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CDB2000-MB Cirrus Logic Evaluation, Design Tools Eval Bd Gen. Purpose PLL
CDB2000-DCCLKCP Cirrus Logic Evaluation, Design Tools Eval Bd Gen. Purpose PLL
CDB2000-PC-CLK Cirrus Logic Evaluation, Design Tools Eval Bd Gen. Purpose PLL DC
CDB2000-PC-LCO Cirrus Logic Evaluation, Design Tools Eval Bd Gen. Purpose PLL DC
BK/GDB-200MA Eaton Corporation Electric Fuse, Fast Blow, 0.2A, 250VAC, 35A (IR), Inline/holder, 5x20mm,
A3DDB-2006G TE's AMP IDC CABLE- AKR20B/AE20G/AKR20B
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Search Stock (45)

  You can filter table by choosing multiple options from dropdownShowing 35 results of 45
Part Manufacturer Supplier Stock Best Price Price Each Buy Part
1206CG221JDB200 YAGEO Corporation Chip One Exchange 28,000 - -
55-C95SDB200-600 SMC Corporation of America Allied Electronics & Automation - $1890.76 $1890.76
ALP22A681DB200 KEMET Corporation RS Components 215 £10.69 £9.86
ALT22A681DB200 KEMET Corporation RS Components 13 £7.39 £6.46
ALT22A681DB200 KEMET Corporation RS Components 124 £7.08 £6.46
BK/GDB-200MA Eaton Bussmann Sager - $2.70 $0.60
DB200 ABB Low Voltage Products and Systems Allied Electronics & Automation - $55.95 $52.21
FSD-200MA(CROSS: BK/GDB-200MA) OptiFuse Bristol Electronics 5,000 - -
GDB-200MA Eaton Bussmann Master Electronics 262 $3.00 $0.64
GDB-200MA Eaton Bussmann Bristol Electronics 48 $2.25 $1.41
GDB-200MA Eaton Bussmann Sager - $2.95 $2.63
GS816218DB-200M GSI Technology Avnet - $69.09 $54.09
GS816236DB-200I GSI Technology Avnet - $16.69 $12.99
GS8162Z18DB-200I GSI Technology Avnet - $16.69 $12.99
GS8162Z18DB-200V GSI Technology Avnet - $28.49 $22.29
GS8162Z36DB-200 GSI Technology Avnet - $15.19 $11.89
GS8162Z36DB-200I GSI Technology Avnet - $16.69 $12.99
GS8162Z36DB-200M GSI Technology Avnet - $69.09 $54.09
GS8162Z36DB-200V GSI Technology Avnet - $28.49 $22.29
LECP1P1-LEYG25LDB-200 SMC Corporation of America Allied Electronics & Automation - - -
LECP6N1-LEY16DB-200 SMC Corporation of America Allied Electronics & Automation - $262.86 $262.86
LECP6N5-LEYG25MDB-200 SMC Corporation of America Allied Electronics & Automation - $285.71 $285.71
LECP6P5-LEY25DB-200 SMC Corporation of America Allied Electronics & Automation - $285.71 $285.71
LEY25DB-200 SMC Corporation of America Allied Electronics & Automation - $651.43 $651.43
LEY25DB-200CU SMC Corporation of America Allied Electronics & Automation - $680.00 $680.00
LEYG25MDB-200B-R51N1D SMC Corporation of America Allied Electronics & Automation - $1760.00 $1760.00
LEYG25MDB-200BF-S36N5 SMC Corporation of America Allied Electronics & Automation - $1502.86 $1502.86
MMB02070D1273DB200 Vishay Intertechnologies Avnet 10,000 - -
MMB02070D1503DB200 Vishay Intertechnologies Avnet 2,000 - -
MMB02070D5119DB200 Vishay Intertechnologies ComS.I.T. 6,000 - -
MMB02070D6201DB200 Vishay Intertechnologies ComS.I.T. 2,000 - -
MMB02070D9760DB200 Vishay Intertechnologies TME Electronic Components 2,900 $0.27 $0.12
RK73H1JTTDB2003F KOA Speer Electronics Inc Bristol Electronics 20,000 - -
RW3R0DB200RJ Ohmite Mfg Co Chip1Stop 3 $5.06 $5.06
RW3R0DB200RJ Ohmite Mfg Co Master Electronics 31 $5.00 $1.16

