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TDR 3-4182WI SM Datasheets Context Search

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2008 - Not Available

Abstract: No abstract text available
Text: TDR and TDT Production pass/fail testing Complete sampling oscilloscopes for your PC 12 GHz , . TDR /TDT analysis 8 Mb 34 Mb The PicoScope 9211A and 9231A are supplied with a calibrated timedomain reflectometry ( TDR ) and time-domain transmission (TDT) accessory kit. This is used with the unitâ , ANSI T1/102 DS1 DS1C The TDR /TDT scopes also include all the features of the PicoScope 9201A , FC133 to FC4250, and G.984.2. The converter input accepts both single-mode ( SM ) and multimode (MM


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PDF MM013
2007 - TSL12S

Abstract: TSL14S TSL13S J-STD-020D TSL12S-LF tsl1xs
Text: Package Only) PACKAGE SM SURFACE MOUNT SIDELOOKER (FRONT VIEW) 1 GND 1 GND 2 VDD 2 , Lead (Pb) Free SM TSL12SM-LF S TSL13S S TSL13S-LF SM TSL13SM-LF S TSL14S S TSL14S-LF SM TSL14SM-LF Terminal Functions TERMINAL NAME NO. GND 1 OUT , 260°C Reflow solder, in accordance with J-STD-020C or J-STD-020D ( SM Package) . . . . . . . . . . . . , TSL12S TEST CONDITIONS MIN TYP TSL13S MAX MIN TYP TSL14S MAX MIN TYP tdr


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PDF TSL12S, TSL13S, TSL14S TAOS051E TSL12S) TSL14S TSL12S TSL13S J-STD-020D TSL12S-LF tsl1xs
2007 - Not Available

Abstract: No abstract text available
Text: Sidelooker 3-Lead Plastic Package RoHS Compliant (−LF Package Only) PACKAGE SM SURFACE MOUNT , Sidelooker — Lead (Pb) Free SM TSL13S S TSL13S−LF S TSL14S S TSL14S−LF SM , te G nt st il TERMINAL TSL13SM−LF al id SM Terminal Functions NAME , solder, in accordance with J-STD-020C or J-STD-020D ( SM Package) . . . . . . . . . . . . . . . . . . . , otherwise noted) (see Figure 1) PARAMETER tdr Output pulse delay time for rising edge (0% to 10


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PDF TSL12S, TSL13S, TSL14S TAOS051E TSL12S)
2007 - Not Available

Abstract: No abstract text available
Text: (−LF Package Only) PACKAGE SM SURFACE MOUNT SIDELOOKER (FRONT VIEW) 1 GND 1 GND 2 VDD , €” Lead (Pb) Free TSL14S 0°C to 70°C 3-lead Surface-Mount Sidelooker — Lead (Pb) Free SM TSL12SM−LF S TSL13S S TSL13S−LF SM TSL13SM−LF S TSL14S S TSL14S−LF SM , solder, in accordance with J-STD-020C or J-STD-020D ( SM Package) . . . . . . . . . . . . . . . . . . . , 2.9 tf 9 6.4 2.8 UNIT 0.9 tdr MAX Min VO = 0.5 V; Peak VO = 2 V The


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PDF TSL12S, TSL13S, TSL14S TAOS051E TSL12S) TSL14S
2007 - Not Available

Abstract: No abstract text available
Text: (−LF Package Only) PACKAGE SM SURFACE MOUNT SIDELOOKER (FRONT VIEW) 1 GND 1 GND 2 VDD , €” Lead (Pb) Free TSL14S 0°C to 70°C 3-lead Surface-Mount Sidelooker — Lead (Pb) Free SM TSL12SM−LF S TSL13S S TSL13S−LF SM TSL13SM−LF S TSL14S S TSL14S−LF SM , TYP tdr Output pulse delay time for rising edge (0% to 10%) Min VO = 0 V; Peak VO = 2 V , Pulse Generator Peak Ee Input 2 LED (see Note A) − Min Ee 3 tdr + Peak VO


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PDF TSL12S, TSL13S, TSL14S TAOS051D TSL12S) TSL14S
3M Photodyne

Abstract: 17XTA photodyne 17XTA
Text: /1550 nm 92428 SM OTDR M odule w /ST* Interface 1 each 5350 850 92420 MM O TDR M odule , ty. 5300 92419 Operating Software f each 5350 1300 nm 92423 SM M odule w /SC Interface f each 5350 1300 nm 92424 SM M odule w/FC Interface 1 each 5350 1300 nm 92425 SM M odule w /ST* Interface 1 each 5350 1550 nm 92426 SM M odule w /SC Interface 1 each 5350 1550 nm 92439 SM M odule w/FC Interface 1 each 5350 1550 nm 92440 SM


