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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
TMS470M_HALCOGEN Texas Instruments TMS470M HAL Code Generator tool
HALCOGEN Texas Instruments HAL Code Generator tool
TP11CGRA0 TE Connectivity Ltd PUSHBUTTON SWITCH, SPST, MOMENTARY, 0.02A, 20VDC, THROUGH HOLE-RIGHT ANGLE
TP11CGRA204 (1825095-4) TE Connectivity Ltd Pushbutton Switches; TP11CGRA204 ( Alcoswitch )
TP11CGPC2 TE Connectivity Ltd PUSHBUTTON SWITCH, SPST, MOMENTARY, 0.02A, 20VDC, THROUGH HOLE-STRAIGHT
TP11FGPC0 TE Connectivity Ltd PUSHBUTTON SWITCH, SPDT, MOMENTARY, 0.02A, 20VDC, THROUGH HOLE-STRAIGHT

tp11 alco Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2001 - SMD J37

Abstract: r500 smd CN-MII-40P-RA-M R53 SOT223 semiconductor R53 SOT223 tp11 alco smd pushbutton footprint SMD 0805 res smd r51 Push Button of SMD
Text: , FITNESS FOR A PARTICULAR USE AND NON-INFRINGEMENT. Augat Alco TP11 Pulse National Semiconductor


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PDF DP83847 SMD J37 r500 smd CN-MII-40P-RA-M R53 SOT223 semiconductor R53 SOT223 tp11 alco smd pushbutton footprint SMD 0805 res smd r51 Push Button of SMD
1996 - MXO-55GA-2C

Abstract: CTS MXO-55GA-2C MC74HCT374N TM27C512 1N4004 MOTOROLA MC74F08N TTL 74ls74 74ls74 pin configuration MC74LS74 mxo 40-2
Text: 090320102, Secma Inc. 41 1 SPDT switch S2 ATIDG-RA-1, Alco Switch 42 1 SPDT switch S3 TP11FG-RA-0, Alco Switch 43 1 HEX rotary switch S1 350134GSV, EECO 44 1 , TP11 COMP PD0 PD1 PD2 PD3 PD4 PD5 PD6 PD7 PD8 PD9 PD10 PD11 PD12 PD13 PD14 PD15


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PDF TMC22061 TMC22091 CCIR-601 CCIR601-Format TMC22x91 TMC22091/TMC22191 TMC22290/TMC22291 TMC22061P7C DS70022061 MXO-55GA-2C CTS MXO-55GA-2C MC74HCT374N TM27C512 1N4004 MOTOROLA MC74F08N TTL 74ls74 74ls74 pin configuration MC74LS74 mxo 40-2
1998 - MC74HCT374N

Abstract: 1N4004 MOTOROLA tp11 alco mc74f08n 74F163 74LS74 SPECIFICATIONS 74ls74 pin configuration motorola 74LS74 NSH-36SB-S1-TR ICA286STG30
Text: . 41 1 SPDT switch S2 ATIDG-RA-1, Alco Switch 42 1 SPDT switch S3 TP11FG-RA-0, Alco Switch 43 1 HEX rotary switch S1 350134GSV, EECO 44 1 PLCC socket PLCCB , E5 TERM C52 330pF E4 TERM TP11 COMP J2 CHROMINANCE J5 S-VIDEO J3 LUMINANCE


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PDF TMC22061 TMC22091 CCIR-601 CCIR601-Format TMC22x91 TMC22091/TMC22191 TMC22290/TMC22291 TMC22061P7C DS300022061 MC74HCT374N 1N4004 MOTOROLA tp11 alco mc74f08n 74F163 74LS74 SPECIFICATIONS 74ls74 pin configuration motorola 74LS74 NSH-36SB-S1-TR ICA286STG30
Not Available

Abstract: No abstract text available
Text: -17 for additional ratings. ELECTRICAL LIFE: TP11 , TP21 MODELS: 60,000 make-and-break cycles at full load , "bottom-wash" PCB cleaning methods. Switch Function TP11 SPST Off-Mom. TP12 SPDT On-Mom. TP21 DPST Off-Mom , on opposite side SCHEMATIC TP11 SP OFF MOM. OPEN 1-3 SPST TP12 ON MOM. 2-1 2-3 SPDT SPDT Omit terminal 2 for TP11 models. Part number shown: TP12SHZQE Terminal , MOUNTING Omit center holes for TP11 models Not available with MS9 bushing or K, L, P, or R contact


