长江连接器A2008系列
长江连接器A2012系列
A
Dimensions B C
4.50 6.50 8.50 10.50 12.50 14.50 16.50 18.50 20.50 22.50 24.50 26.50 28.50 30.50 32.50 8.00 10.00 12.00 14.00 16.00 18.00 20.00 22.00 24.00 26.00 28.00 30.00 32.00 34.00 36.00
Dimensions A B
2.00 4.00 6.00 8.00 10.00 12.00 14.00 16.00 18.00 20.00 22.00 24.00 26.00 28.00 30.00 8.00 10.00 12.00 14.00 16.00 18.00 20.00 22.00 24.00 26.00 28.00 30.00 32.00 34.00 36.00 Unit: mm
2.70±0.10
PART NO.
A2012WV-S-2P A2012WV-S-3P A2012WV-S-4P A2012WV-S-5P A2012WV-S-6P A2012WV-S-7P A2012WV-S-8P A2012WV-S-9P A2012WV-S-10P A2012WV-S-11P A2012WV-S-12P A2012WV-S-13P A2012WV-S-14P A2012WV-S-15P A2012WV-S-16P
A±0.20 2.00±0.10
2.00mm pitch 90° Wafer-SMT TYPE
1.45±0.05
1.80
5.00±0.10
1.00±0.05 3.80±0.05 2.70
2.00±0.05 A±0.20 P.C.B LAYOUT B±0.25 5.20±0.20 0.40
CJT长江连接器A2508系列
A
B
A2508WV-2P 2.50 7.50
A2508WV-3P 5.00 10.00
A2508WV-4P 7.50 12.50
A2508WV-5P A2508WV-6P
10.00 15.00 12.50 17.50
A2508WV-7P 15.00 20.00
A2508WV-8P 17.50 22.50
Insulator:Nylon 66 ,UL94V-0 *Suitable CJT A2508 series Terminal *Mates with CJT A2508 series Housing *Color:White
Circuit 1
2.50±0.50
+0.10
Ø0.90- 0 P.B.C LAYOUT
*Color:White
A±0.20
2.50±0.20
Ø0.95
2.50±0.20
3.20±0.20
B±0.25
CHANGJIANG CONNECTORS
12.60±0.25 9.20±0.20
P.C.B LAYOUT 7.60±0.20
A-195
Ordering Information & Dimensions:
2.50mm pitch wire to board connector
A2508WV-F
2.50mm Pitch 180° Wafer
Reference Informations:
*Material:Pin:Brass/Tin over Nickel
Insulator:Nylon 66 ,UL94V-0
A2508-GP
AWG#22-#28 1.90mm(max)
CJT长江连接器A2543系列
7.62
10.76
A2543HA-5P
10.16
13.30
A2543HA-6P
12.70
15.84
A2543HA-7P
15.24
18.38
A2543HA-8P
17.78
20.92
A2543HA-9P
20.32
23.46
A2543HA-10P
22.86
26.00
A2543HA-11P
25.40
28.54
A2543WV-16P
38.10
40.64
A2543WV-17P
40.64
43.18
A2543WV-18P
43.18
45.72
A2543WV-19P
45.72
48.26
A2543WV-20P
48.26
50.80
A2543WV-21P
A2543HA-12P
27.94
31.08
A2543HA-13P
30.48
33.62
A2543HA-14P
32.02
36.16
A2543HA-15P
35.56
38.70
A2543HA-16P
38.10
41.24
A2543HA-17P
40.64
43.78
A2543HA-18P
43.18
46.32
A2543HA-19P A2543HA-20P
30.48
33.62
A2543H-14P
32.02
36.16
A2543H-15P
35.56
38.70
A2543H-16P
38.10
JSCJ长晶长电开关二极管
ESD VDS VGS ID VGS(TH)RDS(mΩ)@VGS RDS(mΩ)@VGS RDS(mΩ)@VGS RDS(mΩ)@VGS Part Number Type ProcessYes/No V V A V10V Typ10V Max 4.5V Typ 4.5V Max CJAC100SN08Single-N Trench No80-1.666667100 1.0~2.5 2.9 3.9 4.3 6.2CJAB40SN10N SGT No100±2040 1.88.51311172N7000Single-N Trench No60-0.20.8~3-5000-60002N7002Single-N Trench No60±200.1151~2.59002500110030002N7002K Single-N Trench Yes60±200.341~2.59002500110030002N7002K Single-N Trench Yes60±200.341~2.59002500110030002N7002KW Single-N Trench Yes60±200.341~2.59002500110030002N7002T Single-N Trench No60±200.1151~2.59002500110030002N7002W Single-N Trench No60±200.1151~2.59002500110030002N7002X Single-N Trench No60±200.1151~2.59002500110030002SK1658Single-N Trench Yes30±70.10.9~1.5--5000100002SK3018Single-N Trench Yes30±200.10.8~1.5--500080002SK3019Single-N Trench Yes30±200.10.8~1.5--380080002SK3541Single-N Trench Yes30±200.10.8~1.5--50008000BSS123Single-N Trench No100±200.171~2.835006000380010000BSS138Single-N Trench No50±200.220.8~1.5880350015006000BSS138W Single-N Trench No50±200.220.8~1.5880350015006000CJ1012Single-N Trench Yes20±120.50.45~1.2--250700CJ2102Single-N Trench No20±8 2.10.65~1.2--5968CJ2302Single-N Trench No20±8 2.10.65~1.2--3560CJ2302S Single-N Trench No20±8 2.10.65~1.2--3560CJ2304Single-N Trench No30±20 3.31~2.237605775CJ2306Single-N Trench No30±20 3.161~338475265CJ2310Single-N Trench No60±2030.5~28210591125CJ2312Single-N Trench No20±850.45~1--1831.8CJ2324Single-N Trench No100±202 1.2~2.8195234208278CJ3134K Single-N Trench Yes20±120.750.35~1.1270380CJ3134K Single-N Trench Yes20±120.750.35~1.1--270380CJ3134KW Single-N Trench Yes20±120.750.35~1.1--260380CJ3144KW Single-N Trench Yes30±120.60.5~1.5--320500 CJ3400Single-N Trench No30±12 5.80.7~1.429353240 CJ3400A Single-N Trench No30±12 5.80.7~1.429323238 CJ3402Single-N Trench No30±1240.6~1.433553970 CJ3404Single-N Trench No30±20 5.81~323303142 CJ3406Single-N Trench No30±20 3.61~3406572105 CJ3420Single-N Trench No20±1260.5~119242227 CJ3434Single-N Trench Yes30±1050.6~132.5423544 CJ4153Single-N Trench Yes20±60.9150.45~1.1--300570 CJ8810Single-N Trench Yes20±1270.4~115.5261627 CJ8820Single-N Trench Yes20±1270.5~1.116.72118.724 CJP80N07Single-N Trench No70±25802~4 6.68--CJQ10SN15Single-N Trench No150±2010 2.0~4.03042CJAC65SN10Single-N SGT No100±20651~2.58.91112.117 CJAC70N03Single-N Trench No30±20701~2.5 4.3- 6.1-CJU60SN08Single-N Trench No80±20601~4 6.37CJQ13N04Single-N Trench No40±2013 1.2~2.59.71212.717 CJB150SN10Single-N SGT No100-1.666667150 1.2~2.5 3.4 3.7 4.76 CJB120SN08Single-N SGT No80-1.666667120 1.0~2.5 2.9 3.9 4.1 6.2 CJP120SN08Single-N SGT No80-1.666667120 1.0~2.5 3.2 3.9 4.5 6.2 2N7002KL Single-N Trench No60±200.341-3500-3200 CJAB25SN06Single-N Trench No65+20/-12V251~2.513.5162330 CJQ18SN06Single-N SGT No60±2018 1.0~2.5 5.5 6.5710 2SK3018Single-N Trench Yes30±200.10.8~1.5--50008000 CJAC150N03Single-N Trench No30±20150 1.2~2.5 1.62 2.1 2.7 CJD80SN10S Single-N SGT No100±2080 1.0~2.58.59.812.514 CJA03N10Single-N Trench No100±2031~2-140--CJU110N03Single-N Trench No30±20110 1.0~2.54 5.5610 CJB85SN08Single-N SGT No80±2085 2.0~4.0 5.5 6.8--CJB95N07Single-N Trench No65±2595 2.0~4.0 6.68--CJB92N07Single-N Trench No75±2592 2.0~4.078--CJAC90SN12Single-N SGT No120±20902~4 5.4 6.8--CJAB25N04S Single-N Trench No40±20251~2.57.59.410.515 CJL02N10Single-N Trench No100±2021~380100--CJPF130SN10Single-N SGT No100±201302~456--CJP110SN10Single-N SGT No100±201101~2.58.510--CJV01N65B Single-N Planar No650±2012~4-14000--CJBB3134K Single-N Trench No20±120.750.35~1.1--250500 CJU15N10Single-N Trench No100±20151~380100--CJU20N06Single-N Trench No60±20201~33745--CJU10N10Single-N Trench No100±209.6 1.2~2.5115140--CJU04N65Single-N Planar No650±3042~423003000--CJU02N65Single-N Planar No650±2022~438004400--CJU01N80Single-N Planar No800±3013~5-13500--CJU30N03Single-N Trench