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XC3130A-4PC44I Rochester Electronics LLC Field Programmable Gate Array, 100 CLBs, 1500 Gates, 227MHz, CMOS, PQCC44, PLASTIC, LCC-44
XC3130A-3PC44C Rochester Electronics LLC Field Programmable Gate Array, 100 CLBs, 1500 Gates, 270MHz, CMOS, PQCC44, PLASTIC, LCC-44
XC3130A-3PC84C Rochester Electronics LLC Field Programmable Gate Array, 100 CLBs, 1500 Gates, 270MHz, CMOS, PQCC84, PLASTIC, LCC-84
XC3130A-4VQ64I Rochester Electronics LLC Field Programmable Gate Array, 100 CLBs, 1500 Gates, 227MHz, CMOS, PQFP64, PLASTIC, VQFP-64
XC3130A-3VQ64C Rochester Electronics LLC Field Programmable Gate Array, 100 CLBs, 1500 Gates, 270MHz, CMOS, PQFP64, PLASTIC, VQFP-64
XC3130A-4VQ64C Rochester Electronics LLC Field Programmable Gate Array, 100 CLBs, 1500 Gates, 227MHz, CMOS, PQFP64, PLASTIC, VQFP-64

P51-1500-S-F-D-4.5OVP-000-000 datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
P51-1500-S-F-D-4.5OVP-000-000 P51-1500-S-F-D-4.5OVP-000-000 ECAD Model SSI Technologies Pressure Sensors, Transducers, Sensors, Transducers, SENSOR 1500PSI 1/4-18NPT .5-4.5V Original PDF

P51-1500-S-F-D-4.5OVP-000-000 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Not Available

Abstract: No abstract text available
Text: 26 * * * * 27 28 29 30 DIMENSIONS (NOTE2) CAT. NO. SFD 4 R-2ST_ SFD 5 R-2ST_ SFD 6 R-2ST_ SFD 7 R-2ST_ SFD 8 R-2ST_ SFD 9 R-2ST_ SFD 10 R-2ST_ SFD 1 1 R~2ST_ SFD 12 R-2ST_ SFD 13 R-2ST_ SFD 14 R-2ST_ SFD 15 R-2ST_ SFD 16 R-2ST_ SFD 17 R-2ST, SFD 18 R -2ST, SFD 19 R-2ST, SFD 20R-2ST_ SFD 21 R-2ST_ SFD 22R-2ST_ SFD 23R-2ST, SFD24R-2ST_ SFD25R-2ST, SFD 26R-2ST_ SFD27R-2ST, SFD 28R-2ST_ SFD 29R-2ST_ SFD 30R-2ST, A±02 1205 13.30 1455 15.80 17.05 1830 1955 20.80 22.05 2330 2455 25.80 27.05 2830


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PDF SFD21R-pgTEl JSA92945-1 JSA92385-2 JSA92384-1 JSA91234-1 JSA91235-1 20R-2ST_ 22R-2ST_
21R2S

Abstract: 28R2S
Text: , Engineering Section CAT. NO. & DIMENSIONS NO. OF (N0TE3) CONTACTS DIMENSIONS (N0TE2) CAT. NO. SFD 4 R-2ST_ SFD 5 R-2ST_ SFD 6 R-2ST_ SFD 7 R-2ST_ SFD 8 R-2ST_ SFD 9 R-2ST, SFD 10 R-2ST, SFD 1 1 R-2ST, SFD 12 R-2ST_ SFD 13 R-2ST_ SFD 14 R-2ST_ SFD 15 R-2ST_ SFD 16 R-2ST_ SFD 17 R-2ST_ SFD 18 R-2ST_ SFD 19 R-2ST_ SFD 20R-2ST_ SFD 21 R-2ST_ SFD 22R-2ST_ SFD 23R-2ST_ SFD24R-2ST_ SFD25R-2ST_ SFD26R-2ST_ SFD27R-2ST_ SFD 28R-2ST_ SFD 29R-2ST_ SFD 30R-2ST_ A * 02 B*Q2 12.05 13.30 1455 15.80


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PDF SFD21R- JSA92945-1 JSA92384-1 JSA92946-1 JSA92385-2 JSA91234-1 JSA91235-1 20R-2ST_ 22R-2ST_ 23R-2ST_ 21R2S 28R2S
22R-2ST

