA 10DC 10DE 6 0CF4 0CFA 0CFC 0CFE


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PDF DP83856 DP83856 DP83850s 09D4 t3 055e 1d3e 15 1E54 15 1E74 1B5a 1a9e 1e9A 1c7a 10D4
EQUIVALENT BYD33D

Abstract: 1n5062 equivalent SUF5402 diode cross reference BYS21-45 BYS21-45 1N4007 general instruments BY255 itt da3/1000 FR207 equivalent 1N6644
Text: ITT BYD33G IR 1N5059 BA158 ITT BYD33J 10D4 IR 1N5060 BA159 ITT , BYM56C A15F INDUSTRY STANDARD - VARIOUS BYM56A 10D05 IR 1N5059 10D1 IR 1N5059 10D10 IR 10D2 20D1 BYM56A MANUFACTURER IR PHILIPS TYPE 1N5059 20D10 IR BYW56 20D2 IR 1N5059 20D4 IR 1N5060 20D6 IR 1N5061 20D8 IR 1N5062 31DF1 IR BYV28-100 31DF2 IR BYV28-200 31DF3 IR BYV28-400 31DF4 IR BYV28


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PDF PBYR3045WT BYD73D CTB34M BYD73G SB1035 PBYR1040 1N5059 SB1040 EQUIVALENT BYD33D 1n5062 equivalent SUF5402 diode cross reference BYS21-45 BYS21-45 1N4007 general instruments BY255 itt da3/1000 FR207 equivalent 1N6644
B30C300

Abstract: 29A4 diode 39b2 samsung electronics 10K 34C1 gfx E3 diode TP678 TP934 HDR-10P-SMD NC7SZ175P6X_NL
Text: Sheet 31. EXPRESS & PCMCIA CONNECTOR Sheet 32. MINI PCI EXPRESS & DMB & IR Sheet 33 - 35. AUDIO Sheet 36 , R264 R216 CPU1_BSEL0 CLK3_FM48 CLK3_USB48 CPU1_BSEL1 CPU1_BSEL2 R769 30-B? 21-B? 10-B3 10-D4 10-C3 10-D4 21-C? 21-C? 14-A3 14-A3 2K 1% R261 R262 R212 33 33 5% 5% TP42 TP106 TP107 , CPU1_BSEL0 12-A3 12-C2 12-C2 12-A4 14-C4 8-C4 10-D4 8-C4 10-D4 10-D4 14-A3 C21 B23 B22 AD26 TP133 , ) CPU1_BSEL2 CPU1_BSEL1 CPU1_BSEL0 SAMSUNG ELECTRONICS R161 10-D4 10-D4 10-C3 8-C4 10-B3 8-C4 10-D4


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PDF BA41-00574A YONAH667 Sheet18. Sheet19. 047nF RHU002N06 12-C4 B30C300 29A4 diode 39b2 samsung electronics 10K 34C1 gfx E3 diode TP678 TP934 HDR-10P-SMD NC7SZ175P6X_NL
MOTHERBOARD INTEL G31 ICH7 SCHEMATIC DIAGRAM

Abstract: 2SD618 DIODE 20B2 BC615 TP-107-02 20b1 diode samsung u252 SAMSUNG R60 plus S3F94 SLB9635TT1.2
Text: STUFF 100nF C247 10000nF 6.3V 12.1 1% 12.1 1% 21-B? 10-B3 10-D4 10-C3 10-D4 21-C? 21-C? 14 , % CPU1_PROCHOT* CPU2_THERMDA CPU2_THERMDC CPU1_THRMTRIP* 8-C4 10-D4 14-A3 CPU1_BSEL2 10-D4 14-A3 CPU1_BSEL1 , AD1 AD3 AD4 10-D4 14-A3 AD26 V1 U1 U26 R26 GTLREF COMP3 COMP2 COMP1 COMP0 1% 1% 1% 1


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PDF Yonah667 BA41-00697A CALISTP11574 TP11575 TP11578 TP11579 TP11516 TP11517 TP11520 MOTHERBOARD INTEL G31 ICH7 SCHEMATIC DIAGRAM 2SD618 DIODE 20B2 BC615 TP-107-02 20b1 diode samsung u252 SAMSUNG R60 plus S3F94 SLB9635TT1.2
ST T4 D560