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DB200 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2010 - 650 DIODE

Abstract: A4 marking diode DB200 650VVGS
Text: , Junction-to-Case 2.52 /W RJA Thermal Resistance, Junction-to-Ambient 62.5 /W Number: DB-200 , not affected by working temperature. Number: DB-200 March 2010, Revision B Page 2 TAK CHEONG ® SEM ICON DU CTO R TYPICAL CHARACTERISTICS Number: DB-200 March 2010, Revision B Page 3 TAK CHEONG ® SEM ICON DU CTO R Number: DB-200 March 2010, Revision B Page 4 TAK CHEONG ® SEM ICON DU CTO R Number: DB-200 March 2010, Revision B Page 5 TAK CHEONG ® SEM ICON DU


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PDF O-220FP DB-100 650 DIODE A4 marking diode DB200 650VVGS
2000 - TQFP64 footprint

Abstract: cqfp64 OTQ-64 socket Yamaichi TQFP64 socket TQFP64 package IC51 socket Yamaichi TQFP tqfp 64 socket socket Yamaichi ic51
Text: to be used in either Emulation or OTP (One-Time Programmable) mode. A DB200 socket adapter is , mounted on a DB379 TQFP64 device adapter which is then placed on the DB200 socket adapter. Figure 3. Emulation Mode Diagram TQFP64 OTP Device DB379 TQFP64 Device Adapter Emplas Open-top Socket DB200 , socket adaptor and the Yamaichi IC149 socket) DB200 Socket DB379 Socket IC149 Socket How to Order


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PDF AN981 ST92163 TQFP64 CQFP64 PQFP64 IC149, TQFP64 footprint OTQ-64 socket Yamaichi TQFP64 socket TQFP64 package IC51 socket Yamaichi TQFP tqfp 64 socket socket Yamaichi ic51
2000 - CQFP64

Abstract: TQFP64 footprint TQFP64 package PQFP64 ST92163 DB292 AN981 TQFP64 socket socket Yamaichi OTQ-64
Text: to be used in either Emulation or OTP (One-Time Programmable) mode. A DB200 socket adapter is , mounted on a DB379 TQFP64 device adapter which is then placed on the DB200 socket adapter. Figure 3. Emulation Mode Diagram TQFP64 OTP Device DB379 TQFP64 Device Adapter Emplas Open-top Socket DB200 , socket adaptor and the Yamaichi IC149 socket) DB200 Socket DB379 Socket IC149 Socket How to Order


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PDF AN981 ST92163 TQFP64 CQFP64 PQFP64 IC149, TQFP64 footprint TQFP64 package DB292 AN981 TQFP64 socket socket Yamaichi OTQ-64
2009 - TP40DA

Abstract: abb tp40da VM300H abb traction motor EK370 TP40D magnetic Contactor 70 a coil 125 AF460 4 pole circuit breaker ABB VM750H
Text: (65.110 A) E140DU (50.140 A) DB80, DB200 , D140E DB200 BER38-4 BEM185-30 * AF contactors


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PDF 1SBC100123L0203 TP40DA abb tp40da VM300H abb traction motor EK370 TP40D magnetic Contactor 70 a coil 125 AF460 4 pole circuit breaker ABB VM750H
2000 - DB326

Abstract: ST72C411R DB408 smb stmicroelectronics cross reference 7 pin male Centronics connector TQFP44e
Text: (see following figure for flow order): 1 2 Solder the Yamaichi base of the DB200 on your PCB (see § 4.7 for footprint information). Do NOT place NOR screw the socket cover. Place the DB200 upon the socket base. Find the pin 1 on your application and the pin 1 of the DB200. Pin 1 is indicated by a chamfer on the probe and by a little arrow or chamfer on the socket. Now plug the DB389 male bars onto the DB200 , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54 DB200


