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Part Manufacturer Description Datasheet BUY
CC3000YFVR Texas Instruments CC3000 126-DSBGA visit Texas Instruments
LMT84LPC Texas Instruments ANALOG TEMP SENSOR-VOLTAGE, 2.70Cel, RECTANGULAR, SCREW MOUNT, THROUGH HOLE MOUNT, PLASTIC, TO-126, 3 PIN visit Texas Instruments
LMT86LPC Texas Instruments ANALOG TEMP SENSOR-VOLTAGE, 2.70Cel, RECTANGULAR, THROUGH HOLE MOUNT, TO-126, 3 PIN visit Texas Instruments
LMT85LPC Texas Instruments LMT85 - SC70, Analog Temperature Sensor with Class-AB Output 3-TO-126 -50 to 150 visit Texas Instruments
LMT87LPC Texas Instruments LMT87 - SC70, Analog Temperature Sensor with Class-AB Output 3-TO-126 -50 to 150 visit Texas Instruments
AA-400-126-MK3-GUN-HOSE TE Connectivity Ltd AA-400-126-MK3-GUN-HOSE visit Digikey Buy

tme 126

Catalog Datasheet MFG & Type PDF Document Tags

tme 126

Abstract: tme+126 Characteristics 14 TYPICAL CHARACTERISTICS 1,27 _126 2 0125 # >124 123 i `$122 121 01 100 , .- _ 10 I 50 1 0 1 2 Tme 3 50 1 4 0 (ys) 2 4 Tme Transient Response (lR=150@) 6 (p) Transient Response (lR=5mA) 1-26 8 Zetex
Zetex Semiconductors
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MC68030

Abstract: tme 126 .8-7 MOTOROLA MC68030 USER'S MANUAL xxix TABLE OF CONTENTS (Continued) Paragraph Tme Page Number Number 8.1.3 , .10-30 xxxii MC68030 USER'S MANUAL MOTOROLA TABLE OF CONTENTS (Continued) Paragraph Tme Page Number Number , MC68030 USER'S MANUAL MOTOROLA TABLE OF CONTENTS (Continued) Paragraph Tme Page Number Number 11.6.16 , .12-24 12.5.3 A 3-1-1-1 Burst Mode Memory Bank Using SRAMS.12-27 12.6 External Caches , .14-4 Appendix A M68000 Family Summary xxxvi MC68030 USER'S MANUAL MOTOROLA LIST OF ILLUSTRATIONS Figure Tme Page
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tme 126 939 Processor Functional MC68020 MC68851

939 Processor Functional

Abstract: RT611 Tme Page Number Programmer's View of Addressing Modes , 4.3.2 Tme Page Number Exception V e c to rs , MC68030 USER'S MANUAL xxvii TABLE OF CONTENTS (Continued) Paragraph Number 5.12 5.13 5.14 Tme , 7.8 Tme Page Number Misaligned Operands , Tme Page Number Address Error E xception
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RT611 R924

tme 126

Abstract: BPW21R (14.5} KaTOfl i_.â'"X 0 018 (0IS) 069 oei 134 (3 4) 126 ¡3.2) (2.65 » 2.65) 0.362 (9.2) 0.354 (9.0) 0.328 (6 36! Ms*. 236 [6 0} »4 (S.T) nporpaMMa nociaBOK KOMnaHMM TME
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BPW21R

tme 126

Abstract: 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 Pin Name Vss DQ36 DQ37 DQ38 DQ39 Vcc , address oblay time /RAS hold tme /CAS hold tme /CAS to /RAS precharge tme /OEto Din delaytime /O E delaytm , hold time Irom D E Output buffer turn-off tme Output buffer turn-off b D E /CAS to Dn delay time Output data hold time from /RAS Output buffer turn-off tme to/RAS Output buffer turn-off b M/E /WE to Dn , Min. 80 ns M ax . Unit Notes /CAS setuptime PBR refresh c^cle) /CAS hold tme (CBR refresh cyde
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HB56UW272E-7B/8B 152-W HB56UW272E HM51W17805BTT 74LVT16244
Abstract: DQ63 VCC 122 123 D 11 Q 124 125 126 127 128 129 130 131 132 133 134 136 136 , SRAM Module AC Characteristics Write Cycle Parameter Write Cvde Tme Chip Enable to End of Write Address Setup Tme Address Valid to End of Write Write Pulse Width Write Recovery Tme Data Hold Tme Write to OutDiit rH W iZ d ) Data to Write Tme Output active from End of Write Symbol JEDEC Alt -
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EDI8F64128C 128KX64 01581USA EDBF64128C EDI8F64128C15MDC EDI8F64128C20MDC