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PDF
2005 - Not Available

Abstract: No abstract text available
Text: (−LF Package Only) PACKAGE SM SURFACE MOUNT SIDELOOKER (FRONT VIEW) 1 GND 1 GND 2 VDD , €” Lead (Pb) Free TSL14S 0°C to 70°C 3-lead Surface-Mount Sidelooker — Lead (Pb) Free SM TSL12SM−LF S TSL13S S TSL13S−LF SM TSL13SM−LF S TSL14S S TSL14S−LF SM , VO = 2 V 13 1.7 0.9 tdr Min VO = 0.5 V; Peak VO = 2 V 2.3 1.2 0.6 Out ut , A) − 3 tdr + Peak VO RL TSL1xS tdf tr tf 90% Output 1 10


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PDF TSL12S, TSL13S, TSL14S TAOS051C TSL12S) TSL14S
2010 - SM 8002 C

Abstract: No abstract text available
Text: 3-2421WI TDR 3-2422WI TDR 3-4811WI TDR 3-4812WI TDR 3-4813WI TDR 3-4821WI TDR 3-4822WI * Add suffix SM for , DC/DC Converters TDR 3WI Series, 3 Watt Features Compact design in SMD or DIP package Ultra , control Fully RoHS compliant 3-year product warranty The TDR -3WI series is a family of compact 3 W dc , converters very reliable. A TDR -3WI converter is the ideal solution for space critical high end applications in communication equipment, instrumentation and industrial electronics. Models Order code* TDR


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PDF CH-8002 SM 8002 C
2010 - J-STD-033B01

Abstract: TCK-046
Text: 2-4812WI TDR 2-4813WI TDR 2-4821WI TDR 2-4822WI * Add suffix SM for surface mount version. 36 ­ 75 VDC (48 , DC/DC Converters TDR 2WI Series, 2 Watt Features Compact design in SMD or DIP package Ultra , protection Remote On/Off control Fully RoHS compliant 3-year product warranty The TDR -2WI series is a , excellent immunity against environmental influences make these converters very reliable. A TDR -2WI converter , , instrumentation and industrial electronics. Models Order code* TDR 2-1211WI TDR 2-1212WI TDR 2-1213WI TDR


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PDF 85ingle CH-8002 J-STD-033B01 TCK-046
1998 - CITS500S

Abstract: GENERAL PCB BOARD Hewlett-Packard transistor microwave TOUCH CONTROL volume control 11801B SD24 velocity of propagation of FR4
Text: 4.3 TDR RAMBUS(28 ) IMPEDANCE CALIBRATION . 13 4.3.1 , 4.6.1 TDR Method , .34 3 TDR RAMBUS(28 OHM) IMPEDANCE CALIBRATION . 35 3.1 , velocity measurements utilizing time domain reflectometry ( TDR ) techniques. The primary focus will be , reflected TDR pulse. · Route the traces straight with no bends. Bends can induce ringing on the TDR


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2010 - J-STD-020D

Abstract: TCK-046 TCK-047 TCK-062 TDR 3-2411
Text: DC/DC Converters TDR 3 Series, 3 Watt Features Compact design in SMD or DIP package Wide 2 , control Fully RoHS compliant 3-year product warranty The TDR -3 series is a family of compact 3 W dc , converters very reliable. A TDR -3 converter is the ideal solution for space critical high end applications , * Input voltage range Output voltage Output current max. Efficiency typ. TDR 3-0511 5.0 VDC 600 mA 79 % TDR 3-0512 12 VDC 250 mA 80 % 15 VDC 200


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PDF CH-8002 J-STD-020D TCK-046 TCK-047 TCK-062 TDR 3-2411
2005 - MLX75030

Abstract: No abstract text available
Text: be done with Ambient Light measurements. CS SCLK tcs_dr MOSI MISO tdr SM /SD Command , . 22 7.2.2.6 SM – Start Measurement , RSTBY S&H SCLK SC-LPF SM SNR SPI TIA VBATT_30 VCCA VCCD VDD_30 VSENSE WDT WR WT uC , 0000 0000 N/A NRM Normal Running Mode 1110 0100 0000 0000 N/A SM Start , , SM , SD, RO after SM or SD WD Disable Clear Flag 4 Clear Flag 7 Standby Mode Flag 2+6 = 0


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PDF MLX75030 16Bit ISO14001 Dec/12 MLX75030
2010 - TCK-046

Abstract: TCK-059 SM 8002 sm 20521 J-STD-020D TCK-063 TDR2 1812MLCC
Text: VDC (48 VDC nominal) TDR 2-4822 * Add suffix SM for surface mount version. http , DC/DC Converters TDR 2 Series, 2 Watt Features Compact design in SMD or DIP package Wide 2 , protection Remote On/Off control Fully RoHS compliant 3-year product warranty The TDR -2 series is a , excellent immunity against environmental influences make these converters very reliable. A TDR -2 converter , Output current max. Efficiency typ. TDR 2-0511 5.0 VDC 400 mA 80 % TDR 2-0512