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PDF EN55022 98/336/EEC DB326 ST72C411R DB408 smb stmicroelectronics cross reference 7 pin male Centronics connector TQFP44e
Not Available

Abstract: No abstract text available
Text: . Rating VA P/N Dimensions 0D x HT (in.) Weight (lbs.) Price 1-9 pcs. 200 DB200 2


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PDF DB200 DB300 DB500 DB750
2000 - ST7511

Abstract: QFP64 ST-75 st72334 qfp64 marking lcx244 SMD MARKING code ASC TQFP64 ST72334 ST72311 ST-7511
Text: No file text available


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PDF EN55022 98/336/EEC ST7511 QFP64 ST-75 st72334 qfp64 marking lcx244 SMD MARKING code ASC TQFP64 ST72334 ST72311 ST-7511
2000 - TQFP64 footprint

Abstract: st72334 qfp64 TQFP44 footprint 72334 TQFP64 package 72311 rainbow QFP44 footprint EQFP64 ST72C171 intel schematics
Text: socket adapter (ref.: DB200 ). (This fits between the TQFP64 device adapter (ref.: DB389) and the QFP64 , QFP64 Socket Adapter (ref.: DB200 ) 2 Yamaichi Socket to Solder 1 Application Board Figure 6: TQFP64 MCU Package Connections 2 Place the QFP64 socket adapter (ref.: DB200 ) upon the socket base , can be connected onto the QFP64 socket adapter (ref.: DB200 ) upper face connectors as follows: 1 , DB200 Yamaichi socket IC149 Emul. Tech TQFP64 solder Application Board TQFP64 device DB379


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2000 - TQFP64 footprint

Abstract: No abstract text available
Text: to the application by a QFP64 pin socket (ref.: DB389 + DB200+IC149 ). See "QFP64/TQFP64 Footprint , actual MCU). 2 Connect the DB200 onto the socket base. Find the pin 1 on your application and the pin 1 of the DB200. Pin 1 is indicated by a chamfer on the probe and by a little arrow or chamfer on the socket. Now plug the DB389 male bars onto the DB200 adapter via the 64-pin black connectors (a 2 x 8 , (see Figure 5): 1 Solder the Yamaichi base of the DB200 on your PCB (see "QFP64/TQFP64 Footprint


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PDF EN55022 98/336/EEC TQFP64 footprint
2000 - DB407

Abstract: st72334 qfp64 QFP44 footprint smb stmicroelectronics cross reference TQFP64 footprint he10 SOCKET TQFP44 footprint Male 2 PTS TQFP64 QFP64
Text: 60 QFP64 Probe Adapter (ref.: DB200 ) Components Layout . . . . . . . . . . . . . . . . . . . . . 61 , /TQFP64 issue. f A QFP64 socket adapter (ref.: DB200 ). (This fits between the TQFP64 device adapter , (ref.: DB389) 4 Male bars 3 Screw Holes QFP64 Socket Adapter (ref.: DB200 ) 2 Yamaichi , adapter (ref.: DB200 ) upon the socket base, aligning pin 1 of the socket adapter with pin 1 on the socket , (ref.: DB379) which can be connected onto the QFP64 socket adapter (ref.: DB200 ) upper face connectors


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PDF EN55022 98/336/EEC DB407 st72334 qfp64 QFP44 footprint smb stmicroelectronics cross reference TQFP64 footprint he10 SOCKET TQFP44 footprint Male 2 PTS TQFP64 QFP64
2000 - ST7511

Abstract: ST-7511 datasheet ST7 MAX725 L9615D bosch 5.3 abs Bosch ABS BOSCH abs 5,3 ST72334 ST72311
Text: No file text available


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PDF
2000 - ST7511

Abstract: DB404 st72334 qfp64 bosch abs 5.4 Marking STMicroelectronics tqfp L9615D ST72512
Text: No file text available