TME 87

Abstract: tme 126 AepwaTenb flnn MOHTawa Ha WMHe DIN (TS35) nporpaMMa nociaBOK KOMnaHMM TME www.i-t.su ¡nfo@i-t.su , 122 100 120 13 3,6 44 7,0 5 159 TSM1000 150 135 150 122 126 146 13 3,6 44 7,0 5 159 llporpaMMa nociaBOK KOMnaHMM TME
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TSM12 TSM30 TSM80 TSM100 TSM160 TSM250 TME 87 TA40B 230 94 C KB/60 PN-88/T-06250 IEC65 PN-IEC42 PN-77/Z-70000/08 PN-EN61558

tme 126

Abstract: TME 87 I 104 106 108 110 112 114 116 118 120 122 124 126 128 130 132 134 136 138 140 Pin Nam e NC Vss NC NC Vcc , time /RAS hold tme /CAS hold tme /CAS to /RAS precharge tme /OEto Dn delaytime /O E delaytm e fom Dn , hold time Output data hold time tom D E Output buffer turn-off tme Output buffer turn-off b D E /CAS to Dn delay time Output data hold time torn /RAS Output buffer turn-off tme to/RAS Output buffer , relresh qcle) /CAS hold tme (CBR tefresh cyde) /RAS préchargé to/CAS hold Ime Sym bol tCSR tCHR tRPC Min
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TME 87 I 24C026 s/ksmh12/2.27/30/24C0G HB56HW164DB-6B/7B 576-W HB56HW164DB HM51W16165BTT 24C0G HB56HW164-DB

TME 87

Abstract: tme 126 BSMD-0.375A 0,375 125 140 0,32 0,0039 BSMD-0.5A 0,5 125 126 0,2 0,0066 BSMD-0.75A 0,75 125 118 0,12 0 , nociaBOK KOMnaHMM TME
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BSMD BSMD-5a AC/300

opo7c

Abstract: 0P07C UNITS 25 126 110 126 dB 100 100 108 dB 500 400 200 150 500 400 , '¢ ± 13V ±12.0 ± 12.6 ±12.0 ±12.6 V ± 15V. Ta = 2 5 °C . unless otherwise , Output Voltage Swing R. > 2kfi â'¢ ± 12.0 ±12.6 ±11.0 ± 12.6 V ± 3 V to  , ÏW E AFTER POWER SUPPLY TLfiN ON (MMJTES) XTi-JölAg 5 0 20 «0 60 TME (SECOND , 20 ¿0 TOTAL SUPPLY VCtTAGÉ. V â'¢ TO V - (WXTS) 60 TME FROM OUTPUT e E « 3 SHORTED
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opo7c 0P07C QP-07 0P-07 OP-07 LT1001 LT1002

tme 126

Abstract: P6KE18  Ol 1 3 4 5 6 T.me â'"( mi) Surge Current Characteristics PEAK POWER DISSIPATION @ 1.0 ms = 600 WATTS Breakdown Voltage Device Type >RSM Maximum Reverse Surge Current Amp Vrsm Maximum Reverse Voltage @ Irsm Volts Case a Nom @lT mA 6.8 10 P6KE6.8A.RL 56 10.8 17-02 7.5 10 P6KE7.5A.RL 51 11.7 8.2 10 P6KE8.2A.RL 48 12.5 9.1 1 P6KE9.1 A.RL 44 13.8 10 1 P6KE10 A,RL 40 15 11 1 , A,RL 12.6 47.7 36 1 P6KE36 A.RL 11.6 52 39 1 P6KE39 A.RL 10.6 56.4 43 1 P6KE43 A.RL 9.6
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P6KE11 P6KE12 P6KE13 P6KE15 P6KE16 P6KE18 p6ke68a P6KE51

tme 126

Abstract: tme+126 104 105 106 107 1C6 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 , Parameter Write Cvde Tme Chip Enable to End of Write Address Setup Time Address Valid to End of Write Write Pulse Width Write Recovery Tme Data Hold Tme Write to Outout in H iahZiD Data to Write Tme Output active
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tme+126 64128C CZ 121 connector EOBF64120CR EDI8F64128C25MDC 015B1USA EDBF864120C

tme 126

Abstract: HB56HW164DB DQ25 52 DQ46 124 DQ57 53 DQ15 125 DQ26 54 DQ47 126 DQ58 55 , hold tme i tRSH 15 - 18 - ns /CAS hold tme i tCSH 48 - 58 - ns /CAS to /RAS precharge tme i tCRP 5 - 5 - ns /OE to Din delay time tOED 15 , from /OE tOHO 3 - 3 - ns Output buffer turn-off tme i tOFF - 15 - , 3 - 3 - ns Output buffer turn-off tme to /RAS i tOFR - 15 - 15 ns
Hitachi Semiconductor
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56HW164DB