No30±20301~2.29141125 CJU30N10Single-N Trench No100±2030 1.3~2.52431--CJU40N10Single-N Trench No100±20402~41417--CJU40SN06Single-N SGT No60±2040 1.4~2.411141421 CJU4410Single-N Trench No30±207.51~3813.511.520 CJU4828Single-N Trench No60±20 4.51~337566077 CJU50N06Single-N Trench No60±2050 1.5~2.51720--CJU50SN10Single-N SGT No100±20501~2.516.522--CJU55N02Single-N Trench No20±12550.4~1.2 5.88710 CJU60N04Single-N Trench No40±2060 1.2~2.581310.520 CJU70SN10Single-N SGT No100±20701~2.59121015 CJU75N06Single-N Trench No60±20752~49.111.5--CJU80N03Single-N Trench No30±20801~3 4.5 6.5 6.310 CJU80N07Single-N Trench No65±25802~4 6.68--CJAC200SN04Single-N SGT No40±202001~30.86 1.1--CJAC140SN04Single-N SGT No40±201401~3 1.6 2.2--CJAB20SN06Single-N SGT No60±2020 1.1~2.5899.713 CJAC110N03Single-N Trench No30±20110 1.0~2.5 1.8 2.4 3.5 4.3CJAC80N03Single-N Trench No30±20801~2.5 3.1 4.2 4.57.3 CJAC75SN10Single-N SGT No100±20751~2.57.81010.116 CJAC50N06Single-N Trench No60±25502~4 5.38CJP50N06Single-N Trench No60±2050 1.5~2.51720--CJAC110SN10Single-N SGT No100±201102~445--CJAC13TH06Single-N SGT No60±201301~2.5 2.233 4.5 CJAC10TH10Single-N SGT No100±201001~2.5 5.888.510 CJAC40N04Single-N Trench No40±20401~2.57.29.51016 CJAC40N03Single-N Trench No30±20401~2.5 4.5 6.57.210.5 CJAC35N03Single-N Trench No30±20351~3 5.37812 CJAC20N10Single-N Trench No100±2020 1.3~2.526313040 CJAC20N03Single-N Trench No30±20201~38.5121218 CJM3005Single-N Trench Yes30±1050.6~132423544 CJMN2012Single-N Trench No20±10120.35~1--1015 CJM2004Single-N Trench No20±10150.5~1--67.5 CJAC10H02Single-N Trench No20±121000.5~1.2-- 1.52 CJQ12SN06Single-N SGT No60±2012 1.4~2.411141421 CJQ14SN06Single-N SGT No60±2014 1.0~2.59.71412.818 CJQ20N03Single-N Trench No30±20201~2.5 3.1 4.2 4.57.3 CJQ4406Single-N Trench No30±20101~37.8121116 CJQ4410Single-N Trench No30±207.51~3913.51220 CJQ4438Single-N Trench No60±208.21~318222536 CJP130SN10Single-N SGT No100±201302~4 4.35--CJQ08N03Single-N Trench No30±1280.5~1.513181625 CJP80N03Single-N Trench No30±20801~3 5.1 6.57.110 CJQ07N10Single-N Trench No100±207 1.2~325283038 CJP12N65Single-N Planar No650±30122~4700850--CJP10N65Single-N Planar No650±30102~47001000--CJP08N65Single-N Planar No650±3082~411001400--CJP07N65Single-N Planar No650±307.42~411001300--CJP04N65Single-N Planar No650±3042~425003000--CJP02N80Single-N Planar No800±30 2.43~5-6300--CJP02N65Single-N Planar No650±2022~438004400--CJPF12N65Single-N Planar No650±30122~4700850--CJPF10N65Single-N Planar No650±30102~47501000--CJPF08N80Single-N Planar No800±3083~511801450--CJPF08N65Single-N Planar No650±3082~412001400--CJPF07N65Single-N Planar No650±307.42~411001300--CJPF05N65Single-N Planar No650±3052~422002400--CJBA3541K Single-N Trench Yes30±120.60.8~1.5--320500 CJPF04N80Single-N Planar No800±3043~521003000--CJPF04N65Single-N Planar No650±3042~425003000--CJPF03N80Single-N Planar No800±3033~4.532004200--CJPF02N65Single-N Planar No650±2022~438004400--CJBA7002K Single-N Trench Yes60±200.41 1.3~2.31200150013001800 CJD04N65Single-N Planar No650±3042~423003000--CJD02N65Single-N Planar No650±2022~438004400--CJB130SN10Single-N SGT No100±201302~4 4.35--CJB110SN10Single-N SGT No100±20110 1.0~2.58.5109.514 CJB40N20Single-N Trench No200±2040 2.0~4.036.441--CJBA3134K Single-N Trench Yes20±120.750.35~1.1--250500 CJAA3134K Single-N Trench Yes20±120.750.35~1.1---380 CJW1012Single-N Trench Yes20±120.50.45~1.2--250700 CJAB40SN10Single-N SGT No100±2040 1.4~2.59131217 CJAB60N03Single-N Trench No30±20601~2.5 2.9 4.2 4.27.3 CJAB55N03Single-N Trench No30±20551~2.5 3.6 5.5 5.99.5 CJAB40N03Single-N Trench No30±20401~2.5 4.5 6.57.210.5 CJAB25N04Single-N Trench No40±20251~2.57.29.51016 CJAB35N03Single-N Trench No30±20351~3 5.37812 CJAB25N03Single-N Trench No30±20251~3 5.5101014 CJAB20N07Single-N Trench No20±10300.4~1.5-- 6.37 CJAB20N03Single-N Trench No30±20201~38.5121218CJE3134K Single-N Trench Yes20±120.750.35~1.1--260380 CJT04N15Single-N Trench No150±204 1.5~2.5130160--CJA03N10S Single-N Trench No100±2031~3113140--CJA9452Single-N Trench No20±1240.6~1.518382050 CJK8804Single-N Trench Yes20±1270.5~19.81310.514 CJK3400AH Single-N Trench No30±12 5.80.7~1.419272032 CJK3400A Single-N Trench No30±12 5.80.7~1.429323238 CJK1508Single-N Trench Yes15±1280.5~17.79.58.610.5PackagePDFNWB5×6-8L PDFNWB3.3×3.3-8L TO-92SOT-23TO-92SOT-23SOT-323SOT-523SOT-323SOT-89-3LSOT-323SOT-323SOT-523SOT-723SOT-23SOT-23SOT-323SOT-523SOT-323SOT-23SOT-23SOT-23SOT-23SOT-23SOT-23SOT-23SOT-23SOT-723SOT-323SOT-323SOT-23SOT-23SOT-23SOT-23SOT-23SOT-23SOT-23SOT-523SOT-23SOT-23TO-220-3L-CSOP8PDFNWB5x6-8L-D PDFNWB5x6-8L-D TO-252-2LSOP8TO-263-2LTO-263-2LTO-220-3L-CSOT-23PDFNWB3.3×3.3-8L SOP8SOT-23PDFNWB5×6-8LTO-251SSOT-89-3LTO-252-2LTO-263-2LTO-263-2LTO-263-2LPDFNWB5×6-8L PDFNWB3.3x3.3-8L SOT-23-6LTO-220FTO-220-3LTO-92DFN1006-3L-ATO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2LTO-252-2L PDFNWB5x6-8L-C PDFNWB5x6-8L-C DFNWB3×3-8L PDFNWB5×6-8LPDFNWB5×6-8L PDFNWB5×6-8L PDFNWB5×6-8L TO-220-3L-C PQFNWB5×6-8L PQFNWB5×6-8L PQFNWB5×6-8L PDFNWB5×6-8L PDFNWB5×6-8L PDFNWB5×6-8L PDFNWB5×6-8L PDFNWB5×6-8L DFNWB2×2-6L-J DFNWB2×2-6L-J DFNWB2×2-6L-J PDFNWB5×6-8L SOP8SOP8SOP8SOP8SOP8SOP8TO-220-3L-C SOP8TO-220-3L-C SOP8TO-220-3LTO-220-3LTO-220-3LTO-220-3LTO-220-3LTO-220-3LTO-220-3LTO-220FTO-220FTO-220FTO-220FTO-220FTO-220FDFN1006-3LTO-220FTO-220FTO-220FTO-220FDFN1006-3LTO-251STO-251STO-263-2LTO-263-2LTO-263-2LDFN1006-3L WBFBP-03ESOT-323 PDFNWB3.3x3.3-8L PDFNWB3.3x3.3-8L PDFNWB3.3x3.3-8L PDFNWB3.3x3.3-8L PDFNWB3.3x3.3-8L PDFNWB3.3x3.3-8L PDFNWB3.3x3.3-8L PDFNWB3.3x3.3-8L PDFNWB3.3x3.3-8LSOT-523 SOT-223 SOT-89-3L SOT-89-3L SOT-23-3L SOT-23-3L SOT-23-3L SOT-23-3L。
CJT长江连接器A3965系列
3.96mm pitch 180° Wafer
7.92±0.10
7.80±0.25
Ø1.80±0.10 P.C.B LAYOUT
C±0.25
B±0.25
8.45±0.25 10.00±0.25
Ordering Information & Dimensions:
Circuit 1 7.80±0.25
3.96mm pitch 90° Wafer
3.96±0.10
Ø1.80±0.10 P.C.B LAYOUT
Ordering Information & Dimensions:
3.65
3.96±0.10 A±0.20
PART NO.
