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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
IR3500VMTRPBF Infineon Technologies AG Analog Circuit, 1 Func, 5 X 5 MM, ROHS COMPLIANT, MLPQ-32
IR3500AMTRPBF Infineon Technologies AG Analog Circuit, 1 Func, 5 X 5 MM, ROHS COMPLIANT, MLPQ-32
BR35005W-G Comchip Technology Corporation Ltd BRIDGE DIODE 35A 50V BR-W
TPSA335M016R3500 AVX Corporation Tantalum Capacitor, Polarized, Tantalum (dry/solid), 16V, 20% +Tol, 20% -Tol, 3.3uF, Surface Mount, 1206, CHIP
TPSA225K016R3500 AVX Corporation Tantalum Capacitor, Polarized, Tantalum (dry/solid), 16V, 10% +Tol, 10% -Tol, 2.2uF, Surface Mount, 1206, CHIP
TLJR336M010R3500 AVX Corporation Tantalum Capacitor, Polarized, Tantalum (dry/solid), 10V, 20% +Tol, 20% -Tol, 33uF, Surface Mount, 0805, CHIP, ROHS COMPLIANT
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Search Stock (84)

  You can filter table by choosing multiple options from dropdownShowing 53 results of 84
Part Manufacturer Supplier Stock Best Price Price Each Buy Part
DE2TAPX7R-35000-2 Delkin Devices Avnet 10 - -
DIM3R3500SFA Eltek Avnet 176 - -
F43PR3500ZD00K KEMET Corporation Chip1Stop 100 $3.62 $2.91
FJ-20-R-35.00-4 Samtec Inc Samtec - $11.61 $7.90
FMOR35002-MR-16 embedded antenna design (ead) Symmetry Electronics - $5.40 $5.40
FMOR35002-SM-10 embedded antenna design (ead) Symmetry Electronics - $4.81 $4.81
FMOR35002-UF-10 embedded antenna design (ead) Symmetry Electronics 1 $4.81 $4.81
FNER35001-UF-15 embedded antenna design (ead) Symmetry Electronics - $4.81 $4.81
FNER35001-UF-20 embedded antenna design (ead) Symmetry Electronics - $4.81 $4.81
G010R3500FE73 Vishay Intertechnologies Avnet - $7.89 $6.99
HSHR3500-4 Thomas & Betts Sager - $460.93 $460.93
IDT79R3500-33G Integrated Device Technology Inc Bristol Electronics 10 - -
IR3500AMTRPBF Infineon Technologies AG Allied Electronics & Automation - $2.83 $2.69
IR3500MTRPBF Infineon Technologies AG Allied Electronics & Automation - $2.76 $2.63
IR3500VMTRPBF International Rectifier Rochester Electronics 2,420 $3.53 $2.87
IR3500VMTRPBF Infineon Technologies AG Chip1Stop 1,506 $3.59 $2.90
KSR35 .005-10-2000 ASC Bristol Electronics 430 - -
R35-001-00-0132210LL Chin Nan Precision Electronics Co Ltd RS Components 612 £5.26 £3.04
R35-002-00-0132210LL Chin Nan Precision Electronics Co Ltd RS Components 1,202 £3.34 £2.57
R35-003-00-0132110LL Chin Nan Precision Electronics Co Ltd RS Components 214 £3.96 £3.19
R35-004-00-0132110LL Chin Nan Precision Electronics Co Ltd RS Components 603 £2.19 £1.75
R3500B Electro-Term/Hollingsworth Bisco Industries 2,399 - -
RF058-05SR3-05SR3-5000 Samtec Inc Samtec - $27.83 $24.59
SBR3500 SPC Multicomp Farnell element14 3 £4.05 £2.19
SBR3500 SPC Multicomp element14 Asia-Pacific 3 $5.93 $2.62
SS30V-R350047 KEMET Corporation element14 Asia-Pacific - $2.34 $1.40
SS30V-R350047 KEMET Corporation Chip1Stop 12 $1.00 $1.00
SS30V-R350047 KEMET Corporation Avnet 387 $0.77 $0.71
TLJP336M010R3500 AVX Corporation Future Electronics - $0.99 $0.79
TLJP336M010R3500 AVX Corporation Newark element14 2,500 $0.40 $0.40
TLJP336M010R3500 AVX Corporation Farnell element14 - £0.32 £0.32
TLJP336M010R3500 AVX Corporation Future Electronics 2,500 $0.71 $0.71
TLJP336M010R3500 AVX Corporation element14 Asia-Pacific - $0.41 $0.36
TLJP336M010R3500 AVX Corporation Chip1Stop 1,417 $0.64 $0.49
TLJR336M010R3500 AVX Corporation Future Electronics - $1.76 $1.76
TPSA225K016R3500 AVX Corporation Farnell element14 1,380 £0.37 £0.14
TPSA225K016R3500 AVX Corporation element14 Asia-Pacific 1,375 $0.73 $0.21
TPSA225K016R3500 AVX Corporation element14 Asia-Pacific 1,375 $0.73 $0.21
TPSA225K016R3500 AVX Corporation Newark element14 1,375 $0.94 $0.34
TPSA225M016R3500 AVX Corporation Future Electronics 2,000 $0.20 $0.20
TPSA335K016R3500 AVX Corporation ComS.I.T. 3,585 - -
TPSA335K016R3500 AVX Corporation Future Electronics - $0.23 $0.23
TPSA335K016R3500 AVX Corporation Bristol Electronics 987 - -
TPSA335K016R3500 AVX Corporation TME Electronic Components 461 $0.19 $0.11
TPSA335K016R3500 AVX Corporation Avnet 4,000 $0.12 $0.10
TPSA335K016R3500 AVX Corporation Farnell element14 - £0.58 £0.20
TPSA335K016R3500. AVX Corporation Newark element14 4,000 $0.25 $0.24
UAL30VR3500470 KEMET Corporation Chip1Stop 12 $1.00 $1.00
UAL30VR3500470 KEMET Corporation Master Electronics 120 $1.29 $0.78
VFR3500-1FZC SMC Corporation of America Allied Electronics & Automation - $121.87 $121.87
VFR3500-3FZ-02T SMC Corporation of America Allied Electronics & Automation - $143.73 $143.73
VFR3500-4FZ SMC Corporation of America Allied Electronics & Automation - $121.87 $121.87
WPGT-2R3500B8L World Products Inc NAC 330 $1.64 $1.64