Li-49

Abstract: 39NC60 vcc I DQ51 125 I DQ52 126 NC I 143 I VCC - 164 ] PD4 I I , Time tRELREL tRC 110 - 130 - ns 5 Read-Write Cycle Tme tRELREL , 70 ns Access Tme from CAS tCELQV tCAC - 22 -, 27 - 37 - , tCSH CAS Pulse Width - RAS to CAS Delay Tme tCELCEH RAS to Column Address Delay Time , >Tme - 42 +$,:,< ,;:; `` ~.,>f~ :t'$'+:$c
Motorola
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MA721 VSS1641NC IDQ25186 Li-49 39NC60 motorola bq50 5VFPMB72D/D BJ48TADG60 7205V SS1221NC143

OP145C

Abstract: K6550 « U - 2 5 "C i 1 0 K 1 I I I1K t - TME - Hour* DISTANCE BETWEEN LENS TIPS - Indwa , 0 26 SO 7S 100 126 If - FORWARD CURRENT - mA T» - A M B EN T TEMPERATURE - "C
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OP145C K6550 OP145A OP145B OP145D OP555 OP565

tme 126

Abstract: bti ml-2 ­1 .38 ­1.27 ­1,26 ­1 ,35 ­1.38 ­1.25 ­1.26 ­1 ,31 ­1.38 154 154 185 185 , 975 1325 1325 1800 975 1325 1325 -1oo o -250 -200 -250 -200 Hold Tme SINA , tr tf Condition Gbls NW Setup Tme SINA, SINB SEL tpLH tpHL Unit ps ps ~);+
Motorola
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OOE445 bti ml-2 demutiplexer E44SS SIMPLE TECH 8BTI e445 OE445 O/100E445 MC100EU5 MK145BP

ZD 103

Abstract: burndy sms nz 122 D011 VCC 43 ZD CZ 123 VCC ooe 44 ZD CZ 124 009 NC 45 ZD CZ 125 NC VCC 46 ZD ^ 126 VCC DQ6 , ns Write Recovery Tme TWHAX TWH 0 0 0 ns TEHAX TWR 0 0 0 ns Data Hold Time TWHDX TDH 0 0 0 ns TEHDX TDH 0 0 0 ns Write to Output hHiqhZm TWLQZ TWHZ 3 3 5 ns Data to Write Tme TDVWH TDW
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508-B36-4850 ZD 103 burndy sms ZD 103 ma CZ 142 32Kx64 dc block CZ-130 EDI8F6432C 256KB CELP2X80CS3Z48 01581USA-508-366-5151 3S3D114

tme 126

Abstract: transistor TT 2442 Turn4n Delay Time Rise Time Turn4ff Delay Time Fall Tme Turn~ff Switching Loss , 9fe . 4~$~: Qe + ` `">.`~t+ \ - c(~q: ~ _ Q;% 930 - 126 - - 16 - , Reverse Recovery Tme (IF =10 Adc, VR = 720 Vdc, dlF/dt = 200 WKS, TJ = 125°C) Reverse Recove~ Stored
Motorola
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transistor TT 2442 3EML MGW12N120D MGW12N120D/D MGW12N120DID

opo7c

Abstract: 0P07C ±14.0 V CMRR Common Mode Rejection Ratio VCM - ± 13V 110 126 110 126 d8 PSRR Power Supply Rejection , Voltage Swing Rt > 2k« â'¢ ±12.0 ±12.6 ±12.0 ±12.6 V â'¬lâ'¬ctricrl chrrrct6ristics Vs = ± 15V , RL > 2kfi â'¢ ±12.0 ±12.6 ±11.0 ±12.6 V The â'¢ denotes the specifications which apply over , 20 40 60 80 tOO TME (SECONDS) Open-Loop Gain vs Temperature 1000 800 : 600 : 4C0 i 2C0 - Vs , Vs- 1 - r 15V IA - - + 25"C 1 0 12 3 4 TME FROM OUTPUT 8EW3 SHORTEO (MINUTES) 6 OP
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0P-07C 0p07 OP07CN8 op 070 0P07D opo7c0cto CP-07 5VMI55 0C40UM 100CC/W

saab space packet wire

Abstract: 7693A ) Comprising the Packet Telemetry Encoder (TME) which is integrated in the AT7909E. Figure 2-1. AT7909E , power-up configure the AT7909E according to the mission PROM, i.e. setup SpaceWire source clock, TME frame , duration. · Packet Telemetry Encoder [TME] The telemetry encoder and telemetry channel encoder are fully , Encoder (TME) and for communication with the Control Interface Module (CI) for control and configuration , VRC 0-6 SpwSOut VC A-G Packet Telemetry Encoder (TME) VRC 7 CiInClk PacketWire
Atmel
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saab space packet wire 7693A AT7909EKA-E LA 7693 SMART ASIC 197 telemetry command protocol
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