Abstract: ST D560 T4 ST 1803 DHI B-566 u574 SAMSUNG GDDR3 54B4 46d1 j5512 BA09-00009A
Text: CLK3_SMBDATA 1% R336 2K 21-B? 10-B3 10-D4 14-A3 10-B3 10-D4 14-A3 10-C3 10-D4 14-A3 21-C? 21-C? 12-C4 36 , A21 D7 B5 E5 D24 D6 AE6 AE2 AF2 AE3 AF4 AE5 AF5 AD6 D21 A24 A25 C7 14-C4 20-B1 14-A3 C21 10-D4 B23 10-D4 B22 10-D4 14-A3 BCLK0 BCLK1 H CLK SLP* DPSLP* DPRSTP* DPWR* PWRGOOD PSI* VID6 VID5 VID4 VID3 , 32-D2 32-B2 32-A2 10-C3 10-D4 8-C4 #3 8-C4 10-B3 9 10 11 12 13 19 20 A NO_STUFF , Japanese digital satellite Broadcasting. 33-D1 10-D4 32-D4 LCD3_EDID_D LCD3_EDID_C 14-C4 4


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PDF YONAH667 Sheet18. Sheet19. Sheet20 Sheet24. Sheet25 Sheet29. Sheet30 Sheet32. Sheet33. ST T4 D560 ST D560 T4 ST 1803 DHI B-566 u574 SAMSUNG GDDR3 54B4 46d1 j5512 BA09-00009A
2002 - PIP VIDEO ENCODER

Abstract: ac3 downmix decoder CS98000 CS98100 CS98100-CM IEC958 cs98100cm RISC semaphore
Text: AudioUp to 8 Channels S/PDIF IR Composite Video S-Video DVD Loader (IO Channel, ATPAI or


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PDF CS98100 CS98100. CS98100 10-bit 32-Bit 208-Pin PIP VIDEO ENCODER ac3 downmix decoder CS98000 CS98100-CM IEC958 cs98100cm RISC semaphore
2002 - HD b3c

Abstract: E50R generic dvd player power supply CS98100-CM IEC958 CS98100 DRC encoder 153 121 - 256 ac3 downmix decoder DVD sub-picture "look-up table" CS98000
Text: /PDIF IR Composite Video S-Video DVD Loader (IO Channel, ATPAI or Serial) ROM/ FLASH 1 , R/W General ( IR ) IR_Glitch_Max 0E0 R/W General ( IR ) IR_Control 0E4 R/W General ( IR ) IR_Dram_Start_Address 0E8 R/W General ( IR ) IR_Dram_End_Address 0EC RO General ( IR ) IR_Dram_Write_Address 0F0 R/W General (PLL) PLL_Control_Register1 10F0 R


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PDF CS98100 32-Bit CS98100. CS98100 10-bit 208-Pin HD b3c E50R generic dvd player power supply CS98100-CM IEC958 DRC encoder 153 121 - 256 ac3 downmix decoder DVD sub-picture "look-up table" CS98000
2004 - TDK71M6511

Abstract: c12201 204A lcd RTM 2057 DISPLAY prepaid energy meter block diagram v0sqsum prepaid energy meter ph meter IC ic tdk 2030 data sheet lcd32 pin
Text: VBIAS SERIAL PORTS AMR IR TX 32 kHz Rev 2.9 COM0.3 3/5V LCD FLASH/ ROM , DRIVER DIO, PULSE TEST PULSES RTC TIMERS · Two UARTs for IR and AMR · Third software UART via , include two UARTs, digital I/O, comparator inputs, LCD display drivers, I2C interface and an IR interface , interface to implement an IR or optical port. The pin OPT_Tx is designed to directly drive an external LED


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PDF 71M6511/71M6511H 71M6511 22-bit 32-bit 32kHz TDK71M6511 c12201 204A lcd RTM 2057 DISPLAY prepaid energy meter block diagram v0sqsum prepaid energy meter ph meter IC ic tdk 2030 data sheet lcd32 pin
09D4

Abstract: t3 055e 1D3E 1E9E 1A94 19ba 1c7a 1A5E 169E 1D74
Text: (before TX_RDY is de-asserted). TX_ER 1 High IR _ 6 0 L 1 Low IRD_V 1 Low , 10D4 10F4 1114 1134 1154 1174 1194 11B4 11D4 11F4 1214 1234 1254 1274 1294 12B4 12D4 12F4 1314 1334


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PDF DP83856 DP83856 DP83850S TL/F/12392-13 bS01154 09D4 t3 055e 1D3E 1E9E 1A94 19ba 1c7a 1A5E 169E 1D74
1997 - very simple walkie talkie circuit diagram