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PDF CH-8002 TCK-046 TCK-059 SM 8002 sm 20521 J-STD-020D TCK-063 TDR2 1812MLCC
1998 - 2041-6204-00

Abstract: Hewlett-Packard transistor microwave velocity of propagation of FR4 Tektronix Type 453 11801A macom CITS500S SD24 11801B 3.81mm connector
Text: 4.3 TDR DIRECT RAMBUSTM (28 ) IMPEDANCE CALIBRATION . 13 4.3.1 Direct , 4.6.1 TDR Method , .38 3 TDR DIRECT RAMBUSTM (28 OHM) IMPEDANCE CALIBRATION . 39 3.1 Airline , the line to avoid perturbations from the reflected TDR pulse. · Route the traces straight, without no bends. Bends can induce ringing on the TDR pulse reducing measurement accuracy. ·


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6551 acia

Abstract: sy 6551 a tv heck no code for echo
Text: , see Table 1. T ran sm it Data Register The Transm it Data Register ( TDR ), in co n ju n ctio n w ith , rd in the TDR into the TSR and tra n sm it it. If th e TD R is w ritten to more th an once w h ile in , data w ritte n to th e TDR w ill not be transm itted until echo mode is disabled and the tran sm itter , are Vm & V il fo r inputs and V qh & V ol fo r outputs. TxC (XTAL1 TRAN SM IT CLOCK INPUT) TxD , should be connected to ground or to a logic high. The input state does not a ffe ct the tran sm itter or


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PDF MD65SC51B D65SC51B 1/16th 6551 acia sy 6551 a tv heck no code for echo
2005 - ipc 8109

Abstract: MLX75031 MLX75308
Text: with Integrated LED Drivers 8.11.4 SM – Start Measurement , LSB MISO MOSI MR MSB MUX NOP NRM OSC OTR POR RCO RO RR RSLP RSTBY SCLK SM SNR SPI


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PDF MLX75031 16bit ISO14001 39010xxxxx Jan/13 ipc 8109 MLX75031 MLX75308
2008 - RDR 4A

Abstract: R4F20203 crb 455 SSR SYMBOL H4B1
Text: address of the table and the destination address is specified as the address of TDR in SCI3_1. The event , writes data for transmission to TDR of SCI3_1, which proceeds with consecutive transmission. When all 32 , Canceller Available SMR H'FF0550 BRR H'FF0551 SCR3 H'FF0552 TDR H'FF0553 SSR H'FF0554 RDR , _2/IrRxD BRR_2 H'FF0559 TXD_2/IrTxD SCR3_2 H'FF055A TDR _2 H'FF055B SSR_2 H'FF055C RDR_2 H'FF055D , Available RXD_3 BRR_3 H'FF0561 TXD_3 SCR3_3 H'FF0562 TDR _3 H'FF0563 SSR_3 H'FF0564 RDR


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PDF H8S/20103, H8S/20203, H8S/20223 H8S/20103 R4F20103) H8S/20203 R4F20203) RDR 4A R4F20203 crb 455 SSR SYMBOL H4B1
Not Available

Abstract: No abstract text available
Text: Time Stop Pulse Width S ym bo l Tdin Tdr Wsp Min. 7 27 18 Typ. 8 30 18.6 Max. 9 33 19 U nit ms ms ms C , Ends (continued) (0 I I I Sm I_ 4 STACSTB) or STO C STB) Sm V A V A Sm V A Sm Y-A Sm (g) STACSTB) - STACSTB) n (h) n X ST , signal of TRGn must be longer than Tdr . This can prevent incorrect deactivation of the voice section by , will appear immediately after the falling edge of TRGn, with a delay o f Tdr (key release debounce). In


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PDF UM5106B 24-pin UM5106BH 5106BH UM5106B 24LDIP
1313N

Abstract: No abstract text available
Text: ) PULSE CONFIDENTIAL & PROPRIETARY PRODUCT DESCRIPTION MDL,SIN,1 00D,1:1 , SM ,TU PS DRAWING - , 15 TDR EC ElVE RD+ 3 O1 : 1 " ° 14- T X - - 1 8 dB MIN - 12+20*LOG|0 (f/80 MHz) dB , PROPRIETARY PRODUCT DESCRIPTION_ PS DRAWING_ SHEET: MDL.SIN.100D.1:1 , SM ,TU 2 DWG. NO


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PDF H1313NL f/200) 1313N
TDA 9370

