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108120-000 TE Connectivity Ltd I/O CONN visit Digikey Buy
108120N001 TE Connectivity Ltd I/O CONN visit Digikey Buy
TD120S1025RMP GE Critical Power SPD DIN RAIL 120 SINGLE PH 25KA visit GE Critical Power
TD120S1050RMP GE Critical Power SPD DIN RAIL 120 SINGLE PH 50KA visit GE Critical Power
TD120Y3050RMP GE Critical Power SPD DIN RAIL 120 WYE 50KA UL visit GE Critical Power
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AS 108-120

Catalog Datasheet MFG & Type PDF Document Tags

779-3200

Abstract: 779-3200 application IDC Systems Dip Plugs PRODUCT DESCRIPTION The Standard and Low Profile DIP Plugs are primarily used as a disconnectable interface to DIP sockets. Heavy-duty leads are standard features on , : Connector spacings are given as minimums for ease of plugging or unplugging. Greater spacing in at least , (.963) 20.32 (.800) 609-M205TH 20 27.00 (1.063) Note: Connector spacings are given as , given as minimums for ease of plugging or unplugging. Greater spacing in at least one direction is
Thomas & Betts
Original
E60980 609-M245H 779-3200 779-3200 application 609-M161H M085 609-M165H LR92984 609-M225H 609-M225TH 609-M245TH
Abstract: (1.063) 22.86 (.900) Note: Connector spacings are given as minimums for ease of plugging or Thomas & Betts
Original
779-3500XT 609-M085H 609-M145H 609-M185H 609-M205H 609-M085TH

108120

Abstract: radar circuit -89 dBc/Hz@10 KHz, -113 dBc/Hz@100 KHz < -70 dBc < -30 dBc 5 ­ 100 MHz Same as reference 3
Sivers IMA
Original
108120 radar circuit SATCOM SE-164

thomas betts 609-M161H

Abstract: 609-M161H : Connector spacings are given as minimums for ease of plugging or unplugging. Greater spacing in at least
Thomas & Betts
Original
thomas betts 609-M161H 609-M141H

609-F161M

Abstract: spacings are given as minimums for ease of plugging or unplugging. Greater spacing in at least one
Thomas & Betts
Original
609-F161M 609-F141M2 609-F161M2 609-F141M
Abstract: supply company such as MSC (1-800-645-7270). Order No Release Date: 02-13-07 Revision Date: 02-13-07 Molex
Original
HCS-125 ATS-638928000
Abstract: spacings are given as minimums for ease of plugging or unplugging. Greater spacing in at least one Thomas & Betts
Original
Abstract: ELECTRONICS PRODUCT SPECIFICATIONS SHEET CAT NO. PRODUCT NAME 10-8118 10-8120 10-8126 Type 44 Non-Silicone DESCRIPTION: Type 44 Heat Sink Compound is a non-silicone based, grease-like material specially blended with thermally conductive fine metal oxide powders. Compounded from 100% synthetic base stocks, it is designed as an alternative to silicone type heat sink compounds. This material , lowering the consistency of the product by diluting the compound with solvents such as mineral spirits GC Electronics
Original
D-217 FTM-791-321-3 FTM-791 D-2265 D-150 D-257

la+76213

Abstract: primarily Heavy-duty used to leads as a are Low a disconnectable sockets. interface DIP IDC Systems Dip , n n e c to r sp acin gs are given as m in im um s fo r ease o f plugging o r u nplugging. G re ate r spacing in at least o n e direction is re co m m e nd e d. Th om as & Betts Electronics/OEM Division , ) N ote: C o n n e c to r sp acin gs are given as m in im um s fo r ease o f plugging o r u nplugging , . (± .005) 111 Th om as & Betts Electronics/OEM Division Tel: 9 0 1-2 5 2 -5 0 0 0 Fax: 9 0 1 -2 5
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OCR Scan
la+76213 609-M407H 609-M485H 609-M407TH 609-M485TH 609-M245S 609-M407S

MSCD-108

Abstract: marking 6R8 cycles, such as shown in the table 2 below and then it shall be subjected to standard atmospheric
MAG. Layers Scientific-Technics
Original
MSCD-108 marking 6R8 108220 MSCD-108-SERIES MSCD-108-6R8 MSCD-108-100 MSCD-108-120 MSCD-108-150 MSCD-108-180
Abstract: ESD (electrostatic discharge) sensitive device. Electrostatic charges as high as 4000 V readily , 100 â' r o i 3.180 ; 5 < 500 TIME - (as TIME - (¿s 100 4 Vouir , warning before the device loses regulation. As the chipâ'™s temperature rises above 165°C, the circuit , INFORMATION Capacitor Selection: anyCAP Output Capacitors: as with any micropower device, output , capacitor values, types and ESR (anyCAP). A capacitor as low as 0.47 joF is all that is needed for -
OCR Scan
ADP3307 ADP330 AAVID531002 ADP3000