Abstract: 21R2S
Text: CAT. NO. & DIMENSIONS N O . OF (NOTE3) CONTACTS DIMENSIONS (NOTE2) CAT. NO. SFD 4 R-2ST_LF SFD 5 R-2ST_LF SFD 6 R-2ST_LF SFD 7 R-2ST_LF SFD 8 R-2ST_LF SFD 9 R-2ST_LF SFD 1 0 R-2ST_LF SFD 1 1 R-2ST_LF SFD 1 2 R-2ST_LF SFD 1 3 R-2ST_LF SFD 1 4 R-2ST_LF SFD 1 5 R-2ST_LF SFD 1 6 R-2ST_LF SFD 1 7 R-2ST_LF SFD 1 8 R-2ST_LF SFD 1 9 R-2ST_LF SFD 20R-2ST_LF SFD 2 1 R-2ST_LF SFD 22R-2ST_LF SFD 23 R-2ST_LF SFD 24 R-2ST_LF SFD 25R-2ST_LF SFD 26R-2ST_LF SFD 27 R-2ST_LF SFD 28R-25T_LF SFD 29R-2ST_LF SFD 30R-2ST


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PDF 20R-2ST 22R-2ST 25R-2ST 26R-2ST_ 28R-25T 29R-2ST 30R-2ST_ J06-0498 11/Z7/ 21R2S
"Pressure Transducers" p51 50

Abstract: 734-1104-ND MG-15-A-9V-R MG1-3000-A-9V-R P51-200-G-A-I36-5V-R P51-1000-A-A-I36-20MA-R 734-1004-ND 1/tef 6851 MG1-100-A-9V-R P51-100-G-A-I36-5V-R
Text: Gauge 5 15 50 75 100 200 300 500 750 1000 1500 2000 , 1500 2000 3000 5000 5 30 100 200 500 1000 3000 5000 30 100 , -1000-A-9V-R MG- 1500 -A-9V-R MG-2000-A-9V-R MG-3000-A-9V-R MG-5000-A-9V-R MG-100-A-9V-F-R MG-200-A-9V-F-R MG , -300-A-MD-R MG-500-A-MD-R MG-750-A-MD-R MG-1000-A-MD-R MG- 1500 -A-MD-R MG-2000-A-MD-R MG-3000-A-MD-R MG


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PDF MG-15-A-9V-R MG-50-A-9V-R MG-75-A-9V-R MG-100-A-9V-R MG-200-A-9V-R MG-300-A-9V-R MG-500-A-9V-R MG-750-A-9V-R MG-1000-A-9V-R MG-1500-A-9V-R "Pressure Transducers" p51 50 734-1104-ND MG-15-A-9V-R MG1-3000-A-9V-R P51-200-G-A-I36-5V-R P51-1000-A-A-I36-20MA-R 734-1004-ND 1/tef 6851 MG1-100-A-9V-R P51-100-G-A-I36-5V-R
2009 - DALSA AREA CCD

Abstract: Diode A3X
Text: TO VPS: VNS, SFD , RD VCS, SFS All other pins (except RG) VOLTAGES IN RELATION TO VNS: SFD , RD VCS, SFS, VPS All other pins (except RG) VOLTAGES IN RELATION TO SFD : RD RG Voltage 1) MIN MAX , rating levels. DC Voltage Settings DC CONDITIONS1, 2 VNS VPS SFD SFS VCS OG RD 1 2 3 MIN [V] 20 , according to test conditions. Power-up sequence: VNS, SFD , RD, VPS, all others. The difference between SFD , 33M Full-Frame CCD Image Sensor FTF5066C 25.00 R 20.00 Quantum Efficiency [%] B 15.00


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PDF FTF5066C FTF5066C 4992H DALSA AREA CCD Diode A3X
2008 - 10BROAD36

Abstract: AN1120 100Base-FX ENC MLT 227 mlt 22 627 01-80-C2-00-00-01 ethernet transformer topologies MAC layer sequence number an1120 microchip
Text: Control Information Length ( 1500 ) Type ( 1536) Preamble Start Frame Delimiter ( SFD ) Destination , ) Preamble Start Frame Delimiter ( SFD ) Destination Address (DA) Source Address (SA) Length ( 1500 ) Type , ) Start Frame Delimiter ( SFD ) Destination Address (DA) Source Address (SA) Length ( 1500 ) Type ( 1536 , -octet source address field of an Ethernet frame. SFD Start Frame Delimiter: The single octet field of an , lock onto the stream of data before the actual frame arrives. Start-of-Frame Delimiter ( SFD