A3965WR-2P A3965WR-3P A3965WR-4P A3965WR-5P A3965WR-6P A3965WR-7P A3965WR-8P A3965WR-9P A3965WR-10P A3965WR-11P A3965WR-12P A3965WR-13P A3965WR-14P A3965WR-15P
Unit:mm
Qty/reel 3,000 PCS 3,000 PCS 3,000 PCS 3,000 PCS
Optional Gold plating available but MOQ requested
A3965H
Reference Informations: *Material:Nylon 66,UL94V-0 *Suitable CJT A3965 series Terminal *Mates with CJT A3965 series Wafer *Color:White
CJT长江连接器A2547系列
StandardsVoltage rating:250V AC,DCTemperature range:-40°C~+105°CContact resistance:20mΩMax.E326732 Insulation resistance:1000MΩMin.Withstanding voltage:1500V AC/minute*Compliant with RoHS and REACH**Meet the HF/Halogen Free,need to customize*Reference Informations:*Used in CJT A2547HA A2547HB series HousingUnit:mmSEC:C-CSEC:D-DReference Informations:*Used in CJT A2547 series HousingUnit:mmSEC:A-AOdering Information:A2547-TP(GP)-D - ** 1 21.Part No.2.Finish:(blank) - 24 AWG 26 - 26 AWG 28 - 28 AWG 22 - 22 AWG*Used in CJT A2547HM,A2547H-2,A2547HE Single Row,A2547HF series HousingUnit:mmSEC:C-CSEC:D-D*Used in CJT A2547HM,A2547H-2,A2547HE Single Row,A2547HF series HousingUnit:mmReference Informations:*Material:PBT30%GF , UL94V-0*Suitable CJT A2547-T A2547-T-C A2547-T-Dseries Terminal *Mates with CJT A2547 series single row Housing or A2547 series single row Wafer *Color:BlackReference Informations:*Material:PBT30%GF , UL94V-0*Suitable CJT A2547 A2547M series Terminal *Mates with CJT A2547 series single row Housing or A2547 series single row Wafer *Color:Black2P3P Reference Informations:*Material:PBT30%GF , UL94V-0*Suitable CJT A2547-T A2547M-T A2547-T-C A2547-T-D series Terminal*Color:BlackReference Informations:*Material:PBT , UL94V-0*Suitable CJT A2547-B series Terminal*Mates with CJT A2547 series single row Wafer *Color:BlackReference Informations:*Material:PBT30%GF , UL94V-0*Suitable CJT A2547-T A2547M-T A2547-T-C A2547-T-D series TerminalUnit: mmReference Informations:*Material:Nylon 66 , UL94V-0*Suitable CJT A2547 series Terminal *Mates with CJT A2547HMC-2P Housing *Color:WhiteReference Informations:*Material:Nylon 66 , UL94V-0*Suitable CJT A2547 series Terminal *Mates with CJT A2547HMD-2P Housing *Color:BlackUnit: mmReference Informations:*Material:Nylon 66 , UL94V-0*Suitable CJT A2547M series Terminal *Mates with CJT A2547HD-2P Housing *Color:WhiteUnit: mmOrdering Information & Dimensions:A2547WVA-F1-XP - * 1 2*Material:Pin:Brass/Gold over Nickel Insulator:PBT , UL94V-0Odering Information: A2547WVE-XP - * 1 2 1.Part No.Reference Informations:*Material:Pin:Brass/Gold over Nickel Insulator:PBT , UL94V-0 *Mates with CJT A2547HJ seriesSingle Row Housing*Color:Black2P~3P4P~32PUnit: mm Ordering Information & Dimensions:Reference Informations:Ordering Information & Dimensions:2P~3P 4P-6P 2P-6P7P~32P7P-32POrdering Information & Dimensions:Unit: mmReference Informations:*Material:Pin:Brass/Gold over NickelInsulator:PBT30%GF , UL94V-0*Mates with CJT A2547 series Dual row Housing *Color:GrayOrdering Information & Dimensions:Reference Informations:*Material:Pin:Brass/Gold over NickelInsulator:PBT30%GF , UL94V-0*Mates with CJT A2547H series Dual row Housing *Color:GrayOrdering Information & Dimensions:。
CJT长江连接器A4001系列
A4001-T-L
Unit:mm
Finish Tin over Nickel Gold over Nickel Tin over Nickel Gold over Nickel
Qty/reel 5,000 PCS 5,000 PCS 8,000 PCS 8,000 PCS
A4001M-T
4.00mm pitch Crimp Terminal
0.80 2.10 1.85
3.20 3.20 3.10 3.25
Standards
E326732
E326732
12.05 REF.
12.05 REF.
12.80 REF.
wire to board
20.00 REF.
wire to wire
CHANGJIANG CONNECTORS
A-364
13.85 REF.
21.80
Unit: mm
3.20±0.25
Circuit 1
A±0.20
B±0.25
CHANGJIANG CONNECTORS
1.00 8.80±0.25
2.55±0.20 0.75
A-368
3.60±0.20
Ordering Information & Dimensions:
PART NO.
A4001H-3P-A A4001H-5P-A
1.20
1.55 0.40±0.05
Ordering information & Specifications:
Part NO. A4001-TP A4001-GP A4001-TP-L A4001-GP-L
Wire Range AWG#18-#22 AWG#18-#22 AWG#22-#28 AWG#22-#28
CJT长江连接器A3502系列
Dimensions
A
B
7.00
12.60
14.00
19.60
21.00
26.60
28.00
33.60
35.00
40.60
42.00
47.60
49.00
54.60
Unit: mm
4.60±0.25
1.80±0.25
SEC:B-B
1.90 2.80±0.20
4.00±0.25
Ordering information & Specifications:
Part NO. A3502-TB A3502-TP A3502-GB A3502-GP
Wire Range AWG#22-#28 AWG#22-#28 AWG#22-#28 AWG#22-#28
Circuit 1
P.C.B LAYOUT源自7.90±0.251.50
0.30
CJTCONN
Ø1.50
14.20±0.25 10.20±0.20
A3502WR-A
3.50mm Pitch 90° WAFER
0.60 2.90
7.40±0.25
Ordering Information & Dimensions:
Dimensions
A
B
3.50
7.50
7.00
11.00
10.50
14.50
14.00
18.00
17.50
21.50
21.00
25.00
24.50
28.50
28.00
30.00
31.50
35.50
35.00
39.00
长江连接器有限公司型号释议
A,B.....：代表特殊的端子
TB：代表黄铜镀锡 TBD：代表黄铜先镀后冲
TP：代表磷铜镀锡 TPD：代表磷铜先镀后冲
GB：代表黄铜镀金
(默认的是先冲后镀)
GP：代表磷铜镀金
TBS：代表黄铜素材 TPS：代表磷铜素材
F：代表母端子 FA：代表特殊的母端子 M：代表公端子 MA：代表特殊的公端子
长江型号:3030(3.00mm间距).1001(1.00间距)
红色
Yellow
黄色
Blue
蓝色
White
白色
Gray
灰色
Brown
Hale Waihona Puke 棕色(茶色)Violet紫色
Pink
粉红色(桃红色)
Brick Red
砖红色
Natural 自然色(透明)
长江连接器有限公司型号释议
C 3030 F - TP - A - L
H：代表是高脚端子(大) L：代表低脚端子(小) HH：代表超高脚端子(大)
长江连接器有限公司型号释议
简写
H W V R S T G B P F GWT
型号释议
英文全称 Housing
Wafer Vertical 180° Right angle 90°
SMT Tin Gold flash Brass Phosphor Bronze
Foot GWT 750°
中文全称 塑胶壳
插针品(针座) 直立(直角) 垂直(弯角)
贴片 镀锡 镀金 青铜(黄铜) 磷青铜 定位脚(带柱) 灼热丝750°
简写
OR GN BK IV RD YL BL WH GY BR VI PK Brd NAT
产品颜色
CJT长江连接器A2006系列
Reference Informations: *Material:Pin:Brass/Tin over Nickel Insulator:Nylon 66,UL94V-0 *Mates with CJT A2006 series Dual Row Housing *Color:Grey
Standards
E326732
E326732
5.00
5.00
1.60
1.60
8.90 REF
1.40
11.40 REF
CHANGJIANG CONNECTORS
A-124
1.40
A2006 SERIES
2.00mm pitch wire to board connector
A2006-T
Reference Informations: *Used in CJT A2006 series Housing
7.30±0.20
Unit: mm
CHANGJIANG CONNECTORS
A-126
A2006 SERIES
2.00mm pitch wire to board connector
A2006HB-2
2.00mm pitch 90° Dual Row Housing
Reference Informations: *Material:Nylon 66,UL94V-0 *Suitable CJT A2006-T-B series Terminal *Mates with CJT A2006 series Dual Row Wafer *Color:White
CJT长江连接器A1501系列
A-61
2.80±0.20 4.50±0.25
4.10±0.20 8.40±0.25
Ordering Information & Dimensions:
PART NO.