TRANSISTOR MARKING CODE XF

Abstract: sot-23 marking code Ks ESD (electrostatic discharge) sensitive device. Electrostatic charges as high as 4000 V readily , warning before the device loses regulation. As the chip's temperature rises above 165°C, the circuit acti , level. APPLICATION INFORMATION Capacitor Selection: anyCAP Output Capacitors: As with any micropower , wide range of capacitor values, types and ESR (anyCAP). A capacitor as low as 0.47 |xF is all that is , anticipated. The ADP3309 is stable with extremely low ESR capacitors (ESR ~ 0), such as multilayer ceramic
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OCR Scan
TRANSISTOR MARKING CODE XF sot-23 marking code Ks LDO marking code AL LP2981 VID531002 1N5817 ADP3309-3 ADP3000-ADJ 2N3906
Abstract: ESD (electrostatic discharge) sensitive device. Electrostatic charges as high as 4000 V readily , * !o u t 100 10 0 T IM E -u s TIME - (as F ig u re 7 7. L ine T ra n s ie n t R esponse , ig u re 14. L o a d T ra n sie n t TIME - (as F ig u re 15. S h o rt C irc u it C u rre n t 10 TIME - (a s F ig u re 17. Turn O ff REV. A TIME - (as 100 1k 10k 100k FR E Q , performance by enabling the ERR pin to give warning before the device loses regulation. As the chipâ'™s -
OCR Scan
ADP3308 LP2980 P3308 MJE253

bridgeless cuk pfc converter

Abstract: IR1150 voltage this can be written as: Topics Covered · · · · · PF = Power Factor Correction One , Control, OCC Power factor is defined as the ratio of real power to apparent power, where real power is , long as operation in continuous conduction mode is maintained. There will be some amount of distortion of the current waveform as the line cycle migrates toward the zero crossing and as the converter , combination of the two control elements controls the amplitude and shape of the input current so as to be
International Rectifier
Original
AN-1077 IR1150 IRAC1150-300W bridgeless cuk pfc converter 300w dc-dc driver schematic ir1150 application note schematic smps 300W PFC Bridgeless Rectifier SEM-700 IR1150S

24C256 code example assembly

Abstract: eeprom 24C256 device and is defined as a transmitter during read operations and generates acknowledges when receiving , devices such as cellular and full-featured phones, personal digital assistants and palm-top computers , on the I2C bus interface such as: AN515, AN537, AN558, AN567, AN608, AN554, AN578 and AN535. In the following, we will use techniques and code taken from those application notes as a base to build a new , new set of routines. As usual, there are two layers of functions: · The lower layer (composed of
Microchip Technology
Original
24C256 code example assembly eeprom 24C256 24c16 EEPROM sample code how to reset 24C04 24C256 24C08 code example assembly AN690 PIC16C62A DS00690A-

BUT200

Abstract: E S D (electrostatic discharge) sensitive device. E lectro static charges as high as 4 0 0 0 V , system perform ance by enabling the E R R pin to give w arning before the device loses regulation. As the , INFORMATION Capacitor Selection: anyCAP O utput C ap acitors: as with any m icropow er device, output , range o f capacitor values, types and E S R (any C A P ). A capacitor as low as 0 .4 7 |aF is all th at , anticipated. T h e A D P 3 3 0 8 is stable with extrem ely low E S R capacitors (E S R - 0 ), such as m
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OCR Scan
BUT200
Abstract: discharge) sensitive device. Electrostatic charges as high as 4000 V readily accumulate on the hum an body , 3 .280 î < E â'¢o u t 100 10 0 T IM E - u s 7 7. F ig u re TIME - (as , 100 2 00 300 400 TIME - (jis F ig u re 14. L o a d T ra n sie n t TIME - (as F ig , t TIME - (as F ig u re 16. Turn On 1k 10k 100k FR E Q U E N C Y -H z F ig u re 18. P , warning before the device loses regulation. As the chipâ'™s tem perature rises above 165°C, the circuit -
OCR Scan
P3309 P3000
Abstract: as high as 4000 V readily accumulate on the human body and test equipment and can discharge without , . OUTPUT INPUT As the chipâ'™s temperature rises above 165°C, the circuit activates a soft thermal , : anyCAP ADP3300 Output Capacitors: as with any micropower device, output transient response is a , and ESR (anyCAP). A capacitor as low as 0.47 µF is all that is needed for stability. However, larger , low ESR capacitors (ESR ≠0), such as multilayer ceramic capacitors (MLCC) or OSCON. Figure 2 Analog Devices
Original
ADP3300-5 00ART-2 ADP3300ART-2 85-RL ADP3300ART-3 ADP3300ARTZ-3-RL7

step-up sot-23-6

Abstract: ADP3300 . CAUTION ESD (electrostatic discharge) sensitive device. Electrostatic charges as high as 4000 V readily , ERR pin to give warning before the device loses regulation. OUTPUT INPUT As the chip , Capacitors: as with any micropower device, output transient response is a function of the output capacitance. The ADP3300 is stable with a wide range of capacitor values, types and ESR (anyCAP). A capacitor as low as 0.47 µF is all that is needed for stability. However, larger capacitors can be used if high
Analog Devices
Original
step-up sot-23-6 ADP3300-3 ADP3300ART-5 ADP3301 ADP3302 ADP3303

AN690

Abstract: 00690A device and is defined as a transmitter during read operations and generates acknowledges when receiving , devices such as cellular and full-featured phones, personal digital assistants and palm-top computers , on the I2C bus interface such as: AN515, AN537, AN558, AN567, AN608, AN554, AN578 and AN535. In the following, we will use techniques and code taken from those application notes as a base to build a new , new set of routines. As usual, there are two layers of functions: · The lower layer (composed of
Microchip Technology
Original
00690A tai 24c04 tai 24c02 24C04 code example assembly tai 24c01 24C16 code example assembly 11F-3 DK-2750 D-81739
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