NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Part | Manufacturer | Description | Samples | Ordering |
| 1GP4001 | Honeywell Sensing and Control | Proximity Sensor, PROXIMITY SENSOR-HALL EFFECT, 0.13-2.03mm, 40mA, CYLINDRICAL | 
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| TPS22943DCKR | Texas Instruments | Low-Input Voltage 40mA Current Limited Load Switch 5-SC70 -40 to 85 |
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| 1GT105DC | Honeywell Sensing and Control | Proximity Sensor, PROXIMITY SENSOR-HALL EFFECT, 0.13-2.03mm, 40mA, CYLINDRICAL, ROHS COMPLIANT PACKAGE |
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| DS1040M-A15 | Maxim Integrated Products | IC PULSE GENERATOR DELAY LINE, COMPLEMENTARY OUTPUT, PDIP8, 0.300 INCH, DIP-8, Delay Line |
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| DS1040M-A20 | Maxim Integrated Products | IC PULSE GENERATOR DELAY LINE, COMPLEMENTARY OUTPUT, PDIP8, 0.300 INCH, DIP-8, Delay Line |
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| Catalog Datasheet Results | Type | Document Tags |
| Abstract: - Vout Vripl(out) Iout=040mA , Ta=25 Vin=5.0V , Iout=40mA , Ta=25 5.0 5.5 28 30 32 20 40 60 0 Vin=4.55.5V 4.5 Iout Vin 70 V Vin=5.0V , Iout=40mA , Ta=25 mA 200 mVp-p ON, H(2.5V) Vin=5.0V , Ta=25 Hi Level ( ON) Vin=5.0V , Iout=40mA , Ta=25 Lo Level ( OFF) Vin=5.0V , Iout=40mA , Ta=25 ON/OFF Vin=5.0V , Iout=40mA , Ta=25 ON/OFF ... | Original |
1 pages, |
datasheet abstract |
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| Abstract: INT2404G INT2404G LED BACKLIGHT FOR LCD DISPLAY ABSOLUTE MAXIMUM RATINGS Forward Current Reverse Voltase Operating Temperature Storage Temperature IF VR Topr Tstg 800mA 10V -20 to +70°C -30 to +80°C ELECTRO-OPTICAL CHARACTERISTICS (Ta=25°C) PARAMETER SYMBOL MIN TYP MAX UNIT CONDITIONS Forward Voltage VF 3.8 4.1 4.4 V IF=40mA Reverse Current IR 400 ^A VR=10V Peak Wavelength A.p 565 nm IF=40mA Spectral Line Half Width AX 40 nm IF=40mA Brightness B 50 cd/m2 IF=40mA MECHANICAL OUTLINE CIRCUIT DIAGRAM 35,00 ... | OCR Scan |
1 pages, |
INT2404G If-40mA INT2404G abstract |
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| Abstract: (Vi=10V,Io=40mA,0 , , IO=40mA 15 150 mV Quiescent Current Iq Vi=-10V, IO=40mA 6 mA Output Noise VoItage VN 10Hzf100KHz, Vi=-10V, IO=40mA Ripple Rejection RR Output voltage TYPICAL APPLICATION Vi Vi=-8V~-18V,Io=40mA, ei=1VP-P, f=120Hz 2 3 40 41 uV 49 dB VO ... | Original |
1 pages, |
79L05 79L05 sot-89 WEJ79L05 WEJ79L05 abstract |
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| Abstract: ,Io=40mA,0 ... | Original |
1 pages, |
UTC79L12 79l12 transistor 79L12 WEJ79L12 WEJ79L12 abstract |
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| Abstract: Operating Junction Temperature Range -55~+150 ELECTRICAL CHARACTERISTICS (Vi=15V,Io=40mA,0 , MAX UNIT Vo Vi=-15V,IO=40mA -8.64 -9 -9.36 V Load Regulation Vo-Io Vi=-15V, Io=1mA~100mA 12 90 mV Line regulation Vo-Vi Vi=-12.5V~ -24V, IO=40mA 27 200 mV Quiescent Current Iq Vi=-15V, IO=40mA 3.5 6 mA Output Noise VoItage VN BW =10Hz~100KHz, Vi=-15V, IO=40mA 210 uV Ripple Rejection RR 64 dB Output ... | Original |