A1501HM-2P A1501HM-3P A1501HM-4P A1501HM-5P A1501HM-6P A1501HM-7P A1501HM-8P A1501HM-9P A1501HM-10P A1501HM-11P A1501HM-12P A1501HM-13P
PART NO.
A1501WV-2P A1501WV-3P A1501WV-4P A1501WV-5P A1501WV-6P A1501WV-7P A1501WV-8P A1501WV-9P A1501WV-10P A1501WV-11P A1501WV-12P A1501WV-13P A1501WV-15P
A1501WV-S
1.50mm pitch 180° Wafer-SMT TYPE
Reference Informations: *Material:Pin:Brass/Tin over Nickel
Solder Tabs:Brass/Gold over Nickel Insulator:Nylon 6T,UL94V-0 Cap:Nylon 6T,UL94V-0 *Mates with CJT A1501 series Housing *Color:Ivory
Circuit 1
Ordering Information:
A1501WV-.Part No.
2.Color:
(blank):Brown
WH:White
1.50±0.05
1.50±0.10 A±0.20
CJT长江连接器A1257系列
1.25mm pitch wire to board connector
Specifications
Current rating:1A AC,DC Voltage rating:50V AC,DC Temperature range:-40°C~+105°C Contact resistance:30m Max. Insulation resistance:100M Min. Withstanding voltage:500V AC/minute *Compliant with RoHS and REACH* *Meet the HF/Halogen Free,need to customize* *Contact CJT for details*
2.80±0.20 A±0.20 1.25±0.10
1.25mm pitch Housing
3.55±0.25
Ordering Information & Dimensions:
PART NO.
A1257H-2P A1257H-3P A1257H-4P A1257H-5P A1257H-6P A1257H-7P A1257H-8P A1257H-9P A1257H-10P A1257H-11P A1257H-12P A1257H-13P A1257H-14P A1257H-15P
Dimensions A B
1.25 2.50 3.75 5.00 6.25 7.50 8.75 10.00 11.25 12.50 13.75 15.00 16.25 17.50 3.75 5.00 6.25 7.50 8.75 10.00 11.25 12.50 13.75 15.00 16.25 17.50 18.75 20.00
长江连接器A2011系列
Circuit 1
+0.05 Ø0.80-0.00 P.C.B LAYOUT
Ordering Information & Dimensions
PART NO.
A2011WV-2P A2011WV-3P A2011WV-4P A2011WV-5P A2011WV-6P A2011WV-7P A2011WV-8P A2011WV-9P A2011WV-10P A2011WV-11P A2011WV-12P A2011WV-13P A2011WV-14P A2011WV-15P
B±0.25
5.00±0.25
5.00±0.25
PIN 0.50 SQ
0.80
A2011WR
Reference Informations: *Material:Pin:Brass/Tin over Nickel Insulator:Nylon 66,UL94V-0 *Mates with CJT A2011 series Housing *Color:Black PIN 0.50 SQ
4.80±0.10
Circuit 1
3.30±0.10
Reference Informations: *Material:Pin:Brass/Tin over Nickel Solder Tabs: Brass/Tin over Nickel Insulator:Nylon 6T,UL94V-0 *Mates with CJT A2011 series Housing *Color:Ivory
Dimensions A B
2.00 4.00 6.00 8.00 10.00 12.00 14.00 16.00 18.00 20.00 22.00 24.00 26.00 28.00 6.00 8.00 10.00 12.00 14.00 16.00 18.00 20.00 22.00 24.00 26.00 28.00 28.00 30.00 Unit: mm
CJT长江连接器A3963系列
Reference Informations:*Used in CJT A3963HM series HousingOrdering information & Specifications:Unit:mmReference Informations:*Material:Nylon 66,UL94V-0*Suitable CJT A3963M series Terminal *Mates with CJT A3963 series Housing *Color:WhiteOrdering Information & Dimensions: Reference Informations:*Material:Nylon 66,UL94V-0*Suitable CJT A3963 series Terminal*Mates with CJT A3963 series Wafer or CJT A3963HM HousingReference Informations:*Material:Nylon 66,UL94V-0Reference Informations:*Material:Nylon 66,UL94V-0*Suitable CJT A3963 series Terminal*Mates with CJT A3963WVB A3963WRB series Wafer Ordering Information & Dimensions:Reference Informations:Ordering Information & Dimensions:Reference Informations:*Material:Pin:Brass/Tin over Nickel Insulator:Nylon 66,UL94V-0*Mates with CJT A3963 series Housing *Color:WhiteOrdering Information & Dimensions:Ordering Information & Dimensions:Reference Informations:*Material:Pin:Brass/Tin over Nickel Insulator:Nylon 66,UL94V-0*Mates with CJT A3963HB series Housing *Color:White3.96mm pitch 180° WaferReference Informations:Reference Informations:*Material:Insulator:Nylon 66,UL94V-0*Mates with CJT A3963HC series Housing *Color:RedOrdering Information & Dimensions:Reference Informations:*Material:Pin:Brass/Tin over NickelInsulator:Nylon 66,UL94V-0*Mates with CJT A3963 series HousingReference Informations:*Material:Pin:Brass/Tin over NickelInsulator:Nylon 66,UL94V-0*Mates with CJT A3963 series Housing*Color:WhiteP.C.B LAYOUTPIN 1.14 SQOrdering Information & Dimensions: PIN 1.14 SQOrdering Information & Dimensions:P.C.B LAYOUTReference Informations:*Material:Pin:Brass/Tin over Nickel Insulator:Nylon 66,UL94V-0*Mates with CJT A3963HB series Housing *Color:WhiteReference Informations:*Material:Pin:Brass/Tin over NickelInsulator:PBT+30%GF,UL94V-0*Mates with CJT A3963H A3963HA series Housing *Color:White3P5～15POrdering Information & Dimensions:P.C.B LAYOUT3PReference Informations:*Material:Pin:Brass/Tin over NickelInsulator:PBT+30%GF,UL94V-0*Mates with CJT A3963H A3963HA series HousingOrdering Information & Dimensions:P.C.B LAYOUT。
船用标准汇编
CB 3074-1979 GB/T 11387-2008 GB/T 2884.1-2009 GB/T 2884.2-2009 GB 5979-1986 GB 5863-1993 GB 5864-1993 GB 5869-1986 GB 5741-1985 GB/T 5743-1994 GB/T 5744-1993 GB/T 5746-2001 GB/T 5745.1-1985 GB/T 5745.2-1985 GB/T 5745.3-1985 GB/T 22241-2008 GB/T 4300-1994 GB/T 4301-1992 GB/T 4450-1995 GB 4302-1984 GB 4303-1984 GB 4304-1984 GB 4305-1984 GB 5369-1985 GB 5370-1985 GB/T 3389-2008 GB/T 3027-1995 GB/T 3028-1995 GB/T 3029-1996 GB 3009-1982 GB 3032-1989 GB 3033-1982 GB 3034-1982 GB 3035-1982 GB/T 19911-2005 GB/T 19912-2005 GB/T 19916-2005 GB/T 19917-2005 GB/T 19918-2005 GB/T 19919-2005 GB/T 19920-2005 GB 9910-1988 GB 9911-1988 GB 9912-1988 GB 9913-1988 CB/T 3848-1999
运输船舶燃油消耗量长江船舶计算方法 运输船舶燃油消耗量内河船舶计算方法 船用起艇机修理技术要求 锌-铝-镉合金牺牲阳极化学分析方法 船体防污防锈漆体系 船底防污漆铜离子渗出率测定法 船舱内非危险货物产生有害气体的检测方法 船用导航雷达裂缝天线方向图测试方法 船用导航雷达波馈电系统驻波系数测试方法 船用导航设备通用要求和试验方法 船用16～125A插头插座和连接器 海道测量规范 钢筋混凝土船船体质量要求和检验方法 海船声号器具的声压级测量 金属夏比冲击断口测定方法 圆柱螺旋弹簧技术条件 船用高压双作用叶片泵 内河船舶噪声级规定 船用铸造阀件壁厚 船用机调速系统和试验方法 船用液压臂架起重机工厂试验方法 中、大功率柴油机离心铸造气缸套金相检验 船舶及海洋工程腐蚀与防护术语 航标灯光信号颜色 奥米加和差奥米加系统船用接收设备性能要求和试验方法 船用低压电力系统电缆的选择和敷设 船用罗兰C接收设备通用技术条件 船用控制气源净化装置 舰船总体技术文件编写规则 潜艇对空导航潜望镜头部球面罩装置试验方法 鱼雷用O形橡胶密封圈规格及密封结构设计方法 鱼雷战斗部静爆试验方法 鱼雷燃烧室通用规范 鱼雷产品特性分类及质量管理要求 鱼雷用ZAlSi7Mg高强度铸造铝合金 潜艇舵装置安装技术条件 潜艇重量重心控制要求 潜艇深潜试验应变测试规程 舰用中高速柴油机安装技术要求 舰船电磁计程仪通用规范 舰船无线电通信系统中心控制分系统通用规范 复合岩棉板耐火舱室第1部分：衬板、隔板和转角板 复合岩棉板耐火舱室第2部分：天花板 复合岩棉板耐火舱室第3部分：防火门 复合岩棉板耐火舱室第4部分：构架件 复合岩棉板耐火舱室第5部分：塑料装饰件
CJT长江连接器A2506系列
23.00 10.00
25.50 10.00
28.00 11.00
30.50
11.00
33.00
13.00
35.50
13.00
38.00
13.00
Unit: mm
A-186
A2506 SERIES
2.50mm pitch wire to board connector
A2506WV
2.50mm pitch 180° Wafer
Standards
E326732
E326732
7.00
1.60 15.50.REF
7.43 1.60
CHANGJIANG CONNECTORS
16.15.REF
A-185
A2506 SERIES
2.50mm pitch wire to board connector
A2506-T
2.50mm pitch Crimp Terminal
Reference Informations: *Material:Pin:Brass/Tin over Nickel
Insulator:Nylon 66,UL94V-0 *Mates with CJT A2506 series Housing *Color:Pink
C±0.20
Pin 0.64 SQ Circuit 1
DAC081C081_08中文资料
March 13, 2008 DAC081C081/ DAC081C0858-Bit Micro Power Digital-to-Analog Converter with anI2C-Compatible InterfaceGeneral DescriptionThe DAC081C081 is an 8-bit, single channel, voltage-output digital-to-analog converter (DAC) that operates from a +2.7V to 5.5V supply. The output amplifier allows rail-to-rail output swing and has an 4.5µsec settling time. The DAC081C081 uses the supply voltage as the reference to provide the widest dynamic output range and typically consumes 132µA while operating at 5.0V. It is available in 6-lead TSOT and LLP packages and provides three address options (pin se-lectable).As an alternative, the DAC081C085 provides nine I2C ad-dressing options and uses an external reference. It has the same performance and settling time as the DAC081C081. It is available in an 8-lead MSOP.The DAC081C081 and DAC081C085 use a 2-wire, I2C-com-patible serial interface that operates in all three speed modes, including high speed mode (3.4MHz). An external address selection pin allows up to three DAC081C081 or nine DAC081C085 devices per 2-wire bus. Pin compatible alter-natives to the DAC081C081 are available that provide addi-tional address options.The DAC081C081 and DAC081C085 each have a 16-bit reg-ister that