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PDF cycle432502263, 432XXXXXX)
2008 - TP12SH9ABE

Abstract: A-20 RS-186E
Text: , heat stabilized or diallyl phthalate (DAP), (UL 94V-0). ELECTRICAL LIFE: TP11 , TP21 MODELS: 60,000 , terminal seal and are compatible with all "bottom-wash" PCB cleaning methods. Switch Function TP11 SPST , opposite side C&K marking on opposite side TP11 OFF MOM. OPEN 1-3 TP12 ON MOM. 2-1 SCHEMATIC 2-3 SPST SP SPDT SPDT Omit terminal 2 for TP11 models. Terminal Nos , MOUNTING Omit center holes for TP11 models Not available with MS9 bushing or P or R contact


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PDF 432XXXXXX) TP12SH9ABE A-20 RS-186E
2007 - Not Available

Abstract: No abstract text available
Text: : TP11 , TP21 MODELS: 60,000 make-and-break cycles at full load. TP12 MODELS: 30,000 cycles. CAP & , “bottom-wash” PCB cleaning methods. Switch Function TP11 SPST Off-Mom. TP12 SPDT On-Mom. TP21 DPST , marking on opposite side TP11 OFF MOM. OPEN 1-3 TP12 ON MOM. 2-1 SCHEMATIC 2-3 SPST SP SPDT SPDT Omit terminal 2 for TP11 models. Terminal Nos. For Reference , Omit center holes for TP11 models Not available with MS9 bushing or P or R contact material


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PDF 432XXXXXX)
2011 - marking code V3

Abstract: No abstract text available
Text: DC. See page A-19 for additional ratings. ELECTRICAL LIFE: TP11 , TP21 MODELS: 60,000 make-and-break , and are compatible with all "bottom-wash" PCB cleaning methods. Switch Function TP11 SPST Off-Mom , opposite side SCHEMATIC TP11 SP OFF MOM. OPEN 1-3 SPST TP12 ON MOM. 2-1 2-3 SPDT SPDT Omit terminal 2 for TP11 models. Part number shown: TP12SHZQE Terminal Nos , DP SP DP PC MOUNTING Omit center holes for TP11 models Not available with MS9 bushing


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PDF 432XXXXXX) marking code V3
2010 - A-20

Abstract: RS-186E pushbutton panel low
Text: , flame retardant, heat stabilized or diallyl phthalate (DAP), (UL 94V-0). ELECTRICAL LIFE: TP11 , TP21 , cleaning methods. Switch Function TP11 SPST Off-Mom. TP12 SPDT On-Mom. TP21 DPST Off-Mom. Actuator , . CONNECTED TERMINALS POS. 1 POS. 2 C&K marking on opposite side C&K marking on opposite side TP11 , SPDT Omit terminal 2 for TP11 models. Terminal Nos. For Reference Only Part number shown , SOLDER LUG WIRE WRAP DP SP DP SP DP PC MOUNTING Omit center holes for TP11


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PDF 432XXXXXX) A-20 RS-186E pushbutton panel low
marking code sh8

Abstract: No abstract text available
Text: DC. See page A-19 for additional ratings. ELECTRICAL LIFE: TP11 , TP21 MODELS: 60,000 make-and-break , and are compatible with all "bottom-wash" PCB cleaning methods. Switch Function TP11 SPST Off-Mom , opposite side SCHEMATIC TP11 SP OFF MOM. OPEN 1-3 SPST TP12 ON MOM. 2-1 2-3 SPDT SPDT Omit terminal 2 for TP11 models. Part number shown: TP12SHZQE Terminal Nos , DP SP DP PC MOUNTING Omit center holes for TP11 models Not available with MS9 bushing


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PDF 432XXXXXX) marking code sh8
2010 - marking sh8

Abstract: marking code sh8
Text: -19 for additional ratings. ELECTRICAL LIFE: TP11 , TP21 MODELS: 60,000 make-and-break cycles at full load , "bottom-wash" PCB cleaning methods. Switch Function TP11 SPST Off-Mom. TP12 SPDT On-Mom. TP21 DPST Off-Mom , MODEL NO. C&K marking on opposite side C&K marking on opposite side SCHEMATIC TP11 SP , for TP11 models. Part number shown: TP12SHZQE Terminal Nos. For Reference Only DP TP21 , holes for TP11 models Not available with MS9 bushing or P or R contact material. Third Angle