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R3500 datasheet (4)

Part Manufacturer Description Type PDF
R3500 RFE International LEADED (THRU-HOLE) High Voltage Rectifiers Original PDF
R3500F Micro Commercial Components 0.2mA Fast Recovery High Voltage Rectifier 3500 - 6000 Volts Original PDF
R3500F Micro Commercial Components 0.2 A Fast Recovery High Voltage Rectifier Original PDF
R3500F RFE International LEADED (THRU-HOLE) - High Voltage Fast Recovery & Short Protection Rectifiers Original PDF

R3500 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2009 - Not Available

Abstract: No abstract text available
Text: Frequencies Transmitter frequency R-3500 Frequency ranges R-3500 Sensitivity at a depth of 1m R-3500 Dynamic response range R-3500 Depth determination R-3500 Accuracy R-3500 Power supply R-3500 Operating time R-3500 temp. range in accordance with DIN EN 60068-1 R-3500 Weight R-3500 Dimensions (W x H x D) R-3500 type of protection in accordance with EN 60529 T-3500 transmitted power T


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PDF AT-3500 AT-3500. AT-3500 SC-3500 MLS55-3 877-AMPROBE 520630A
2012 - Not Available

Abstract: No abstract text available
Text: Measurement Passive Tracing Frequencies Transmitter frequency R-3500 Frequency ranges 16 ft 50 / 60 Hz , 100 Hz (can be adjusted by Amprobe service personnel) Range 3: transmitter 32.768 kHz R-3500 , ìA R-3500 Dynamic response range Range 1: radio 120 dB Range 2: power network 135 dB Range 3: transmitter 120 dB R-3500 Depth determination Depth range 0.1 m … 5 m (4 in … 16 ft) Resolution 0.1 m (0.33 ft) R-3500 Accuracy Range 1: radio ±20 % Range 2: power network ±20 % Range 3: transmitter Â


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PDF AT-3500 AT-3500. AT-3500 T-3500 SC-3500 MLS55-3
2012 - ps0040vt