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PDF 89/336/EEC EN55022 ST7511 DB404 st72334 qfp64 bosch abs 5.4 Marking STMicroelectronics tqfp L9615D ST72512
2000 - TQFP44 footprint

Abstract: ST72521 TQFP64 QFP44 footprint DOC-ST72F521-EMU2B TQFP64 footprint
Text: issue. 5 A QFP64 socket adapter (ref.: DB200 ). (This fits between the TQFP64 device adapter (ref , Device Adapter (ref.: DB389) 4 Male bars 3 Screw Holes QFP64 Socket Adapter (ref.: DB200 ) 2 , Connections 2 Place the QFP64 socket adapter (ref.: DB200 ) upon the socket base, aligning pin 1 of the , adapter (ref.: DB200 ) upper face connectors as follows: 1 2 Note: Remove the ST72F521-Active , Adapter DB200 Yamaichi socket IC149 Emul. Tech TQFP64 solder Application Board TQFP64


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PDF ST72F521-EMU2B DOC-ST72F521-EMU2B TQFP44 footprint ST72521 TQFP64 QFP44 footprint DOC-ST72F521-EMU2B TQFP64 footprint
2000 - QFP44 footprint

Abstract: QFP64 TQFP64 SUBD25
Text: ") consisting of a device adapter (ref.: DB389) and a socket adapter (ref.: DB200 ). 7 A Yamaichi QFP64 , ) (4) (5) DB200 (7) DB389 (6) Figure 2: Main Components of ST7MDT7-EMU2B Emulator Kit , ) 4 Screwing Holes Male bars 3 Socket Adapter (ref.: DB200 ) 2 Yamaichi socket to solder , ST7MDT7-EMU2B Emulator User Manual 2 - Getting Started 1 Place the QFP64 socket adapter (ref.: DB200 , Emulator User Manual 2 - Getting Started connected onto the QFP64 socket adapter (ref.: DB200 ) upper


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2000 - EQFP64

Abstract: QFP44 footprint TQFP44 footprint Centronics connector footprint Yamaichi QFP64 TQFP64 DB411 yamaichi socket
Text: adapter (ref.: DB200 ). g A Yamaichi QFP64 socket with cover (ref.: IC149). See QFP64/TQFP64 & QFP44 , Components of ST7MDT7-EMU2B Emulator Kit (c) (b) (a) (d) (e) DB200 (g) DB389 (f , .: DB389) 4 Screwing Holes Male bars 3 Socket Adapter (ref.: DB200 ) 2 Yamaichi socket to solder 1 Application board 2 Place the QFP64 socket adapter (ref.: DB200 ) upon the socket base , adapter (ref.: DB200 ) upper face connectors as follows: 1 Remove the ST7MDT7-Active Probe ref.: (DB399


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PDF EN55022 98/336/EEC EQFP64 QFP44 footprint TQFP44 footprint Centronics connector footprint Yamaichi QFP64 TQFP64 DB411 yamaichi socket
2000 - TQFP44 footprint 72334

Abstract: HE10M DB407 smb stmicroelectronics cross reference yamaichi socket TQFP64 footprint QFP44 footprint TQFP64 TQFP44 st72334 qfp64
Text: / TQFP64 issue. 6 A QFP64 socket adapter (ref.: DB200 ). (This fits between the TQFP64 device adapter , Screw Holes QFP64 Socket Adapter (ref.: DB200 ) 2 Yamaichi Socket to Solder 1 Application Board Figure 6: TQFP64 MCU Package Connections 2 Place the QFP64 socket adapter (ref.: DB200 , ) which can be connected onto the QFP64 socket adapter (ref.: DB200 ) upper face connectors as follows , DB200 Yamaichi socket IC149 Emul. Tech TQFP64 solder Application Board TQFP64 device DB379