Abstract: walkie talkie circuit diagram fm transmitter project report walkie talkie, pcb layout and Schematic 2.4 ghz FM TRANSMITTER CIRCUIT DIAGRAM design of FM transmitter final year project Design and construction Wave FM radio transmitter vhf transmitter of walkie talkie circuit diagram simple walkie talkie circuit diagram MC1648 modulator fm
Text: dropped across it is proportional to the amount of current flowing on the resistor VR = I.R ,any current


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PDF LM070) BR1334 MC1648/D very simple walkie talkie circuit diagram walkie talkie circuit diagram fm transmitter project report walkie talkie, pcb layout and Schematic 2.4 ghz FM TRANSMITTER CIRCUIT DIAGRAM design of FM transmitter final year project Design and construction Wave FM radio transmitter vhf transmitter of walkie talkie circuit diagram simple walkie talkie circuit diagram MC1648 modulator fm
MMZ1608S121AT

Abstract: 45-D2 nc10 samsung Calistoga mx25l8005m2c-15g Socket AM2 samsung nc10 bios SMD y8 INTEL945GMS BA09-00009A
Text: % CPU1_D*(15:0) 10-D4 CPU500-2 YONAH2M_ULV D15* D14* D13* D12* D11* D10* D9* D8* D7* D6* D5* D4* D3 , * D18* D17* D16* DINV1* DSTBN1* DSTBP1* 10-D4 CPU1_D*(47:32) 16 15 14 13 12 11 10 9 8 7 6 5 4 3 , AC22 AC20 AD23 AE24 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 C 10-B3 10-B3 10-B3 10-D4 , Y1 W2 Y4 W5 W3 T3 T5 R4 U2 Y5 U4 W6 R3 U5 Y2 V4 10-D4 RESET* RS2* RS1* RS0* A20M* FERR* IGNNE


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PDF 945GMS BA41-00680A BA41-00683A Pag614 TP18615 TP18616 TP18617 TP18618 TP18619 TP18620 MMZ1608S121AT 45-D2 nc10 samsung Calistoga mx25l8005m2c-15g Socket AM2 samsung nc10 bios SMD y8 INTEL945GMS BA09-00009A
du508

Abstract: Q514 Samsung ddr2 MIC500 BA59-01869A EMI502 BA09-00009A samsung hd50 d4.0 mx25l8005m2c-15g 34C1
Text: *(15:0) 10-D4 CPU500-2 YONAH2M_ULV D15* D14* D13* D12* D11* D10* D9* D8* D7* D6* D5* D4* D3* D2 , * D17* D16* DINV1* DSTBN1* DSTBP1* 10-D4 CPU1_D*(47:32) H1 E2 G5 F1 49-C3 49-C3 49-C3 49 , 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 10-B3 10-B3 10-B3 10-D4 C CPU1_DBI2* CPU1_DSTBN2* CPU1_DSTBP2* CPU1_D*(63:48) 10-D4 49-C3 10-A3 10-A4 10-A4 10-A4 CPU1_CPURST* CPU1_RS2


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PDF 945GMS BA41-00680A BA41-00683A TP18615 TP18616 TP18617 TP18618 TP18619 TP18620 TP18621 du508 Q514 Samsung ddr2 MIC500 BA59-01869A EMI502 BA09-00009A samsung hd50 d4.0 mx25l8005m2c-15g 34C1
2004 - TDK 71M6513

Abstract: 8051 sfr registers PDF 71M6513-IEL 80515 application 22721 interfacing of 4KB RAM and 2KB ROM with 8051 three phase wattmeter LOG RX 2 1018 IEC62053 32.768khz crystal
Text: V2.5 VOLTAGE REF IR Two Event counter/timers VDRV VC AMR RTC for time of use functions 5V BOOST VA 32 kHz PRELIMINARY DATA SHEET Two UARTs for IR and AMR Third software , UARTs, digital I/O, comparator inputs, LCD display drivers, I2C interface and an IR interface. Note , implement an IR or optical port. The pin OPT_Tx is designed to directly drive an external LED for


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PDF 71M6513/71M6513H 71M6513 21-bit 32-bit 32kHz 71M6513H TDK 71M6513 8051 sfr registers PDF 71M6513-IEL 80515 application 22721 interfacing of 4KB RAM and 2KB ROM with 8051 three phase wattmeter LOG RX 2 1018 IEC62053 32.768khz crystal
SN72710L