Abstract: No abstract text available
Text: 3500 2200 3300 VALUE 2 Y5U, R3500 PS 40 3500 4700 6800 PS 55 2000, 3500, 4000 10 000 27 000 1000 pF to 27 nF CAPACITANCE TOLERANCE (- 20 + 40) % CERAMIC DIELECTRIC Y5U ( R3500 ) RATED VOLTAGE , Y5U ( R3500 ) 10 000 15 000 22 000 27 000 4.0 3.5 2.0 1.0 max. 18 Y5U ( R3500 ) 4700 5600 6800 3.5 1.0 max. 15 Y5U ( R3500 ) 2200 3300 3.5 0.5 max. 10 Y5U ( R3500 ) 1000 1500 3.5 0.25 max. 5.0 CERAMIC CAP. VALUES


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PDF R3500 11-Mar-11 ps0040vt
2013 - Not Available

Abstract: No abstract text available
Text: 3500 2200 3300 PS 40 3500 4700 6800 2000 27 000 27 000 VALUE 2 Y5U, R3500 PS 55 3500 15 000 22 000 4000 , DIELECTRIC Y5U ( R3500 ) RATED VOLTAGE · 2.0 kVp · 3.5 kVp · 4.0 kVp FINISH Capacitor body completely , PS0040VT68273BL1 TYPE PS 55 PS0055BD10373BL1 PS0055VT15373BL1 PS0055VT22373BL1 PS0055BB27373BL1 Y5U ( R3500 ) 10 000 15 000 22 000 27 000 4.0 3.5 2.0 1.0 max. 18 Y5U ( R3500 ) 5600 6800 3.5 1.0 max. 15 Y5U ( R3500 ) 3.5 0.5 max. 10 Y5U ( R3500 ) 3.5 0.25 max. 5.0 CERAMIC Note (1) The surface temperature during operation


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PDF R3500 2002/95/EC. 2002/95/EC 2011/65/EU. JS709A 02-Oct-12
2014 - Not Available

Abstract: No abstract text available
Text: Ceramic Class 2 Ceramic Dielectric Y5U ( R3500 ) Type PS 20 PS 30 PS 40 Voltage (Vp , 2 ceramic dielectric with noble metal electrodes. Y5U ( R3500 ) Connection terminals made from , 1.0 Max. 18 TYPE PS 20 PS0020VT10273BL1 PS0020VT15273BL1 Y5U ( R3500 ) 1000 1500 TYPE PS 30 PS0030VT22273BL1 PS0030VT33273BL1 Y5U ( R3500 ) 2200 3300 TYPE PS 40 PS0040VT47273BL1 PS0040VT56273BL1 4700 Y5U ( R3500 ) PS0040VT68273BL1 5600 6800 TYPE PS 55


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PDF R3500) 2002/95/EC. 2002/95/EC 2011/65/EU. JS709A 02-Oct-12
2012 - Not Available

Abstract: No abstract text available
Text: 3500 2200 3300 VALUE 2 Y5U, R3500 PS 40 3500 4700 6800 PS 55 2000, 3500, 4000 10 000 27 000 1000 pF to 27 nF CAPACITANCE TOLERANCE (- 20 + 40) % CERAMIC DIELECTRIC Y5U ( R3500 ) RATED VOLTAGE , Y5U ( R3500 ) 10 000 15 000 22 000 27 000 4.0 3.5 2.0 1.0 max. 18 Y5U ( R3500 ) 4700 5600 6800 3.5 1.0 max. 15 Y5U ( R3500 ) 2200 3300 3.5 0.5 max. 10 Y5U ( R3500 ) 1000 1500 3.5 0.25 max. 5.0 CERAMIC CAP. VALUES


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PDF R3500 2002/95/EC. 2002/95/EC 2011/65/EU. JS709A 02-Oct-12
2012 - PS0055VT22373BL1

Abstract: PS0020VT10273BL1 PS0040VT47273BL1 PS0030VT PS0055BB 20KVP
Text: 3500 2200 3300 VALUE 2 Y5U, R3500 PS 40 3500 4700 6800 PS 55 2000, 3500, 4000 10 000 27 000 1000 pF to 27 nF CAPACITANCE TOLERANCE (- 20 + 40) % CERAMIC DIELECTRIC Y5U ( R3500 ) RATED VOLTAGE , Y5U ( R3500 ) 10 000 15 000 22 000 27 000 4.0 3.5 2.0 1.0 max. 18 Y5U ( R3500 ) 4700 5600 6800 3.5 1.0 max. 15 Y5U ( R3500 ) 2200 3300 3.5 0.5 max. 10 Y5U ( R3500 ) 1000 1500 3.5 0.25 max. 5.0 CERAMIC CAP. VALUES