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PDF AN1120 DS01120A-page 10BROAD36 AN1120 100Base-FX ENC MLT 227 mlt 22 627 01-80-C2-00-00-01 ethernet transformer topologies MAC layer sequence number an1120 microchip
transistor npn d 2058

Abstract: FTF2020 FT2020M CG1 HOYA FTF2020M ccd application vns FT202 CCD IMAGE pnp transistor 9015 Dalsa
Text: +10 mA VPS, SFD , RD -0.5 +30 V VCS, SFS -8 +5 V All other pins -5 +25 V SFD , RD -15 +0.5 V VCS, SFS, VPS -30 +0.5 V All other pins -30 , substrate P substrate 20 23 28 15 2.5 3 3.5 15 SFD Source Follower Drain , relation to SFS Power-up sequence: VNS, SFD , RD, VPS, others 4 To set the VNS voltage for optimal , measuring the dark line. 2 3 3500 Ou tput Si gn al (mV) 3000 8V/11V 2500 2000 1500


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PDF FTF2020M 2048H transistor npn d 2058 FTF2020 FT2020M CG1 HOYA FTF2020M ccd application vns FT202 CCD IMAGE pnp transistor 9015 Dalsa
2007 - FTF2020

Abstract: 2048 x 1 ccd linear array
Text: ) VOLTAGES IN RELATION TO VPS: VPS, SFD , RD VCS, SFS All other pins VOLTAGES IN RELATION TO VNS: SFD , RD VCS, SFS, VPS All other pins DC CONDITIONS2,3 VNS4 VPS SFD SFS VCS OG RD N substrate P substrate Source , exceed maximum rating levels (see note 6) All voltages in relation to SFS Power-up sequence: VNS, SFD , RD , measuring the dark line. 3500 3000 Ou tput Si gn al (mV) 8V/11V 2500 2000 1500 1000 , buffers of the FT2020M are likely to be damaged if VPS rises above SFD or RD at any time. This danger is


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PDF FTF2020M FTF2020M 2048H FTF2020s FTF2020 2048 x 1 ccd linear array
2009 - DALSA AREA CCD

Abstract: FTF5066C
Text: , SFD , RD VCS, SFS All other pins (except RG) VOLTAGES IN RELATION TO VNS: SFD , RD VCS, SFS, VPS All other pins (except RG) VOLTAGES IN RELATION TO SFD : RD RG Voltage 1) MIN MAX UNIT -40 -20 , . DC Voltage Settings DC CONDITIONS1, 2 VNS VPS SFD SFS VCS OG RD 1 2 3 MIN [V] 20 5.5 19.5 0 0 , conditions. Power-up sequence: VNS, SFD , RD, VPS, all others. The difference between SFD and RD should not , . 2500 2000 Output Signal (mV) 1500 1000 500 0 0 1 2 3 4 5 Exposure (arbitrary units


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PDF FTF5066M FTF5066M 4992H DALSA AREA CCD FTF5066C
2006 - FTF7040

Abstract: No abstract text available
Text: phase (absolute value) OUT current (no short circuit protection) VOLTAGES IN RELATION TO VPS: VNS, SFD , RD VCS, SFS All other pins VOLTAGES IN RELATION TO VNS: SFD , RD VCS, SFS, VPS All other pins -15 -30 , +20 +0.2 +10 ºC ºC V 9A mA V V V V V V DC CONDITIONS2,3 VNS VPS SFD SFS VCS OG RD 4 , : VNS, SFD , RD, VPS, all others. The difference between SFD and RD should not exceed 5V during power up , 2500 2000 1500 1000 500 0 0 1 2 3 4 5 Exposure (arbitrary units) Figure 8­ Charge handling versus


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PDF FTF7040M 7168H FTF7040M FTF7040
2008 - CG1 HOYA

Abstract: diode a4W FTF5066C ccd color Linear Image Sensor 74151 pin configuration 74131 CCD IMAGE SG-210STF 25MHZ L ccd image sensor CCD Linear Image Sensor
Text: 0 +10 mA OUT current (no short circuit protection) VOLTAGES IN RELATION TO VPS: VNS, SFD , SFD , RD -15 +0.5 V VCS, SFS, VPS -30 +0.5 V All other pins (except RG) -30 , : VOLTAGES IN RELATION TO SFD : 1) During Charge reset it is allowed to exceed maximum rating levels , ] N-substrate P-substrate 20 adjusted 28 15 5.5 6 6.5 15 SFD Source Follower , according to test conditions. Power-up sequence: VNS, SFD , RD, VPS, all others. The difference between SFD