controls the mode of operation, the power-down condition, and the output voltage. A power-on reset circuit ensures that the DAC output powers up to zero volts. A power-down feature reduces power consumption to less than a microWatt. Their low power consumption and small packages make these DACs an excellent choice for use in battery op-erated equipment. Each DAC operates over the extended industrial temperature range of −40°C to +125°C.The DAC081C081 and DAC081C085 are each part of a fam-ily of pin compatible DACs that also provide 12 and 10 bit resolution. F or 12-bit DACs see the DAC121C081 and DAC121C085. For 10-bit DACs see the DAC101C081 and DAC101C085.Features■Guaranteed Monotonicity to 8-bits■Low Power Operation: 156 µA max @ 3.3V■Extended power supply range (+2.7V to +5.5V)■I2C-Compatible 2-wire Interface which supports standard (100kHz), fast (400kHz), and high speed (3.4MHz) modes ■Rail-to-Rail Voltage Output■Very Small PackageKey Specifications■Resolution8 bits ■INL±0.6 LSB (max)■DNL±0.1 LSB (max)■Settling Time 4.5 µs (max)■Zero Code Error+10 mV (max)■Full-Scale Error−0.7 %FS (max)■Supply Power—Normal380 µW (3V) / 730 µW (5V) typ —Power Down0.5 µW (3V) / 0.9 µW (5V) typ Applications■Industrial Process Control■Portable Instruments■Digital Gain and Offset Adjustment■Programmable Voltage & Current Sources■Test EquipmentPin-Compatible AlternativesAll devices are fully pin and function compatible. Resolution TSOT-6 and LLP-6PackagesMSOP-8 Package w/External Reference 12-bit DAC121C081DAC121C08510-bit DAC101C081DAC101C0858-bit DAC081C081DAC081C085Connection Diagrams300523013005230230052310 I2C® is a registered trademark of Phillips Corporation.© 2008 National Semiconductor DAC081C081/ DAC081C085 8-Bit Micro Power Digital-to-Analog Converter with an I2C-Compatible InterfaceOrdering InformationOrder Code Temperature Range Package Top Mark DAC081C081CIMK −40°C ≤ T A ≤ +125°C TSOTX86C DAC081C081CIMKX −40°C ≤ T A ≤ +125°C TSOT Tape-and-ReelX86C DAC081C081CISD −40°C ≤ T A ≤ +125°C LLPX89DAC081C081CISDX −40°C ≤ T A ≤ +125°C LLP Tape-and-ReelX89DAC081C085CIMM −40°C ≤ T A ≤ +125°C MSOPX92C DAC081C085CIMMX −40°C ≤ T A ≤ +125°CMSOP Tape-and-Reel X92C DAC081C08XEBEvaluation BoardBlock Diagram30052303 2D A C 081C 081/ D A C 081C 085Pin DescriptionsSymbol Type Equivalent CircuitDescriptionV OUT Analog OutputAnalog Output Voltage.V A SupplyPower supply input. For the TSOT and LLP versions, this supply is used as the reference. Must be decoupled to GND.GNDGround Ground for all on-chip circuitry.SDADigital Input/OutputSerial Data bi-directional connection. Data is clocked into or out of the internal 16-bit register relative to the clock edges of SCL. This is an open drain data line that must be pulled to the supply (V A ) by an external pull-up resistor.SCL Digital Input Serial Clock Input. SCL is used together with SDA to control the transfer of data in and out of the device.ADR0Digital Input,three levels Tri-state Address Selection Input. Sets the two Least Significant Bits (A1 & A0) of the 7-bit slave address. (see Table 1)ADR1Digital Input,three levelsTri-state Address Selection Input. Sets Bits A6 & A3 of the 7-bit slave address. (see Table 1)V REFSupplyUnbufferred reference voltage. For the MSOP-8, thissupply is used as the reference. V REF must be free of noise and decoupled to GND.PAD (LLP only)GroundExposed die attach pad can be connected to ground or left floating. Soldering the pad to the PCB offers optimal thermal performance and enhances package self-alignment during reflow.Package Pinouts Problem COL4V OUT V A GND SDA SCL ADR0ADR1V REF PAD (LLP only)TSOT 123456N/A N/A N/A LLP 654321N/A N/A 7MSOP-886543127N/ADAC081C081/ DAC081C085Absolute Maximum Ratings(Notes 1, 2)If Military/Aerospace specified devices are required,please contact the National Semiconductor Sales Office/Distributors for availability and specifications.Supply Voltage, V A−0.3V to +6.5V Voltage on any Input Pin−0.3V to +6.5VInput Current at Any Pin (Note 3)±10 mA Package Input Current (Note 3)±20 mA Power Consumption at T A = 25°C See (Note 4)ESD Susceptibility (Note 5) V A , GND, V REF , V OUT , ADR0, ADR1 pins: Human Body Model Machine ModelCharged Device Model (CDM) SDA, SCL pins:Human Body Model Machine ModelCharged Device Model (CDM) 2500V 250V 1000V 5000V 350V 1000V Junction Temperature +150°CStorage Temperature−65°C to +150°COperating Ratings (Notes 1, 2)Operating Temperature Range −40°C ≤ T A ≤ +125°CSupply Voltage, V A+2.7V to 5.5V Reference Voltage, V REFIN+1.0V to V ADigital Input Voltage (Note 7)0.0V to 5.5VOutput Load0 to 1500 pFPackage Thermal ResistancesPackage θJA 6-Lead TSOT 250°C/W 6-Lead LLP 190°C/W 8-Lead MSOP240°C/WSoldering process m ust co m ply with National Semiconductor's Reflow Temperature Profile specifications.Refer to /packaging. (Note 6)Electrical CharacteristicsValues shown in this table are design targets and are subject to change before product release.The following specifications apply for V A = +2.7V to +5.5V, V REF = V A , C L = 200 pF to GND, input code range 3 to 252. Boldface limits apply for T MIN ≤ T A ≤ T MAX and all other limits are at T A = 25°C, unless otherwise specified.SymbolParameterConditionsTypical (Note 9)Limits (Note 9)Units (Limits)STATIC PERFORMANCEResolution 8Bits (min) Monotonicity 8Bits (min)INL Integral Non-Linearity +2.2+8LSB (max)−1.5−8LSB (min)DNL Differential Non-Linearity +0.18+0.6LSB (max)−0.12−0.5LSB (min)ZE Zero Code Error I OUT = 0+1.1+10mV (max)FSE Full-Scale Error I OUT = 0−0.1−0.7%FSR (max)GE Gain ErrorAll ones Loaded to DAC register −0.2−0.7%FSR (max)ZCED Zero Code Error Drift −20µV/°C TC GEGain Error TempcoV A = 3V −0.7ppm FSR/°C V A = 5V−1.0ppm FSR/°C ANALOG OUTPUT CHARACTERISTICS (V OUT )Output Voltage Range(Note 10)DAC081C0850V REF V (min)V (max)DAC081C0810V A V (min)V (max)ZCO Zero Code Output V A = 3V, I OUT = 200 µA 1.3 mV V A = 5V, I OUT = 200 µA 7.0 mV FSO Full Scale OutputV A = 3V, I OUT = 200 µA 2.984 V V A = 5V, I OUT = 200 µA4.989 V I OSOutput Short Circuit Current (I SOURCE )V A = 3V, V OUT = 0V, Input Code = FFFh.56 mA V A = 5V, V OUT = 0V, Input Code = FFFh.69 mA 4D A C 081C 081/ D A C 081C 085Symbol Parameter Conditions Typical(Note 9)Limits(Note 9)Units(Limits)I OS Output Short Circuit Current(ISINK)VA= 3V, VOUT= 3V, Input Code = 000h.−52mAVA= 5V, VOUT= 5V, Input Code = 000h.−75mAI O Continuous OutputCurrent (Note 10)Available on the DAC output11mA (max)C L Maximum Load CapacitanceRL= ∞1500pFRL= 2kΩ1500pFZOUTDC Output Impedance7.5ΩREFERENCE INPUT CHARACTERISTICS- (DAC081C085 only)V REF Input Range Minimum0.2 1.0V (min) Input Range Maximum V A V (max) Input Impedance120kΩLOGIC INPUT CHARACTERISTICS (SCL, SDA)VIHInput High Voltage0.7 x V A V (min)VILInput Low Voltage0.3 x V A V (max)IINInput Current±1µA (max)CINInput Pin Capacitance (Note 10)3pF (max)VHYSTInput Hysteresis0.1 x V A V (min) LOGIC INPUT CHARACTERISTICS (ADR0, ADR1)VIHInput High Voltage V A- 0.5V V (min)VILInput Low Voltage0.5V (max)IINInput Current±1µA (max) LOGIC OUTPUT CHARACTERISTICS (SDA)V OL Output Low VoltageISINK= 3 mA0.4V (max)ISINK= 6 mA0.6V (max)I OZ High-Impedence OutputLeakage Current±1µA (max)DAC081C081/ DAC081C085SymbolParameterConditionsTypical (Note 9)Limits (Note 9)Units (Limits)POWER REQUIREMENTSV ASupply Voltage Minimum 2.7V (min)Supply Voltage Maximum5.5V (max)Normal -- V OUT set to midscale. 