Abstract: MC1013P MC680P 796HC MC838P MC814G mc1235l CD4016AE 741PC CD4082
Text: A -D C O N T R O L C IR C U I’I D U A L D IF F E R F .N T IA I C O M P AH Vl'OR P IN 8, 10 7, 14 , 2813 FIFO Di D2 D 3 IR V s S D4 D5 D6 28 27 26 25 24 23 22 21 4 5 6 7 8 D7 flag PL , output and also provides a memory empty signal. An input ready ( IR ) signal indicates that the device is , signals, P L , IR , PD, and OR, are designed so that two FIFOs can be placed end to end, with OR of the firs t driving P L of the second and IR of the second driving PD of the fir s t. With this simple


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PDF LH0002C LH0002CN NH0005C DAC08CZ NH0014C DH0034 78M12HC MMH0026CG 79M12AHC 75460BP SN72710L MC1013P MC680P 796HC MC838P MC814G mc1235l CD4016AE 741PC CD4082
101ra100

Abstract: 71RA120 36RA80 22RC10 40RCS60 PR002W 101RC60 151ra100 250pa120 300PA120
Text: usines du groupe IR . IR est le plus important producteur independant desemi-conducteurs de puissance , produits esttestC et non pas seulement testCen lot. Pourquoi ? Parceque IR connait , €™un produit IR il est 4tudie et fabrique pour respecter les specifications les plus sevferes et concu , 0 0 0 . . IL 3 5 0 . IM 1 0 0 0 . . IM M 1 0 0 0 . . IR 1 0 6 . IR 1 2 2 . IR 1 4 0 . IR 1 4 1 . IR 4 0 1 IR 5 1 5 IR 6 6 0 IR 7 01 IR 801 IR 8 0 2 IR 1 01 0 IR 2 70 0 IR 3 7 7 1


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PDF
2012 - IR2 vishay

Abstract: ir436
Text: IR Vishay Dale Inductors, Epoxy Conformal Coated, Uniform Roll Coated, Axial Leaded FEATURES , per MIL-STD-202, method 211, test condition A Weight: IR -2 = 0.30 g maximum IR -4 = 0.65 g maximum , Soldering Heat Resistance to Solvents MODEL IR -2 IR -4 A (MAX.) 0.260 [6.60] 0.385 [9.78] B (MAX , ambient IR -2 1.2 H to 27 H = + 15 °C at + 90 °C ambient 33 H to 1000 H = + 15 °C at + 90 °C ambient 0.15 H to 4.7 H = + 35 °C at + 90 °C ambient 5.6 H to 33 H = + 15 °C at + 90 °C ambient IR -4 36 H to 240 H =


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PDF MIL-STD-202, 2002/95/EC 2011/65/EU 2002/95/EC. 2002/95/EC 2011/65/EU. 12-Mar-12 IR2 vishay ir436
2012 - Q-meter

Abstract: No abstract text available
Text: IR Vishay Dale Inductors, Epoxy Conformal Coated, Uniform Roll Coated, Axial Leaded FEATURES , 211, test condition A Note (1) Test procedures per MIL-PRF-15305 Weight: IR -2 = 0.30 g maximum IR -4 = 0.65 g maximum ENVIRONMENTAL PERFORMANCE TEST A Max. D MODEL SPECIFICATIONS , [millimeters] B Max. Thermal Shock A (MAX.) B (MAX.) C (MAX.) D IR -2 0.260 [6.60 , MIL-STD-202, method 210 IR -4 0.385 [9.78] 0.180 [4.57] 0.440 [11.18] 0.025 ± 0.002


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PDF MIL-STD-202, 11-Mar-11 Q-meter
2014 - Not Available

Abstract: No abstract text available
Text: IR Vishay Dale Inductors, Epoxy Conformal Coated, Uniform Roll Coated, Axial Leaded FEATURES , -15305 Weight: IR -2 = 0.30 g maximum IR -4 = 0.65 g maximum ENVIRONMENTAL PERFORMANCE TEST A Max. D , DIMENSIONS in inches [millimeters] B Max. Thermal Shock A (MAX.) B (MAX.) C (MAX.) D IR , Soldering Heat A MIL-STD-202, method 210 IR -4 0.385 [9.78] 0.180 [4.57] 0.440 [11.18 , at + 90 °C ambient IR -2 - 55 °C to 125 °C - 55 °C to 125 °C IR -4 www.vishay.com


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PDF MIL-STD-202, 2002/95/EC. 2002/95/EC 2011/65/EU. JS709A 02-Oct-12
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