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PDF FTF5066C 4992H CG1 HOYA diode a4W FTF5066C ccd color Linear Image Sensor 74151 pin configuration 74131 CCD IMAGE SG-210STF 25MHZ L ccd image sensor CCD Linear Image Sensor
2006 - A1W TRANSISTOR

Abstract: No abstract text available
Text: ) OUT current (no short circuit protection) VOLTAGES IN RELATION TO VPS: VNS, SFD , RD VCS, SFS All other pins VOLTAGES IN RELATION TO VNS: SFD , RD VCS, SFS, VPS All other pins VOLTAGES IN RELATION TO SFD : RD DC CONDITIONS VNS4 VPS SFD SFS VCS OG RD 2,3 FTF5066C MIN MAX UNIT -40 -20 -20 -0.2 0 , sequence: VNS, SFD , RD, VPS, all others. The difference between SFD and RD should not exceed 5V during , 15.00 G 10.00 5.00 0.00 400.00 450.00 500.00 550.00 600.00 Wavelength [nm


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PDF FTF5066C FTF5066C 4992H A1W TRANSISTOR
2009 - ftf6146

Abstract: ccd application vns FTF6146C ccd image sensor BAT74 BAS28 74ACT04 pnp transistor 9015 diode a4W ccd color Linear Image Sensor
Text: , SFD , RD -0.5 +30 V VCS, SFS -8 +5 V All other pins -20 +25 V SFD , TO SFD : RD DC CONDITIONS2,3 4 MIN [V] TYPICAL [V] MAX [V] MAX [mA] N substrate 20 24 28 15 VPS P substrate 5.5 6 6.5 15 SFD Source Follower Drain , to SFS; typical values are according to test conditions Power-up sequence: VNS, SFD , RD, VPS, all others. The difference between SFD and RD should not exceed 5V during power up or down. 4 To set the


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PDF FTF6146C 6096H ftf6146 ccd application vns FTF6146C ccd image sensor BAT74 BAS28 74ACT04 pnp transistor 9015 diode a4W ccd color Linear Image Sensor
2008 - Not Available

Abstract: No abstract text available
Text: ) OUT current (no short circuit protection) VOLTAGES IN RELATION TO VPS: VNS, SFD , RD VCS, SFS All other pins VOLTAGES IN RELATION TO VNS: SFD , RD VCS, SFS, VPS All other pins VOLTAGES IN RELATION TO SFD : RD DC CONDITIONS VNS4 VPS SFD SFS VCS OG RD 2,3 FTF5066C MIN MAX UNIT -40 -20 -20 -0.2 0 , sequence: VNS, SFD , RD, VPS, all others. The difference between SFD and RD should not exceed 5V during , 15.00 G 10.00 5.00 0.00 400.00 450.00 500.00 550.00 600.00 Wavelength [nm


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PDF FTF5066C FTF5066C 4992H
2006 - FTF6146

Abstract: image sensor
Text: phase (absolute value) OUT current (no short circuit protection) VOLTAGES IN RELATION TO VPS: VPS, SFD , RD VCS, SFS All other pins VOLTAGES IN RELATION TO VNS: SFD , RD VCS, SFS, VPS All other pins VOLTAGES IN RELATION TO SFD : RD -5 0 V -15 -30 -30 +0.5 +0.5 +0.5 V V V -0.5 -8 -20 +30 +5 +25 V V V , VNS VPS SFD SFS VCS OG RD 4 MIN [V] 20 5.5 19.5 0 0 4.75 19.5 TYPICAL [V] 24 6 20 0 0 5.0 20 , to test conditions Power-up sequence: VNS, SFD , RD, VPS, all others. The difference between SFD and


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PDF FTF6146C 6096H FTF6146C FTF6146 image sensor
2007 - diode a4W