2-wire interface quiet (SCL = SDA = V A ). (output unloaded)I ST_VA-1V A DAC081C081 Supply Current V A = 2.7V to 3.6V 105156µA (max)V A = 4.5V to 5.5V 132214µA (max)I ST_VA-5V A DAC081C085 Supply Current V A = 2.7V to 3.6V 86118µA (max)V A = 4.5V to 5.5V 98152µA (max)I ST_VREF V REF Supply Current (DAC081C085 only)V A = 2.7V to 3.6V 3743µA (max)V A = 4.5V to 5.5V 5361µA (max)P STPower Consumption(V A & V REF for DAC081C085)V A = 3.0V 380µW V A = 5.0V 730µW Continuous Operation -- 2-wire interface actively addressing the DAC and writing to the DAC register. (output unloaded)I CO_VA-1V A DAC081C081 Supply Currentf SCL =400kHzV A = 2.7V to 3.6V 134220µA (max)V A = 4.5V to 5.5V 192300µA (max)f SCL =3.4MHz V A = 2.7V to 3.6V 225320µA (max)V A = 4.5V to 5.5V 374500µA (max)I CO_VA-5V A DAC081C085 Supply Currentf SCL =400kHzV A = 2.7V to 3.6V 101155µA (max)V A = 4.5V to 5.5V 142220µA (max)f SCL =3.4MHzV A = 2.7V to 3.6V 193235µA (max)V A = 4.5V to 5.5V 325410µA (max)I CO_VREFV REF Supply Current (DAC081C085 only)V A = 2.7V to 3.6V 33.555µA (max)V A = 4.5V to 5.5V 49.571.4µA (max)P COPower Consumption(V A & V REF for DAC081C085)f SCL =400kHz V A = 3.0V 480 µW V A = 5.0V 1.06 mW f SCL =3.4MHzV A = 3.0V 810 µW V A = 5.0V 2.06 mW Power Down -- 2-wire interface quiet (SCL = SDA = V A ) after PD mode written to DAC register. (output unloaded)I PD Supply Current(V A & V REF for DAC081C085)All Power Down ModesV A = 2.7V to 3.6V 0.13 1.52µA (max)V A = 4.5V to 5.5V 0.15 3.25µA (max)P PDPower Consumption(V A & V REF for DAC081C085)All Power Down ModesV A = 3.0V 0.5 µW V A = 5.0V0.9µW 6D A C 081C 081/ D A C 081C 085A.C. and Timing CharacteristicsValues shown in this table are design targets and are subject to change before product release.The following specifications apply for VA = +2.7V to +5.5V, VREF= VA, RL= Infinity, CL= 200 pF to GND. Boldface limits applyfor TMIN ≤ TA≤ TMAXand all other limits are at TA= 25°C, unless otherwise specified.Symbol Parameter Conditions (Note 13)Typical(Note 9)Limits(Notes 9,13)Units(Limits)t s Output Voltage Settling Time(Note 10)40h to C0h code changeRL= 2kΩ, CL= 200 pF3 4.5µs (max)SR Output Slew Rate1V/µs Glitch Impulse Code change from 80h to 7Fh12nV-sec Digital Feedthrough0.5nV-sec Multiplying Bandwidth(Note 12)V REF = 2.5V ± 0.1Vpp160kHzTotal Harmonic Distortion(Note 12)VREF= 2.5V ± 0.1Vppinput frequency = 10kHz70dBt WU Wake-Up TimeVA= 3V0.8µsecVA= 5V0.5µsecDIGITAL TIMING SPECS (SCL, SDA)f SCL Serial Clock FrequencyStandard ModeFast ModeHigh Speed Mode, Cb= 100pFHigh Speed Mode, Cb= 400pF1004003.41.7kHz (max)kHz (max)MHz (max)MHz (max)t LOW SCL Low TimeStandard ModeFast ModeHigh Speed Mode, Cb= 100pFHigh Speed Mode, Cb= 400pF4.71.3160320µs (min)µs (min)ns (min)ns (min)t HIGH SCL High TimeStandard ModeFast ModeHigh Speed Mode, Cb= 100pFHigh Speed Mode, Cb= 400pF4.00.660120µs (min)µs (min)ns (min)ns (min)tSU;DAT Data Setup TimeStandard ModeFast ModeHigh Speed Mode25010010ns (min)ns (min)ns (min)tHD;DAT Data Hold TimeStandard Mode3.45µs (min)µs (max)Fast Mode0.9µs (min)µs (max)High Speed Mode, Cb= 100pF70ns (min)ns (max)High Speed Mode, Cb= 400pF150ns (min)ns (max)tSU;STA Setup time for a start or a repeatedstart conditionStandard ModeFast ModeHigh Speed Mode4.70.6160µs (min)µs (min)ns (min)tHD;STA Hold time for a start or a repeated startconditionStandard ModeFast ModeHigh Speed Mode4.00.6160µs (min)µs (min)ns (min)t BUF Bus free time between a stop and startconditionStandard ModeFast Mode4.71.3µs (min)µs (min)tSU;STO Setup time for a stop conditionStandard ModeFast ModeHigh Speed Mode4.00.6160µs (min)µs (min)ns (min)DAC081C081/ DAC081C085Symbol Parameter Conditions (Note 13)Typical (Note 9)Limits (Notes 9,13)Units (Limits)t rDARise time of SDA signalStandard Mode 1000ns (max)Fast Mode20+0.1C b300ns (min)ns (max)High Speed Mode, C b = 100pF 1080ns (min)ns (max)High Speed Mode, C b = 400pF 20160ns (min)ns (max)t fDAFall time of SDA signalStandard Mode 250ns (max)Fast Mode20+0.1C b250ns (min)ns (max)High Speed Mode, C b = 100pF 1080ns (min)ns (max)High Speed Mode, C b = 400pF 20160ns (min)ns (max)t rCLRise time of SCL signalStandard Mode 1000ns (max)Fast Mode20+0.1C b300ns (min)ns (max)High Speed Mode, C b = 100pF 1040ns (min)ns (max)High Speed Mode, C b = 400pF 2080ns (min)ns (max)t rCL1Rise time of SCL signal after arepeated start condition and after an acknowledge bit.Standard Mode1000ns (max)Fast Mode20+0.1C b300ns (min)ns (max)High Speed Mode, C b = 100pF 1080ns (min)ns (max)High Speed Mode, C b = 400pF 20160ns (min)ns (max)t fCLFall time of a SCL signalStandard Mode 300ns (max)Fast Mode20+0.1C b300ns (min)ns (max)High Speed Mode, C b = 100pF 1040ns (min)ns (max)High Speed Mode, C b = 400pF2080ns (min)ns (max)C b Capacitive load for each bus line (SCLand SDA)400pF (max)t SP Pulse Width of spike suppressed (Notes 11, 10)Fast ModeHigh Speed Mode 5010ns (max)ns (max)t outzSDA output delay (see Section 1.9)Fast ModeHigh Speed Mode873827060ns (max)ns (max)Note 1:Absolute Maximum Ratings indicate limits beyond which damage to the device may occur. Operating Ratings indicate conditions for which the device is functional, but do not guarantee specific performance limits. For guaranteed specifications and test conditions, see the Electrical Characteristics. The guaranteed specifications apply only for the test conditions listed. Some performance characteristics may degrade when the device is not operated under the listed test conditions. Operation of the device beyond the maximum Operating Ratings is not recommended.Note 2:All voltages are measured with respect to GND = 0V, unless otherwise specified.Note 3:When the input voltage at any pin exceeds 5.5V or is less than GND, the current at that pin should be limited to 10 mA. The 20 mA maximum package input current rating limits the number of pins that can safely exceed the power supplies with an input current of 10 mA to two.Note 4:The absolute maximum junction temperature (T J max) for this device is 150°C. The maximum allowable power dissipation is dictated by T J max, the junction-to-ambient thermal resistance (θJA ), and the ambient temperature (T A ), and can be calculated using the formula P D MAX = (T J max − T A ) / θJA . The values for maximum power dissipation will be reached only when the device is operated in a severe fault condition (e.g., when input or output pins are driven beyond the operating ratings, or the power supply polarity is reversed).Note 5:Human body model is a 100 pF capacitor discharged through a 1.5 k Ω resistor. Machine model is a 220 pF capacitor discharged through 0 Ω. Charge device model simulates a pin slowly acquiring charge (such as from a device sliding down the feeder in an automated assembler) then rapidly being discharged. 