1 pages, |
79L09 WEJ79L09 WEJ79L09 abstract |
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| Abstract: ,Io=40mA,0 ... | Original |
1 pages, |
UTC79L06 33uF 79L06 WEJ79L06 WEJ79L06 abstract |
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| Abstract: CHARACTERISTICS (Vi=-12V,Io=40mA,0 ... | Original |
1 pages, |
79L06 WEJ79L06 WEJ79L06 abstract |
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| Abstract: Operating Junction Temperature Range -30 -55~+150 ELECTRICAL CHARACTERISTICS (Vi=10V,Io=40mA,0 , MIN TYP MAX UNIT Vo Vi=-10V,IO=40mA -4.8 -5.0 -5.2 V Load Regulation Vo-Io Vi=-10V, Io=1mA~100mA 20 60 mV Line regulation Vo-Vi Vi=-7V~-20V, IO=40mA 15 150 mV Quiescent Current Iq Vi=-10V, IO=40mA 6 mA Output Noise VoItage VN 10Hzf100KHz, Vi=-10V, IO=40mA Ripple Rejection RR Output voltage TYPICAL ... | Original |
1 pages, |
79L05 WEJ79L05 WEJ79L05 abstract |
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| Abstract: Operating Junction Temperature Range -55~+150 ELECTRICAL CHARACTERISTICS (Vi=-12V,Io=40mA,0 , MAX UNIT Output voltage Vo VIN=-12V,IO=40mA -5.75 -6.0 -6.25 V Line Regulation Vo-VIN VIN=-8~-20V, Io=40mA 20 175 mV Load Regulation Vo-IO VIN=-12V, IO=1~100mA 21 80 mV IQ VIN=-12V, IO=40mA 6.0 mA Quiescent Current Ripple Rejection Output Noise VoItage VIN=-9V~ -19V,Io=40mA, eiN=1VP-P, RR VNO TYPICAL APPLICATION Vi f ... | Original |
1 pages, |
79L06 WEJ79L06 WEJ79L06 abstract |
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| Abstract: (Vi=10V,Io=40mA,0 , , IO=40mA 27 200 mV Quiescent Current Iq Vi=-15V, IO=40mA 3.5 6 mA Output Noise Voltage VN BW =10Hz~100KHz, Vi=-15V, IO=40mA 210 uV Ripple Rejection RR 64 dB Output voltage TYPICAL APPLICATION Vi Vi=-12V~-22V,Io=40mA, ei=1VP-P, f=150Hz 2 ... | Original |
1 pages, |
79L09 WEJ79L09 WEJ79L09 abstract |
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| Abstract: «'J* »«e Ä* Vin - _ 4.5 5.0 5.5 V atma vom Vin=4.5-5.SV Iout=0~40mA,Ta=25*C 28 30 32 ItlÄWffi lout -_ 0 20 40 mA Vin=5.0V Iout=40mA,Ta=25"C eo 70 % IiJÄ V -i X Vripl(out) Vin=5.0V Iout=40mA,Ta=25*C 200 mVp-p asti«»» ia»i$iSK„ -SVBSLOU- , ,Iout = 40mA,Ta=2S*C 2.5 5.0 V Lo Level (at OFF) Vin=5.0V,Ioul=40mA,Ta=25'C 0.5 V ON/OFF3 y h Vin=5.0V,Iout=40mA,Ta=25'C 0.5 mA ... | OCR Scan |
1 pages, |
datasheet abstract |
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| Abstract: VIN=9V, Io=40mA VIN=4.75V20V 75V20V, Io=40mA VIN=5V20V 5V20V, Io=40mA VIN=9V, Io=140mA VIN=9V, Io=1100mA VIN=9V, Io=0mA VIN=9V, Io=1mA 6VVIN16V 6VVIN16V, Io=40mA ein=1Vp-p, f=120Hz VIN=9V,BW=10Hz100kHz Io=40mA 2.47 - , mV mV mA mV/ dB - 35 - V VIN=9V, Io=40mA VIN=5V20V 5V20V, Io=40mA VIN=6V20V 6V20V, Io=40mA VIN=9V, Io=140mA VIN=9V, Io=1100mA VIN=9V, Io=0mA VIN=9V, Io=1mA 6VVIN16V 6VVIN16V, Io=40mA ein=1Vp-p, f=120Hz VIN=9V,BW=10Hz100kHz, Io=40mA 2.85 - - - - - - 43 3.0 - - - - 2.0 0.2 72 ... | Original |