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PDF C02263, 432XXXXXX) marking sh8 marking code sh8
TP21SHZQE

Abstract: pushbutton panel low RS-186E TP12SHZQE
Text: material: 1 AMP @ 120 V AC or 28 V DC. See page A-13 for additional ratings. ELECTRICAL LIFE: TP11 , TP21 , "bottom-wash" PCB cleaning methods. Switch Function TP11 (STD.) SPST Off-Mom. TP12 (STD.) SPDT On-Mom , side CONNECTED TERMINALS POS. 1 POS. 2 SCHEMATIC C&K marking on opposite side TP11 , SPDT Omit terminal 2 for TP11 models. Terminal Nos. For Reference Only Part number shown , center holes for TP11 models Not available with MS9 bushing or K, L or M contact material. Third


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PDF 432XXXXXX) TP21SHZQE pushbutton panel low RS-186E TP12SHZQE
2005 - DSX151GA

Abstract: 1u 5V NJM2527FR2 TP20 TP393 NJM2527 ga220 GC120 tp190v 332PN-2636BS
Text: TP5, SG11 applied to TP9, SG2 applied to TP11 , define the each amplitude (BLK-WHT) at SW7=H, and , to TP28, SG10 applied to TP5, SG11 applied to TP9, SG2 applied to TP11 , 1.5V applied to TP38, 3.2V , applied to TP5, SG11 applied to TP9,SG2 applied to TP11 , 1.5V applied to TP38, 3.2V applied to , ) at SW27=H,TP27=5V SW13=H, TP13(B)=0V,TP27=2.5V,SG2 applied to TP11 , SG11 applied to TP9, SG3 , CONDITION (TP=IC Pin No.) SG11 applied to TP9, SG2 applied to TP11 , 0.7V applied to TP38,SG6 (3.579545MHz


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PDF NJM2527 NJM2527 NJM2527FR2 DSX151GA 1u 5V NJM2527FR2 TP20 TP393 ga220 GC120 tp190v 332PN-2636BS
TP12SH9AVBE

Abstract: 10PDT 6PDT switch A77 marking marking code V3
Text: ELECTRICAL LIFE: TP11 , TP21 MODELS: 60,000 make-and-break cycles at full load. TP12 MODELS: 30,000 cycles , "bottom-wash" PCB cleaning methods. Switch Function TP11 SPST Off-Mom. TP12 SPDT On-Mom. TP21 DPST Off-Mom , POS. 2 C&K marking on opposite side C&K marking on opposite side TP11 OFF MOM. OPEN , TP11 models. Terminal Nos. For Reference Only Part number shown: TP12SHZQE DP TP21 OFF , Omit center holes for TP11 models Not available with MS9 bushing or P or R contact material


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PDF
1998 - CCIR-656-format

Abstract: ICA203STG ICA-286-S-TG MXO-55GA-2C MC74LS74 MC10125P 74LS05 inverter PLCCB-44-PS-T 5 pin sip resistor 4.7k rotary encoder schematic
Text: Inc. 59 1 SPDT switch S3 ATIDG-RA-1, Alco Switch 60 1 SPDT Push button switch S2 TP11FG-RA-0, Alco Switch 61 1 HEX rotary switch S1 350134GSV, EECO 62 1 , 1.235V 3.3K R22 VCC TP11 VV VCC R18 4.75K TP12 PDC 2 5 6 RES DCK 7


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PDF TMC2063 TMC22091 TMC2490 CCIR-656-format TMC22091 TMC22091, TMC2490 TMC2063P7C ICA203STG ICA-286-S-TG MXO-55GA-2C MC74LS74 MC10125P 74LS05 inverter PLCCB-44-PS-T 5 pin sip resistor 4.7k rotary encoder schematic
1996 - MXO-55GA-2C

Abstract: PLCCB-44-PS-T CCIR-656-format CTS MXO-55GA-2C rotary encoder schematic variable resistor 5k 74ls74 pin configuration 74LS04 Hex Inverter definition 15-83-0064 10k resistor array SIP
Text: S3 ATIDG-RA-1, Alco Switch 60 1 SPDT Push button switch S2 TP11FG-RA-0, Alco Switch , AA1 R/W CS 5 R28 5K 28 4 BYPASS KEY JT[0.2] TP10 VH TP11 VV 11 78