8D A C 081C 081/ D A C 081C 085Note 6:Reflow temperature profiles are different for lead-free packages.Note 7:The inputs are protected as shown below. Input voltage magnitudes up to 5.5V, regardless of V A , will not cause errors in the conversion result. For example, if V A is 3V, the digital input pins can be driven with a 5V logic device.30052304Note 8:To guarantee accuracy, it is required that V A and V REF be well bypassed.Note 9:Typical figures are at T J = 25°C, and represent most likely parametric norms. Test limits are guaranteed to National's AOQL (Average Outgoing Quality Level).Note 10:This parameter is guaranteed by design and/or characterization and is not tested in production.Note 11:Spike suppression filtering on SCL and SDA will supress spikes that are less than 50ns for standard-fast mode and less than 10ns for hs-mode.Note 12:Applies to the Multiplying DAC configuration. In this configuration, the reference is used as the analog input. The value loaded in the DAC Register will digitally attenuate the signal at Vout.Note 13:C b refers to the capacitance of one bus line. C b is expressed in pF units.Specification DefinitionsDIFFERENTIAL NON-LINEARITY (DNL) is the measure of the maximum deviation from the ideal step size of 1 LSB,which is V REF / 256 = V A / 256.DIGITAL FEEDTHROUGH is a measure of the energy inject-ed into the analog output of the DAC from the digital inputs when the DAC output is not updated. It is measured with a full-scale code change on the data bus.FULL-SCALE ERROR is the difference between the actual output voltage with a full scale code (FFFh) loaded into the DAC and the value of V A x 255 / 256.GAI N ERROR is the deviation from the ideal slope of the transfer function. It can be calculated from Zero and F ull-Scale Errors as GE = FSE - ZE, where GE is Gain error, FSE is Full-Scale Error and ZE is Zero Error.GLITCH IMPULSE is the energy injected into the analog out-put when the input code to the DAC register changes. It is specified as the area of the glitch in nanovolt-seconds.INTEGRAL NON-LINEARITY (INL) is a measure of the de-viation of each individual code from a straight line through the input to output transfer function. The deviation of any given code from this straight line is measured from the center of that code value. The end point method is used. INL for this product is specified over a limited range, per the Electrical Tables.LEAST SIGNIFICANT BIT (LSB) is the bit that has the small-est value or weight of all bits in a word. This value isLSB = V REF / 2nwhere V REF is the supply voltage for this product, and "n" is the DAC resolution in bits, which is 8 for the DAC081C081.MAXIMUM LOAD CAPACITANCE is the maximum capaci-tance that can be driven by the DAC with output stability maintained.MONOTONICITY is the condition of being monotonic, where the DAC has an output that never decreases when the input code increases.MOST SIGNIFICANT BIT (MSB) is the bit that has the largest value or weight of all bits in a word. Its value is 1/2 of V A .MULTIPLYING BANDWIDTH is the frequency at which the output amplitude falls 3dB below the input sine wave on V REFIN with a full-scale code loaded into the DAC.POWER EFFICIENCY is the ratio of the output current to the total supply current. The output current comes from the power supply. The difference between the supply and output cur-rents is the power consumed by the device without a load.SETTLING TIME is the time for the output to settle to within 1/2 LSB of the final value after the input code is updated.TOTAL HARMONIC DISTORTION (THD) is the measure of the harmonics present at the output of the DACs with an ideal sine wave applied to V REFIN . THD is measured in dB.WAKE-UP TIME is the time for the output to exit power-down mode. This time is measured from the rising edge of SCL during the ACK bit of the lower data byte to the time the output voltage deviates from the power-down voltage of 0V.ZERO CODE ERROR is the output error, or voltage, present at the DAC output after a code of 000h has been entered.DAC081C081/ DAC081C085Transfer Characteristic30052305FIGURE 1. Input / Output Transfer CharacteristicTiming Diagrams30052360FIGURE 2. Serial Timing Diagram 10D A C 081C 081/ D A C 081C 085Typical Performance Characteristics VREF = VA, fSCL= 3.4MHz, TA= 25°C, Input Code Range 3 to 252,unless otherwise stated.INL30052320DNL30052321INL/DNL vs Temperature at VA= 3.0V30052322INL/DNL vs Temperature at VA= 5.0V30052323INL/DNL vs VREFIN at VA= 3.0V30052324INL/DNL vs VREFINat VA= 5.0V30052325DAC081C081/ DAC081C085INL/DNL vs V A30052326Zero Code Error vs. V A30052327Zero Code Error vs. Temperature30052328Full Scale Error vs. V A30052336Full Scale Error vs. Temperature30052329Total Supply Current vs. V A30052330D A C 081C 081/ D A C 081C 085V REF Supply Current vs. V A30052331Total Supply Current vs. Temperature @ V A = 3V30052332Total Supply Current vs. Temperature @ V A = 5V300523335V Glitch Response30052334Power-On Reset30052335DAC081C081/ DAC081C0851.0 Functional Description1.1 DAC SECTIONThe DAC081C081 is fabricated on a CMOS process with an architecture that consists of switches and resistor strings that are followed by an output buffer.For simplicity, a single resistor string is shown in Figure 3.This string consists of 256 equal valued resistors with a switch at each junction of two resistors, plus a switch to ground. The code loaded into the DAC register determines which switch is closed, connecting the proper node to the amplifier. The input coding is straight binary with an ideal output voltage of:V OUT = V REF x (D / 256)where D is the decimal equivalent of the binary code that is loaded into the DAC register. D can take on any integer value between 0 and 255. This configuration guarantees that the DAC is monotonic.30052307FIGURE 3. DAC Resistor String1.2 OUTPUT AMPLIFIERThe output amplifier is rail-to-rail, providing an output voltage range of 0V to V A when the reference is V A . All amplifiers,even rail-to-rail types, exhibit a loss of linearity as the output approaches the supply rails (0V and V A , in this case). For this reason, linearity is specified over less than the full output range of the DAC. However, if the reference is less than V A ,there is only a loss in linearity in the lowest codes. The output capabilities of the amplifier are described in the Electrical Ta-bles.The output amplifiers are capable of driving a load of 2 k Ω in parallel with 1500 pF to ground or to V A . The zero-code and full-scale outputs for given load currents are available in the Electrical Characteristics Table.1.3 REFERENCE VOLTAGEThe DAC081C081 uses the supply (V A ) as the reference.With that said, V A must be treated as a reference. The Analog output will only be as clean as the reference (V A ). It is rec-ommended that the reference be driven by a voltage source with low output impedance.The DAC081C085 comes with an external reference supply pin (V REF ). For the DAC081C085, it is important that V REF be kept as clean as possible.The Applications section describes a handful of ways to drive the reference appropriately. Refer to Section 2.1 for details.D A C 081C 081/ D A C 081C 0851.4 SERIAL INTERFACEThe I2C-compatible interface operates in all three speed modes. Standard mode (100kHz) and Fast mode (400kHz) are functionally the same and will be referred to as Standard-Fast mode in this document. High-Speed mode (3.4MHz) is an extension of Standard-Fast mode and will be referred to as Hs-mode in this document. The following diagrams de-scribe the timing relationships of the clock (SCL) and data (SDA) signals. Pull-up resistors or current sources are re-quired on the SCL and SDA busses to pull them high when they are not being driven low. A logic zero is transmitted by driving the output low. A logic high is transmitted by releasing the output and allowing it to be pulled-up externally. The ap-propriate pull-up resistor values will depend upon the total bus capacitance and operating speed.1.4.1 Basic I2C ProtocolThe I2C interface is bi-directional and allows multiple devices to operate on the same bus. To facilitate this bus configura-tion, each device has a unique hardware address which is referred to as the "slave address." To communicate with a particular device on the bus, the controller (master) sends the slave address and listens for a response from the slave. This response is referred to as an acknowledge bit. If a slave on the bus is addressed correctly, it Acknowledges (ACKs) the master by driving the SDA bus low. If the address doesn't match a device's slave address, it Not-acknowledges (NACKs) the master by letting SDA be pulled high. ACKs also occur on the bus when data is being transmitted. When the master is writing data, the slave ACKs after every data byte is successfully received. When the master is reading data, the master ACKs after every data byte is received to let the slave know it wants to receive another data byte. When the master wants to stop reading, it NACKs after the last data byte and creates a Stop condition on the bus.All communication on the bus begins with either a Start con-dition or a Repeated Start condition. The protocol for starting the bus varies between Standard-Fast mode and Hs-mode. In Standard-Fast mode, the master generates a Start condi-tion by driving SDA from high to low while SCL is high. In Hs-mode, starting the bus is more complicated. Please refer to section 1.4.3 for the full details of a Hs-mode Start condition.A Repeated Start is generated to either address a different device, or switch between read and write modes. The master generates a Repeated Start condition by driving SDA low while SCL is high. Following the Repeated Start, the master sends out the slave address and a read/write bit as shown in Figure 4. The bus continues to operate in the same speed mode as before the Repeated Start condition.All communication on the bus ends with a Stop condition. In either Standard-Fast mode or Hs-Mode, a Stop condition oc-curs when SDA is pulled from low to high while SCL is high. After a Stop condition, the bus remains idle until a master generates a Start condition.Please refer to the Phillips I2C® Specification (Version 2.1 Jan, 2000) for a detailed description of the serial interface.30052311FIGURE 4. Basic Operation.1.4.2 Standard-Fast ModeIn Standard-Fast mode, the master generates a start condi-tion by driving SDA from high to low while SCL is high. The Start condition is always followed by a 7-bit slave address and a Read/Write bit. After these eight bits have been transmitted by the master, SDA is released by the master and the DAC081C081 either ACKs or NACKs the address. If the slave address matches, the DAC081C081 ACKs the master. If the address doesn't match, the DAC081C081 NACKs the master. For a write operation, the master follows the ACK by sending the upper eight data bits to the DAC081C081. Then the DAC081C081 ACKs the transfer by driving SDA low. Next, the lower eight data bits are sent by the master. The DAC081C081 then ACKs the transfer. At this point, the DAC output updates to reflect the contents of the 16-bit DAC reg-ister. Next, the master either sends another pair of data bytes, generates a Stop condition to end communication, or gener-ates a Repeated Start condition to communicate with anotherdevice on the bus.For a read operation, the DAC081C081 sends out the uppereight data bits of the DAC register. This is followed by an ACKby the master. Next, the lower eight data bits of the DAC reg-ister are sent to the master. The master then produces aNACK by letting SDA be pulled high. The NACK is followedby a master-generated Stop condition to end communicationon the bus, or a Repeated Start to communicate with anotherdevice on the bus.DAC081C081/ DAC081C085。
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Reference Informations: *Used in CJT A2008HA series Single Row Housing
2.30±0.25 SEC: A-A 1.20±0.10 0.90 A B B A 4.80±0.25 1.30±0.25 SEC: B-B
0.20
2.30±0.25
Dimensions A B
6.00 8.00 10.00 12.00 14.00 16.00 18.00 20.00 22.00 24.00 26.00 28.00 30.00 24.00 26.00 28.00 30.00 9.10 11.10 13.10 15.10 17.10 19.10 21.10 23.10 25.10 27.10 29.10 31.10 33.10 35.10 37.10 39.10 41.10 Unit: mm
B±0.25 0.50
2.90±0.25
7.80±0.25
6.20±0.25
CHANGJIANG CONNECTORS
A-138
A2008 SERIES
2.00mm pitch wire to board connector
A2008HA A2008-T
2.00mm pitch Housing
Reference Informations: *Material:Nylon 66,UL94V-0 *Suitable CJT A2008-T-B series Terminal *Mates with CJT A2008WVA series Wafer *Color:Ivory
A2008-T-A
5.00±0.20
2.00mm pitch Dual Row Crimp Terminal
Reference Informations: *Used in CJT A2008 series Dual Row Housing
Ø1.50±0.20 0.20 1.80±0.20
0.80
7.30±0.25
2.00mm pitch wire to board connector
A2008H-2
2.00mm pitch Dual Row Housing
Reference Informations: *Material:Nylon 66,UL94V-0 *Suitable CJT A2008-T-A series Terminal *Mates with CJT A2008 series Dual Row Wafer *Color:White
Circuit 1
2.00±0.10
Ordering Information & Dimensions:
2.00±0.10 A±0.20 B±0.25 Circuit 2
PART NO.
A2008H-2x3P A2008H-2x4P A2008H-2x5P A2008H-2x6P A2008H-2x7P A2008H-2x8P A2008H-2x9P A2008H-2x10P A2008H-2x11P A2008H-2x12P A2008H-2x13P A2008H-2x14P A2008H-2x15P A2008H-2x16P A2008H-2x20P
2.00mm pitch wire to board connector
A2008-T
2.00mm pitch Single Row Crimp Terminal
2.60±0.25 2.30±0.25 SEC:A-A 1.40±0.25
Reference Informations: *Used in CJT A2008 series Single Row Housing
Unit:mm Qty/reel Material Finish Phosphor Bronze Tin over Nickel 10,000 PCS Phosphor Bronze Gold over Nickel 10,000 PCS
Optional Gold plating available but MOQ requested
0.20 0.70±0.20
1.50±0.25
1.10±0.20
1.45±0.15
3.15±0.15
B
B
6.30±0.25
A
A
SEC:B-B 1.30±0.10 SEC:C-C
C
C 0.25±0.10
1.80±0.10
Ordering information & Specifications: Part NO. A2008-TP A2008-GP Wire Range AWG#22-#30 AWG#22-#30 Insulation O.D. 1.45mm(max) 1.45mm(max)
A±0.20 2.00±0.20
2.00mm pitch Housing
Ordering Information & Dimensions:
PART NO.
B±0.25 6.65±0.20
A2008HB-2P A2008HB-3P A2008HB-4P A2008HB-5P A2008HB-6P A2008HB-7P A2008HB-8P A2008HB-9P A2008HB-10P A2008HB-11P A2008HB-12P A2008HB-13P A2008HB-14P A2008HB-15P
C±0.20
2.90±0.20
2.00 4.00 6.00 8.00 10.00 12.00 14.00 16.00 18.00 20.00 22.00 24.00 26.00 28.00
8.30±0.25
CHANGJIANG CONNECTORS
A-139
2.10±0.20
A2008 SERIES
Dimensions A B
2.00 4.00 6.00 8.00 10.00 12.00 14.00 16.00 18.00 20.00 22.00 24.00 26.00 28.00 30.00 4.70 6.70 8.70 10.70 12.70 14.70 16.70 18.70 20.70 22.70 24.70 26.70 28.70 30.70 32.70 Unit: mm
Optional Gold plating available but MOQ requested CHANGJIANG CONNECTORS
A-137
A2008 SERIES
2.00mm pitch wire to board connector
A2008-T-B
2.00mm pitch Single Row Crimp Terminal
0.70
1.30±0.25
1.80
2.00±0.25
Ordering information & Specifications: Part NO. A2008-TP-B A2008-GP-B Wire Range AWG#24-#30 AWG#24-#30 Insulation O.D. 1.40mm(max) 1.40mm(max)
Unit:mm Qty/reel Material Finish Phosphor Bronze Tin over Nickel 10,000 PCS Phosphor Bronze Gold over Nickel 10,000 PCS
Optional Gold plating available but MOQ requested
1.50±0.20
SEC:B-B
1.90±0.20
SEC:A-A
Unit:mm Qty/reel Material Finish Phosphor Bronze Tin over Nickel 10,000 PCS Phosphor Bronze Gold over Nickel 10,000 PCS
A
Dimensions B C
7.00 9.00 11.00 13.00 15.00 17.00 19.00 21.00 23.00 25.00 27.00 29.00 31.00 33.00 4.60 6.60 8.60 10.60 12.60 14.60 16.60 18.60 20.60 22.60 24.60 26.60 28.60 30.60 Unit: mm
A2008 SERIES
2.00mm pitch wire to board connector
Specifications
Current rating:3A AC,DC Voltage rating:250V AC,DC Temperature range:-40°C~+105°C Contact resistance:30mΩMax. Insulation resistance:1000MΩMin. Withstanding voltage:1000V AC/minute *Compliant with RoHS and REACH* *Meet the HF/Halogen Free,need to customize* *Contact CJT for details*
A2008H
2.00mm pitch Housing
Reference Informations: *Material:Nylon 66,UL94V-0 *Suitable CJT A2008 series Terminal *Mates with CJT A2008 series Single Row Wafer *Color:White
A
Dimensions B C
7.70 6.70 9.70 8.70 11.70 10.70 13.70 12.70 15.70 14.70 17.70 16.70 19.70 18.70 21.70 20.70 23.70 22.70 25.70 24.70 27.70 26.70 29.70 28.70 31.70 30.70 33.70 32.70 41.70 40.70 Unit: mm