9 pages, |
78L09A NJM78L00UA NJM78L00 78L15A 78L12A NJM78L00EA NJM78L10A NJM78L12A NJM78L18A NJM78L24A NJM78L08A NJM78L09A NJM78L07A NJM78L15A NJM78L00 abstract |
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| Abstract: , Io=40mA VIN=4.75V20V 75V20V, Io=40mA VIN=5V20V 5V20V, Io=40mA VIN=9V, Io=140mA VIN=9V, Io=1100mA VIN=9V, Io=0mA VIN=9V, Io=1mA 6VVIN16V 6VVIN16V, Io=40mA ein=1Vp-p, f=120Hz VIN=9V,BW=10Hz100kHz Io=40mA 2.47 - - - - , mA mV/ dB - 35 - V VIN=9V, Io=40mA VIN=5V20V 5V20V, Io=40mA VIN=6V20V 6V20V, Io=40mA VIN=9V, Io=140mA VIN=9V, Io=1100mA VIN=9V, Io=0mA VIN=9V, Io=1mA 6VVIN16V 6VVIN16V, Io=40mA ein=1Vp-p, f=120Hz VIN=9V,BW=10Hz100kHz, Io=40mA 2.85 - - - - - - 43 3.0 - - - - 2.0 0.2 72 3.15 125 100 25 50 ... | Original |
9 pages, |
NJM78L12A 78L09A 78L12A 78L15A 78l18a NJM78L00 NJM78L00A NJM78L00EA NJM78L00UA NJM78L03A NJM78L08A 78L02 T0-92 NJM78L00 abstract |
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| Abstract: ) NJM78L02A NJM78L02A VO 2.47 2.6 2.73 V 1 VO-VIN1 VIN=4.75V20V 75V20V, IO=40mA - - 125 mV 2 VO-VIN2 VIN=5V20V 5V20V, IO=40mA - - 100 mV 1 VO-IO1 VIN=9V, IO=140mA - , , IO=40mA IQ VIN=9V, IO=0mA - 2.0 6 mA VO/T VIN=9V, IO=1mA - 0.2 - mV/°C , , IO=40mA, ein=1VP-P, f=120Hz VNO VIN=9V, BW=10Hz100kHz, IO=40mA VO VIN=9V, IO=40mA NJM78L03A NJM78L03A(1) 1 VO-VIN1 VIN=5V20V 5V20V, IO=40mA - - 125 mV 2 VO-VIN2 VIN=6V20V 6V20V ... | Original |
8 pages, |
NJM78L02A 78L12A 78L15A 78L18A 78L24A NJM78L00 NJM78L00A NJM78L00EA NJM78L00UA 78L09A NJM78L08A NJM78L15A NJM78L03A NJM78L00 abstract |
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| Abstract: VIN=4.75V20V 75V20V, IO=40mA - - 125 mV 2 VO-VIN2 VIN=5V20V 5V20V, IO=40mA - - 100 mV , 50 mV VO VIN=9V, IO=40mA IQ VIN=9V, IO=0mA - 2.0 6 mA VO/T , 3.15 V RR 6V< VIN ... | Original |
8 pages, |
NJM78L20A 78L09A 78L12A 78L15A 78L18A 78L24A NJM78L00 NJM78L00EA NJM78L00UA NJM78L07A NJM78L10A NJM78L15A 5V-9V-12V NJM78L03A NJM78L08A NJM78L00 abstract |
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| Abstract: VIN=4.75V20V 75V20V, IO=40mA - - 125 mV 2 VO-VIN2 VIN=5V20V 5V20V, IO=40mA - - 100 mV , 50 mV VO VIN=9V, IO=40mA IQ VIN=9V, IO=0mA - 2.0 6 mA VO/T , 3.15 V - 125 mV RR 6V< VIN ... | Original |
8 pages, |
78L09A 78L15A 78L18A 78L24A NJM78L00 NJM78L00EA NJM78L02A NJM78L02UA NJM78L00UA NJM78L03UA 78L12A NJM78L15UA NJM78L00 abstract |
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| Abstract: REVISED DATE : Electrical Characteristics G79L05 G79L05 (Refer to the test circuits, Tj=0~125 , Io=40mA , IQ IQ - - 6.0 - - 0.1 Unit V mA Test Conditions Vin= -10V, Io=40mA, Tj=25 -7V Vin -20V, 1mA Io 40mA Vin= -10V, 1mA Io 70mA (Note2) Vin -20V, Io=40mA, Tj=25 Io Vin= -10V, Io=40mA, Tj=25 Vin= -10V, 1mA -8V Vin Io 40mA -20V, Io=40mA - - 1.5 , G79L06 G79L06 (Refer to the test circuits, Tj=0~125 - 10Hz f 100KHz Vin -18V, Io=40mA, f=120Hz ... | Original |