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PDF R3500 2011/65/EU 2002/95/EC. 2002/95/EC 2011/65/EU. 12-Mar-12 PS0055VT22373BL1 PS0020VT10273BL1 PS0040VT47273BL1 PS0030VT PS0055BB 20KVP
2000 - GP230

Abstract: GP518 GP260 GP512 GP225 GP235 GP250 GP512 R GP520 gp-260
Text: High Voltage Rectifiers Operating Temperature: -65 oC to 125 oC GP225 GP230 GP235 R2500 R3000 R3500 GP240 GP250 GP260 R4000 R5000 R6000 GP512 GP515 GP518 GP520 R1800 R2000 CrossReference R2500 R3000 R3500 GP225 GP230 GP235 R4000 R5000 R6000 GP240 GP250 GP260 R1200 R1500 R1800 R2000 GP518 GP520 Max. Average Rectified Current Peak Inverse Voltage lo(A) Part No. Peak Fwd. Surge Current @ 8.3 ms Superimposed Max. Forward Voltage @ 25o C @ Rated


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PDF GP225 GP230 GP235 R2500 R3000 R3500 GP240 GP250 GP260 R4000 GP230 GP518 GP260 GP512 GP225 GP235 GP250 GP512 R GP520 gp-260
1996 - triggering with microprocessor

Abstract: 32GPX TLS216 3001GXP Logic PROBE diagram circuit 3002 floppy R3081E R3081 R3052 R3051
Text: included CPUs Supported R3000, R3500 , R3051, R3051E, R3052, R3052E, R3071, R3071E, R3081, R3081E , Identification CPUs Supported R3000, R3500 , R3051E, R3052E, R3071E, R3081E, R36100, R4000, R4400, R4600


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PDF 32GPX R3000 3001GXP 1R4000, R4400, R4600, R4640, R4650, R4700 triggering with microprocessor 32GPX TLS216 Logic PROBE diagram circuit 3002 floppy R3081E R3081 R3052 R3051
1996 - R3000

Abstract: R3500 R36100 R4000 R4400 R4700 PARADE
Text: R3000, R3500 , R3041, R3051/E, R3052/E, R3081/E, R36100, R4000, R4400, R4600, R4700 Host Platforms


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PDF D-82049 R3000 R3500 R36100 R4000 R4400 R4700 PARADE
Not Available

Abstract: No abstract text available
Text: 3-147738-6 9 1.44 r3.600" 36 3-147738-5 [3.400' [3.300' 88.90 86.34 r3.500 " r3 , r3.700" 38 37 88.90 r3.500 ' 9 1.44 r3.600" 36 r3.400' 13. 300" 88.90 86.34 r3.500 " r3.400" 35 A 86.34 83.82 /0\ 81 . 2 8 13.200' 83.82 r3.300" 34


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PDF 15APR06 04SEP09 19JAN01
1997 - triggering with microprocessor

Abstract: 32GPX TLS216 R3000 R3051 R3052 R3081 R3500 keyboard TIMING DIAGRAMS
Text: , R3500 , R3051, R3051E, R3052, R3052E, Trace information can be displayed in several formats, R3071 , monitor Multiple Display Formats Simplify Problem Identification CPUs Supported R3000, R3500


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PDF TLA500 TLA500, R3051, R3051E, R3052, R3052E, R3071, R3071E, R3081, R3081E triggering with microprocessor 32GPX TLS216 R3000 R3051 R3052 R3081 R3500 keyboard TIMING DIAGRAMS
marking code F3

Abstract: AEG t 7 n800 t3600 T3700
Text: .9 00 96.52 r3.800 93.98 T3.700 91.44 r3.600 90 r3.500 " 86.34 T3.400 83.82 f3.300 81.28 f3.200 78.74 f3 , 2.54T. 1 00' 10 1.6 T4.000 99.06 f3.9 00 96.52 T3.800 93.98 T3.700 91.44 r3.600 90 r3.500 ' 86.34 T3


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PDF 76/ym 62/jm 9JAN01 19JAN01 marking code F3 AEG t 7 n800 t3600 T3700
2007 - GP260