Abstract: No abstract text available
Text: TO VPS: VNS, SFD , RD VCS, SFS All other pins VOLTAGES IN RELATION TO VNS: SFD , RD VCS, SFS, VPS All other pins VOLTAGES IN RELATION TO SFD : RD DC CONDITIONS2,3 VNS VPS SFD SFS VCS OG RD 4 FTF5033C , to test conditions 3 Power-up sequence: VNS, SFD , RD, VPS, all others. The difference between SFD and , FTF5033C 25.00 R 20.00 Quantum Efficiency [%] B 15.00 G 10.00 5.00 0.00 400.00 , SFD or RD at any time. This danger is most realistic during power-on or power-off of the camera. The


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PDF FTF5033C FTF5033C 4992H diode a4W
2008 - A1W diode

Abstract: No abstract text available
Text: IN RELATION TO VPS: VNS, SFD , RD VCS, SFS All other pins VOLTAGES IN RELATION TO VNS: SFD , RD VCS, SFS, VPS All other pins VOLTAGES IN RELATION TO SFD : RD DC CONDITIONS2,3 VNS VPS SFD SFS VCS OG RD 4 , values are according to test conditions 3 Power-up sequence: VNS, SFD , RD, VPS, all others. The difference between SFD and RD should not exceed 5V during power up or down. 4 To set the VNS voltage for , Sensor FTF5033C 25.00 R 20.00 Quantum Efficiency [%] B 15.00 G 10.00 5.00 0.00


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PDF FTF5033C FTF5033C 4992H A1W diode
2008 - diode a4W

Abstract: 74ACT04 BAS28 BAT74 FTF6146 FTF6146C ccd application vns transistor a4y
Text: , SFD , RD -0.5 +30 V VCS, SFS -8 +5 V All other pins -20 +25 V SFD , TO SFD : RD DC CONDITIONS2,3 4 MIN [V] TYPICAL [V] MAX [V] MAX [mA] N substrate 20 24 28 15 VPS P substrate 5.5 6 6.5 15 SFD Source Follower Drain , to SFS; typical values are according to test conditions Power-up sequence: VNS, SFD , RD, VPS, all others. The difference between SFD and RD should not exceed 5V during power up or down. 4 To set the


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PDF FTF6146C 6096H diode a4W 74ACT04 BAS28 BAT74 FTF6146 FTF6146C ccd application vns transistor a4y
2007 - a4w transistor

Abstract: No abstract text available
Text: TO VPS: VPS, SFD , RD VCS, SFS All other pins VOLTAGES IN RELATION TO VNS: SFD , RD VCS, SFS, VPS All other pins VOLTAGES IN RELATION TO SFD : RD DC CONDITIONS2,3 VNS VPS SFD SFS VCS OG RD 4 FTF5033C , to test conditions 3 Power-up sequence: VNS, SFD , RD, VPS, all others. The difference between SFD and , 20.00 Quantum Efficiency [%] B 15.00 G 10.00 5.00 0.00 400.00 450.00 500.00 , protection The output buffers of the FTF5033C are likely to be damaged if VPS rises above SFD or RD at any


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PDF FTF5033C FTF5033C 4992H a4w transistor
2008 - ccd color Linear Image Sensor

Abstract: CCD Linear Image Sensor diode a4W FTF5033C Diode Mark D10 N10 5717 a1w* transistor image sensor A1W TRANSISTOR BC860C
Text: current (no short circuit protection) VOLTAGES IN RELATION TO VPS: VNS, SFD , RD -0.5 +30 V VCS, SFS -8 +5 V All other pins (except RG) -20 +25 V SFD , RD -15 +0.5 , 0 V RG Voltage 0 +30 V VOLTAGES IN RELATION TO VNS: VOLTAGES IN RELATION TO SFD , adjusted 28 15 5.5 6 6.5 15 SFD Source Follower Drain 19.5 20 20.5 4.5 , sequence: VNS, SFD , RD, VPS, all others. The difference between SFD and RD should not exceed 5V during


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PDF FTF5033C 4992H ccd color Linear Image Sensor CCD Linear Image Sensor diode a4W FTF5033C Diode Mark D10 N10 5717 a1w* transistor image sensor A1W TRANSISTOR BC860C
2009 - FTF7040M

Abstract: 74ACT04 BAS28 BG40 ccd application vns Dalsa
Text: , SFD , RD -0.5 +30 V VCS, SFS -8 +5 V All other pins -20 +25 V SFD , substrate 1 3 7 SFD Source Follower Drain 19.5 20 20.5 4.5 SFS Source , maximum rating levels (see note 6). All voltages in relation to SFS. 3 Power-up sequence: VNS, SFD , RD, VPS, all others. The difference between SFD and RD should not exceed 5V during power up or down. 4 , 3 3500 Output Signal (mV) 3000 2500 2000 8V/11V 1500 1000 500 0 0 1 2 3