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PDF TMC2063 TMC22091 TMC2490 CCIR-656-format TMC22091 TMC22091, TMC2490 TMC2063P7C MXO-55GA-2C PLCCB-44-PS-T CTS MXO-55GA-2C rotary encoder schematic variable resistor 5k 74ls74 pin configuration 74LS04 Hex Inverter definition 15-83-0064 10k resistor array SIP
TA8814N

Abstract: VR10
Text: amplitude at TP8 when TP11 output waveform starts to distort. 5 Gain Between I Input And Output b b a c Min , a 0.5Vp.p, 500 kHz signal into IN3. (2) Measure the amplitude at TP11 , which is Vpn- (3) Calculate , 0.5Vp.p, 3.58 MHz sine wave into TP5a. (2) Input a 0.5Vp-p, 500 kHz signal into IN3. (3) Observe a TP11 signal and measure the delay time between TP8 and TP11 . 9 I Bandwidth Switch Offset Voltage a a c a Min , . TP11


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PDF TA8814N TA8814N SDIP20-P-300-1 VR10
TA8814N

Abstract: VP12 VR10 TA8810AN VY22
Text: TP11 output waveform starts to distort. 5 Gain Between I Input And Output b b a c Min. Min. (1 , a 0.5Vp_p, 500 kHz signal into IN3. (2) Measure the amplitude at TP11 , which is Vpi . (3) Calculate , 0.5Vp_p, 3.58 MHz sine wave into TP5a. (2) Input a 0.5Vp-p, 500 kHz signal into IN3. (3) Observe a TP11 signal and measure the delay time between TP8 and TP11 . 9 I Bandwidth Switch Offset Voltage a a c a Min , . (Vc) ¿Vswi = va - vc 10 Q Bandwidth Switch Offset Voltage a a c a Min. Min. (1) Measure the TP11


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PDF TA8814N TA8814N SDIP20-P-300-1 980910EBA1 58MHz, VP12 VR10 TA8810AN VY22
TA8814N

Abstract: VR10 V20C-V20A amp 9v
Text: amplitude at TP8 when TP11 output waveform starts to distort. 5 Gain Between I Input And Output b b a c Min , ) Input a 0.5Vp.p, 500kHz signal into IN3. (2) Measure the amplitude at TP11 , which is Vpii- (3) Calculate , .p, 3.58MHz sine wave into TP5a. (2) Input a 0.5Vp.p, 500kHz signal into IN3. (3) Observe a TP11 signal and measure the delay time between TP8 and TP11 . 9 I Bandwidth Switch Offset Voltage a a c a Min. Min. (1 , ) ¿vswi=va-vc 10 Q Bandwidth Switch Offset Voltage a a c a Min. Min. (1) Measure the TP11 voltage when SW16


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PDF TA8814N TA8814N 961001EBA2 500kHz 58MHz, SDIP20-P-300-1 VR10 V20C-V20A amp 9v
selic

Abstract: M52768FP SG10 MITSUBISHI NFB
Text: MIN TYP MAX 25 AF Output VoAF 1 1 TP11 SIF IN SG16 700 mVrms 26 AFOutput Distortion THD AF 1 1 TP11 SIF IN SG16 0.8 % 27 Limiting Sensitivity LIM 1 1 TP11 SIF IN SG17 42 dBfj 12 28 AM Rejection AMR 1 1 TP11 SIF IN SG18 55 dB 13 29 AF S/N AF S/N 1 1 TP11 SIF IN SG19 62 dB 14 ^ENESAS , Sensitivity: LIM 1. Input SG17 to SIF IN, and measure the 400Hz component level of AF output TP11 . 2. Input SG20 to SIF IN, and measure the 400Hz component level of AF output TP11 . 3. The input limiting


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PDF
2000 - mm1024a

Abstract: MM1024AF MM1024 TP10 SG-1 package
Text: Voltage gain GV1 TP11 Differential gain DG1 TP10 Differential phase DP1 TP10 Frequency characteristic fc1 TP11 Voltage gain GV2 TP8 Differential gain DG2 TP9 , YOUT CT1 CT2 TP7 TP11 Crosstalk 3 PB YOUT CT3 TP11 Crosstalk 4 PB Superimpose , .Voltage gain GV1, GV2, GV3 Given SG-1 input as V1 and TP11 output signal as V2, GV1 is obtained as follows , , fC3 For the same conditions as the GV1 measurement, given TP11 output for 0.1MHz as V3, and for 5MHz