Abstract: GP518
Text: High Voltage Rectifiers Part No. Cross Reference Max. Average Rectified Current lo(AV) GP225 R2500 200 mA Rectifiers Peak Forward Surge Current lFSM(A) 2500 IR(μA) Bulk/Reel 5.0 Max. Forward Voltage @ Rated Io VF(V) Package 1000/5000 5.0 Peak Repetitive Reverse Voltage VRRM(V) Max. Reverse Current @ VRRM 500/4000 Outline (Typ. in Inches) 3.0 25 GP230 R3000 3000 GP235 R3500 3500 25 5.0 GP240 R4000


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PDF GP225 R2500 GP230 R3000 GP235 R3500 GP240 R4000 GP250 R5000 GP260 GP518
HVR-1X 7

Abstract: HVR-1X -7 HVR 1X 7 HVR-1X microwave HVR-1X HIGH VOLTAGE MICROWAVE OVEN RECTIFIER HVr-1x 5 HV03-12 SJC01-12 HVR-1X 2
Text: LEADED (THRU-HOLE) High Voltage Rectifiers 200mA, 500mA HIGH VOLTAGE RECTIFIER Operating Temperature -55°C to +135°C RF Cross Max. Avg. Peak Max Fwd Max Fwd Max Outline Part Number Reference Forward Inverse Surge Voltage Reverse Max in inches Current Voltage Current @TA 25°C Current 1 Cycle @ Rated @25°C Current @ Rated PIV IO (A) PIV (V) IFSM (A) VFM (V) IR (µA) 2500 30 3 5 GP02-25 R2500 200 mA 200 mA GP02-30 R3000 3000 30 3 5 GP02-35 R3500 3500 30 5 5 200 mA


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PDF 200mA, 500mA GP02-25 R2500 GP02-30 R3000 GP02-35 R3500 GP02-40 R4000 HVR-1X 7 HVR-1X -7 HVR 1X 7 HVR-1X microwave HVR-1X HIGH VOLTAGE MICROWAVE OVEN RECTIFIER HVr-1x 5 HV03-12 SJC01-12 HVR-1X 2
HVR-1X 7

Abstract: HVR-1X -7 HVR-1X 2 HV03-12 HVR 1X 7 HVR-1X HVR-1X 5 HVR-1X microwave HV03-09 Hvr - 1x 7
Text: LEADED (THRU-HOLE) High Voltage Rectifiers 200mA, 500mA HIGH VOLTAGE RECTIFIER Operating Temperature -55°C to +135°C Cross Max. Avg. Peak Max Fwd Max Fwd Max Outline Part Number Reference Forward Inverse Surge Voltage Reverse Max in inches Current Voltage Current @TA 25°C Current 1 Cycle @ Rated @25°C Current @ Rated PIV DO-41 IO (A) PIV (V) IFSM (A) VFM (V) IR (mA) GP02-25 R2500 200 mA 2500 30 3 5 200 mA GP02-30 R3000 3000 30 3 5 GP02-35 R3500 3500 30 5 5


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PDF 200mA, 500mA DO-41 GP02-25 R2500 GP02-30 R3000 GP02-35 R3500 DO-15 HVR-1X 7 HVR-1X -7 HVR-1X 2 HV03-12 HVR 1X 7 HVR-1X HVR-1X 5 HVR-1X microwave HV03-09 Hvr - 1x 7
Not Available

Abstract: No abstract text available
Text: r3.800l 93.98 r3.700l 9 1 .44 r 3 . 6 0 0 l 88.90 r3.500l 86.34 r3.400l 83.82 r3.300l 8 1 .28 r 3 . 2 , SHEET 1 99.06 r3.900 96.52 r3.800 93.98 r3.700 9 1.44 r 3.600 88.90 r3.500 86.34 r3.400 83.82 r3 , r3.600 88.90 r3.500 86.34 r3.400 83.82 r3.300 81.28 r3.200 78.74 T3.100 76.20 r3.000 73.66 r2.900 7 1


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PDF MAR2000 09DEC04 19JAN01 19JAN01
BL1501

Abstract: BL1502
Text: Close 1 C1C2C340 pF R1R250 R3500 http://www.belling.com.cn -4Total 7 Pages 8/10


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PDF BL1501 BL1502 RS-422 C1C2C340 BL1501 BL1502
1992 - R3500 MIPS