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PDF FTF7040M 7168H 74ACT04 BAS28 BG40 ccd application vns Dalsa
2006 - FTF4052M

Abstract: FTF4052 BAS28 FTF4052C diode a4W A1W diode transistor a4z 03FCG261 BG40 BAT74
Text: +10 mA VPS, SFD , RD -0.5 +30 V VCS, SFS -8 +5 V All other pins -5 +25 V SFD , RD -15 +0.5 V VCS, SFS, VPS -30 +0.5 V All other pins -30 , RELATION TO SFD : RD DC CONDITIONS 2,3 V TYPICAL [V] 24 MAX [V] 28 MAX [mA] N substrate P substrate MIN [V] 20 5.5 6 6.5 15 SFD Source Follower Drain 19.5 20 , ; typical values are according to test conditions Power-up sequence: VNS, SFD , RD, VPS, all others. The


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PDF FTF4052M 4008H FTF4052M FTF4052 BAS28 FTF4052C diode a4W A1W diode transistor a4z 03FCG261 BG40 BAT74
2009 - FTF4052M

Abstract: FTF4052 tp 4056 datasheet tp 4056 pnp transistor 9015 Melles Griot image sensor sample hold BAS28 BAT74 BG40
Text: +10 mA VPS, SFD , RD -0.5 +30 V VCS, SFS -8 +5 V All other pins -5 +25 V SFD , RD -15 +0.5 V VCS, SFS, VPS -30 +0.5 V All other pins -30 , RELATION TO SFD : RD DC CONDITIONS 2,3 V TYPICAL [V] 24 MAX [V] 28 MAX [mA] N substrate P substrate MIN [V] 20 5.5 6 6.5 15 SFD Source Follower Drain 19.5 20 , relation to SFS; typical values are according to test conditions Power-up sequence: VNS, SFD , RD, VPS, all


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PDF FTF4052M 4008H FTF4052M FTF4052 tp 4056 datasheet tp 4056 pnp transistor 9015 Melles Griot image sensor sample hold BAS28 BAT74 BG40
2009 - UHE-3.3

Abstract: UHE-5/5000-Q12-C uhe-12/2500-q48 UHE-5/5000-Q48 P51 transistor P-51 2500-Q12-C 125VOUT
Text: low VOUT Thermal shutdown, I/O protected 1500 Vdc I/O BASIC Insulation UL/EN60950-1 certified


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PDF 0A/30W) 2-30W t6000-D48THL2-Y 12-30W UHE-3.3 UHE-5/5000-Q12-C uhe-12/2500-q48 UHE-5/5000-Q48 P51 transistor P-51 2500-Q12-C 125VOUT
2000 - ML63512A

Abstract: ML63514A TQFP48 TQFP64 48TQFP FJDL63512A TXC-2 OSC P9250
Text: .91.8VVDD1.83.5V VSS0VTa-2070 [V] LDOUT Min. Max. bit3 bit2 bit1 bit0 1440/ 1500 ×VDD VDD OFF 1 1 1 1 1306/ 1500 ×VDD 1366/ 1500 ×VDD 1 0 1 1 1190/ 1500 ×VDD 1250/ 1500 ×VDD 1 0 1 0 1074/ 1500 ×VDD 1134/ 1500 ×VDD 1 0 0 1 958/ 1500 ×VDD 1018/ 1500 ×VDD 1 0 0 0 842/ 1500 ×VDD 902/ 1500 ×VDD 0 1 1 1 726/ 1500 ×VDD 786/ 1500 ×VDD 0 1 1 0 610/ 1500 ×VDD 670/ 1500 ×VDD 0 1 0 1 494/ 1500


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PDF FJDL63512A-03 ML63512A/63514A ML63512A/ML63514A0 L63512A/ML63514ACPUnX-4/250OLMS-63KM63512 ML63512AML63514A 48TQFP64TQFP ML63512A/ML63514A 768kHz CR30k80kHz ML63512A4K ML63512A ML63514A TQFP48 TQFP64 48TQFP FJDL63512A TXC-2 OSC P9250
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