Abstract: tda 7830 TDA 9370 with pin voltages tda 9370 ic tda 4558 ic tda 9370 L 9790 TDA 4844 ic tda 4558 0/TDA 9370 with pin voltages
Text: . 4. 5. 6. 7. 8. TxC is TR xC o r RTxC, w hich e ver is su pp lying th e tra n sm it d o ck. Both R T , te r a p p lie s o n ly to F M encoding/decoding. P a ra m e te r a p p lie s o n ly fo r tra n sm , tica l to c h ip P C L K requirem ents. The m a xim um re ceive o r tra n sm it data is 1/4 PCLK. E x , 6 7a 7b 8 9 10 S ym b ol T d R X C (R E Q ) T d R X C (W ) TdR X C (S Y ) T d R X C (IN T ) T d T X , (R D ) TsC E h(R D ) Tw R D I TdR D (D R A ) TdR D r(D R ) T d R D f(D R ) TdR D (D R z) D escription


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PDF Am85C30 10216F/1 TDA 9370 tda 7830 TDA 9370 with pin voltages tda 9370 ic tda 4558 ic tda 9370 L 9790 TDA 4844 ic tda 4558 0/TDA 9370 with pin voltages
6-DFN AO

Abstract: QFN-24 QFN-36 SMR101 SSOP-16 10001 c
Text: IC // / V D D 2 .7 - 5 .5 V D C /D C 1 V th 1 C hannel 1 O u tp u t Feed 1 E n a b le D C /D C 2 V th 4 Feed 2 V th 3 E n a b le V th 2 C hannel 2 O u tp u t D C /D C 3 Feed 3 E n a b le C hannel 3 O u tp u t D C /D C 4 Feed 4 Td1 Td2 Td3 Channel 4 O u tp u t E n a b le Tdr R e s e t# G ro u n d Sense 2 EN 3 , # O u tp u t SM S11 / SMS11 Y 4 4 A N 4 4 EEPROM EN


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PDF SMS11 SSOP-16 QFN-36 SMR101 OT-23 TEL045-476-2045http 6-DFN AO QFN-24 QFN-36 SMR101 SSOP-16 10001 c
Z80 CPU PHYSICAL DIMENSIONS LCC

Abstract: No abstract text available
Text: Functions R ead R eg ister F u nction s W rite R eg ister F u nction s RRO T ra n sm it/R ece ive b uffe r , ith e r channel) R eceive p ara m e te rs and control T ra n sm it/R ece ive m iscellaneous para m e te rs and m odes T ra n sm it para m e te rs and controls S ync ch a ra cte r or S D LC a ddress , set) T ra n sm it buffe r M aster interrupt control and reset (accessed th ro u gh e ither channel) M


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PDF Am85C30 8530s Am8530H 85C30 Z80 CPU PHYSICAL DIMENSIONS LCC
Not Available

Abstract: No abstract text available
Text: ground 25.7780 ns 25.2780 ns t — ► O signal SM ; Conne 26.2780 ns TDR plot , Reflectometry ( TDR ) plot shown below, note the connector exhibits an almost ideal, 50 ohm characteristic


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PDF CER41
acia 6850 baud rate generator

Abstract: 6850 acia ACIA 6850
Text: double buffered thus a second character can be loaded into the TDR before the first character has been , first character has been transmitted. Before loading the TDR , the status register should be checked to , ( TDR ) Address: 00 R /W : Write After a write operation is performed the transmit data register em , in the TDR if the status register has not been properly checked. Parity Error (SR6) PE is a , a rity c h e ck T ra n sm it m a rk lo r o d d , (0 2 = 1) space fo r even, (0 2 = 0) 1 M


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PDF USC68HC551 acia 6850 baud rate generator 6850 acia ACIA 6850
MC68B52

Abstract: MC6852 MC6852P MC68B52P MC68A52 0/SSDA-7020 C6852 M6800 MC68A52P bit 3501
Text: -byte transfer can occur; when "0", the TDR A and RDA bits indicate when a 2-byte transfer can occur. SM /DTR , .Transmit Data vssC Rx DataC Rx CLK [ Tx CLK [ sm /dTrc Tx Data [ ÎRQC TUF [ RÊSËTC csE RS[ 11 VCC[12 PIN , Output Capacitance Tx Data, SM /DTR, TUF (Vin = 0,TA = 25°C,f=1.0MHz) IRQ Gout - - 10 5.0 pF MOTOROLA , . _ Other I/O lines, in addition to Clear-to-Send (CTS) and Data Carrier Detect (DCD), include SM /DTR , are reset to zero, causing the SM /DTR output to be high. 3. The Error Interrupt Enable (EIE) bit is


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PDF MC6852 M6800 DS9494-R3A1 Al1756-5 MC68B52 MC6852P MC68B52P MC68A52 0/SSDA-7020 C6852 MC68A52P bit 3501
Supplyframe Tracking Pixel