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PDF MM1024 mm1024a MM1024AF MM1024 TP10 SG-1 package
Not Available

Abstract: No abstract text available
Text: ) Measure the amplitude at TP11 , which is Vpi ]. (3) Calculate : . Min. Min. SW4 MEASUREMENT , amplitude at TP8 when TP11 output waveform starts to distort. (1) Input a 0.5Vp_p, 500kHz signal into , .p, 3.58MHz sine w ave into TP5a. (2) Input a 0.5Vp.p, 500kHz signal into IN3. (3) Observe a TP11 signal and measure the delay time between TP8 and TP11 . (1) Measure the TP12 voltage is a. (Va) (2) Measure the TP12 voltage is c. (Vc) 4 V sw i= V a - V c (1) Measure the TP11 voltage is a. (Va) (2


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PDF TA8814N TA8814N 961001EBA2 500kHz 58MHz, SDIP20-P-300-1
MM1029AF

Abstract: TP10 MM1029 mm1029a
Text: power supply voltage VCC Measurement circuit VCC Id - GV1 TP11 Differential gain DG1 TP10 Differential phase DP1 TP10 Frequency characteristic fc1 TP11 Video , Crosstalk 4 PB Superimpose CT1 CT2 CT3 CT4 TP7 TP11 TP11 TP7 V insertion level Y VMCY , -1 input as V1 and TP11 output signal as V2, GV1 is obtained as follows. The same applies for GV2 and GV3 , measurement, given TP11 output for 0.1MHz as V3, and for 5MHz as V1, FC1 is obtained as follows. The same


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PDF MM1029 MM1029AF TP10 MM1029 mm1029a
2000 - MM1029

Abstract: mm1029a MM1029AF TP10
Text: power supply voltage VCC Measurement circuit VCC Id - GV1 TP11 Differential gain DG1 TP10 Differential phase DP1 TP10 Frequency characteristic fc1 TP11 Video , Crosstalk 4 PB Superimpose CT1 CT2 CT3 CT4 TP7 TP11 TP11 TP7 V insertion level Y VMCY , -1 input as V1 and TP11 output signal as V2, GV1 is obtained as follows. The same applies for GV2 and GV3 , measurement, given TP11 output for 0.1MHz as V3, and for 5MHz as V1, FC1 is obtained as follows. The same


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PDF MM1029 MM1029 mm1029a MM1029AF TP10
2000 - Not Available

Abstract: No abstract text available
Text: , Ta=25°C, VCC=5.0V, pulse level 0V, SW1 : A, SW2 : B) Measurement circuit VCC TP11 TP10 TP10 TP11 TP8 , 115 2.1 2.1 2.1 165 2.3 1.5 0.4 uc t VMCY VMCV VCHY VCHV VTH1 VTH2 VTH3 VSEPA TP7 TP11 TP11 TP7 , GV1, GV2, GV3 Given SG-1 input as V1 and TP11 output signal as V2, GV1 is obtained as follows. The , For the same conditions as the GV1 measurement, given TP11 output for 0.1MHz as V3, and for 5MHz as V1 , appear on TP11 are, respectively, VTH1 and VTH2. st o CT4=20LOG V10 [dB] V9 be


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PDF MM1029 OP-16A MM1029AF) 20LOG 20LOG
2003 - RFAGC10

Abstract: M611 M61111FP SG10
Text: output level @TV mode VoAF1 1 TP11 Pin8 SG20 SW8=2 400 700 1000 mVrms 33 AF output level @FM mode VoAF2 1 TP11 Pin8 SG21 SW2=2 455 800 1140 mVrms 34 AF output THD @TV mode THDAF1 1 TP11 Pin8 SG20 SW8=2 - 0.4 0.9 % 35 AF output THD @FM mode THDAF2 1 TP11 Pin8 SG21 SW2=2 - 0.4 , A/N2 55 60 - dB 14 38 Limiting sensitivity LIM 1 TP11 Pin8


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PDF M61111FP REJ03F0014-0100Z M61111FP RFAGC10 M611 SG10
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