Abstract: MIPS R2000 MIPS Translation Lookaside Buffer TLB R3000 fpu coprocessor R3000A R2000 mips processor R2010 R2000 IDT79R3500 tag27
Text: detailed description of the operation of the device is incorporated in the R3500 Family Hardware User , Jump and Link instructions save a return address in Register 31. The R3500 instruction set features a , mode. Therefore, to implement a hierachical task model, the TLB must be used. The R3500 gives the , designed to run in kseg0 and kseg1 (to avoid the TLB) can use the R3500 , disable the TLB to reduce power , (160 MQUAD) 17 11 9 8 7 6.5 2871 tbl 05 Table 5. R3500 Package Characteristics


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PDF IDT79R3500 IDT79R3500 R3000 R3010 R3000A R3000, R2000 R3010, R2010 175-pin R3500 MIPS MIPS R2000 MIPS Translation Lookaside Buffer TLB R3000 fpu coprocessor R2000 mips processor tag27
1997 - R3000

Abstract: R3500 R36100 R4000 R4400 R4700 D-82049
Text: R3000, R3500 , R3041, R3051/E, R3052/E, R3081/E, R36100, R4000, R4400, R4600, R4700 Host Platforms


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PDF D-82049 R3000 R3500 R36100 R4000 R4400 R4700 D-82049
2001 - HVR-1X 7

Abstract: HVR-1X -7 HVR-1X 2 HVR 1X 7 HVR-1X HVR-1X microwave HVr-1x 5 HV03-12 HIGH VOLTAGE MICROWAVE OVEN RECTIFIER R6000
Text: LEADED (THRU-HOLE) High Voltage Rectifiers 200mA, 500mA HIGH VOLTAGE RECTIFIER Operating Temperature -55°C to +135°C Cross Max. Avg. Peak Max Fwd Max Fwd Max Outline Part Number Reference Forward Inverse Surge Voltage Reverse Max in inches Current Voltage Current @TA 25°C Current 1 Cycle @ Rated @25°C Current @ Rated PIV DO-41 IO (A) PIV (V) IFSM (A) VFM (V) IR (mA) GP02-25 R2500 200 mA 2500 30 3 5 200 mA GP02-30 R3000 3000 30 3 5 GP02-35 R3500 3500 30 5 5


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PDF 200mA, 500mA DO-41 GP02-25 R2500 GP02-30 R3000 GP02-35 R3500 DO-15 HVR-1X 7 HVR-1X -7 HVR-1X 2 HVR 1X 7 HVR-1X HVR-1X microwave HVr-1x 5 HV03-12 HIGH VOLTAGE MICROWAVE OVEN RECTIFIER R6000
Not Available

Abstract: No abstract text available
Text: ft fdt) BiCameral™ CacheRAM™ 288K (16K x 9 x 2) FOR RISC CACHES PRELIMINARY IDT71B229S Integrated Devi ce Technology, Inc. FEATURES: DESCRIPTION: Supports the R3000, R3500 and R3001 to 40MHz Bicam eral organization-. — Split instruction/data cache support — No bank-switching timing contention Single address bus Single data bus Separate write enable and output enable , R3500 can be built with only six to seven IDT71 B229s (depending on the main memory size supported by


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PDF IDT71B229S R3000, R3500 R3001 40MHz 32-pin IDT71B229 79R3000 128KByte R3000
Not Available

Abstract: No abstract text available
Text: .900" r3.800" r3.700" r3.600" r3.500 " r3.400" "3.300" 13.200" ro w oo" r3.000 r2.900" r2


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PDF 62/y/n[ MAR7723-7
2014 - Vishay Draloric kvp 02

Abstract: No abstract text available
Text: V I S H AY I N T E R T E C H N O L O G Y, I N C . CERAMIC CAPACITORS Ceramic RF Power Capacitors Contour Rim Capacitance Ceramic Max. Current Max. Reactive Power PA, PC, PD, PE PS Class 1, PS Class 2 2.0 kVP to 16 kVP 5.6 pF to 27 nF Class 1 (R7, R16, R42, R85, R230) Class 2 Y5U ( R3500 ) 5.0 ARMS to 60 ARMS 0.25 kvar to 150 kvar 10 kVP to 30 kVP or 3.5 kVP to 30 kVP 50 pF to 2.5 nF Class 1 (R16, R42, R85) 13 ARMS to 90 ARMS 10 kvar


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PDF R3500) R2000) VMN-SG2169-1409 Vishay Draloric kvp 02
1997 - R3000

Abstract: R3051 R3052 R3081 R3500 R36100 R4700 MIPS R3081
Text: variety of memory and target hardware configurations. CPUs Supported R3000, R3500 , R3041, R3051


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