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2000 - eqfp64

Abstract: TQFP64 footprint QFP44 footprint bnc to probe clips QFP64 TQFP64 DB411
Text: ") consisting of a device adapter (ref.: DB389) and a socket adapter (ref.: DB200 ). 7 A Yamaichi QFP64 , ) (4) (5) DB200 (7) DB389 (6) Figure 2: Main Components of ST7MDT7-EMU2B Emulator Kit , ) 4 Screwing Holes Male bars 3 Socket Adapter (ref.: DB200 ) 2 Yamaichi socket to solder , ST7MDT7-EMU2B Emulator User Manual 2 - Getting Started 1 Place the QFP64 socket adapter (ref.: DB200 , Emulator User Manual 2 - Getting Started connected onto the QFP64 socket adapter (ref.: DB200 ) upper


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2000 - TQFP44 footprint

Abstract: QFP44 footprint ST72F521-EPB ST72F51 DB409 DB485 DOC-ST72F521-EMU2B TQFP64 ST72521 TQFP64 footprint
Text: socket adapter (ref.: DB200 ). (This fits between the TQFP64 device adapter (ref.: DB389) and the , Device Adapter (ref.: DB389) 4 Male bars 3 Screw Holes QFP64 Socket Adapter (ref.: DB200 ) 2 , Connections 2 Place the QFP64 socket adapter (ref.: DB200 ) upon the socket base, aligning pin 1 of the , adapter (ref.: DB200 ) upper face connectors as follows: 1 2 Note: Remove the ST72F521-Active , Adapter DB200 Yamaichi socket IC149 Emul. Tech TQFP64 solder Application Board TQFP64 device


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PDF ST72F521-EMU2B DOC-ST72F521-EMU2B TQFP44 footprint QFP44 footprint ST72F521-EPB ST72F51 DB409 DB485 DOC-ST72F521-EMU2B TQFP64 ST72521 TQFP64 footprint
2009 - NUF4001MU

Abstract: NUF4010MU NUF4010MUT2G
Text: ) 100 MHz 6 dB­200 MHz 66.67 MHz (f2) 200 MHz 9 dB­300 MHz 100 MHz (f3) 300 MHz


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PDF NUF4010MU NUF4001MU NUF4010MU/D NUF4010MU NUF4010MUT2G
2009 - NUF6010MU

Abstract: NUF6010MUT2G UDFN12
Text: ) 100 MHz 6 dB­200 MHz 66.67 MHz (f2) 200 MHz 9 dB­300 MHz 100 MHz (f3) 300 MHz


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PDF NUF6010MU NUF6010MU 12-lead UDFN12 NUF6010MU/D NUF6010MUT2G
2009 - NUF4001MU

Abstract: NUF4001MUT2G
Text: Frequency Third Harmonic Frequency 3 dB­100 MHz 33.33 MHz (f1) 100 MHz 6 dB­200 MHz 66.67


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PDF NUF4001MU NUF4001MU 51aws NUF4001MU/D NUF4001MUT2G
2009 - NUF4310MNTAG

Abstract: No abstract text available
Text: Frequency Third Harmonic Frequency 3 dB­100 MHz 33.33 MHz (f1) 100 MHz 6 dB­200 MHz 66.67


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PDF NUF4310MN NUF4310MN NUF4310MN/D NUF4310MNTAG
2013 - Not Available

Abstract: No abstract text available
Text: frequencies and the third harmonic frequencies. Table 2. Frequency Chart Bandwidth 3 dB­100 MHz 6 dB­200


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PDF NUF4401MN NUF4401MN/D
2009 - NUF8001MU

Abstract: NUF8001MUT2G UDFN16
Text: Third Harmonic Frequency 3 dB­100 MHz 33.33 MHz (f1) 100 MHz 6 dB­200 MHz 66.67 MHz (f2


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PDF NUF8001MU NUF8001MU 16-lead UDFN16 NUF8001MU/D NUF8001MUT2G
2009 - DFN12

Abstract: NUF6400MN NUF6400MNTBG NUF6400MU
Text: Third Harmonic Frequency 3 dB­100 MHz 33.33 MHz (f1) 100 MHz 6 dB­200 MHz 66.67 MHz (f2


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PDF NUF6400MN NUF6400MU 12-lead DFN12 NUF6400MN/D NUF6400MN NUF6400MNTBG
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