5 pages, |
G79LXX G79L12 G79L05 G79LXX abstract |
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| Abstract: : Electrical Characteristics GM79L05 GM79L05 (Refer to the test circuits, Tj=0~125 , Io=40mA, Vin= -10V, Cin=0.33 F , 6.0 - - 0.1 Unit V mA Test Conditions Vin= -10V, Io=40mA, Tj=25 -7V Vin -20V, 1mA Io 40mA Vin= -10V, 1mA Io 70mA (Note2) Vin -20V, Io=40mA, Tj=25 Io Vin= -10V, Io=40mA, Tj=25 Vin= -10V, 1mA -8V Vin Io 40mA -20V, Io=40mA - - 1.5 Vn - 40 - V , test circuits, Tj=0~125 - 10Hz f 100KHz Vin -18V, Io=40mA, f=120Hz, Tj=25 ... | Original |
5 pages, |
GM79LXX GM79L24 GM79L12 GM79L05 GM79LXX abstract |
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| Abstract: Electrical/Optical Characteristics at TA = 25ºC Parameter Symbol Condition Forward Voltage DC VF IF = 40mA Color Temperature TC Min IF = 40mA V/Mod IF = 40mA -V/Ft Luminous Flux per Module Luminous Flux per Ft. Recommend Forward Current IF(rec) - Typ Max 12 Unit - V RED 625 K 6 - Im/mod 18 - lm/ft - - - 40 - mA Absolute Maximum Rating at TA = 25ºC Parameter Forward Current Symbol Absolute ... | Original |
1 pages, |
datasheet abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
| Over 1.1 million files (1986-2013): html articles, reference designs, gerber files, chemical content, spice models, programs, code, pricing, images, circuits, parametric data, RoHS data, cross references, pcns, military data, and more. Please note that due to their age, these files do not always format correctly in modern browsers. Disclaimer. |
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| No abstract text available www.datasheetarchive.com/download/85983783-677944ZC/bk-gdb-40ma.jpg |
User Photos | 23/05/2012 | 17.96 Kb | JPG | bk-gdb-40ma.jpg |
| 3 C3 1uF 50V 0805 D5 CMPSH1-4 13 2 D3 FAULT RED LED-LN JP1 1 2 3 TP2 E6 GND R10 309K 0603 D1 CMSH3-40MA 2 1 E2 GND JP41 2 3 R2 5.1K 1206 R12 1.00Meg R11 100K 0603 E3 SYSTEM LOAD R9 174k E1 D7 CMSH3-40MA 2 1 D8 1N4148WS-V 1N4148WS-V 1N4148WS-V 1N4148WS-V 21 JP3 1 2 3 D2 CMSH3-40MA 2 1 J1 DF3-3P-2DSA (OPT) 1 2 3 BAT GND NTC R3 5.1K 1206 www.datasheetarchive.com/download/5460948-364961ZC/1688a.zip (1688asch.pdf) |
Linear | 28/07/2011 | 841.57 Kb | ZIP | 1688a.zip |
| 3 C3 1uF 50V 0805 D5 CMPSH1-4 13 2 D3 FAULT RED LED-LN JP1 1 2 3 TP2 E6 GND R10 309K 0603 D1 CMSH3-40MA 2 1 E2 GND JP41 2 3 R2 5.1K 1206 R12 1.00Meg R11 100K 0603 E3 SYSTEM LOAD R9 174k E1 D7 CMSH3-40MA 2 1 D8 1N4148WS-V 1N4148WS-V 1N4148WS-V 1N4148WS-V 21 JP3 1 2 3 D2 CMSH3-40MA 2 1 J1 DF3-3P-2DSA (OPT) 1 2 3 BAT GND NTC R3 5.1K 1206 www.datasheetarchive.com/download/5460948-364961ZC/1688a.zip (1688asch.pdf) |
Linear | 28/07/2011 | 841.57 Kb | ZIP | 1688a.zip |
| 0603 E3 SYSTEM LOAD R9 0 5% R12 0.1 1206 1/2W E1 D6 CMSH3-40MA 2 1 JP3 1 2 3 D2 CMSH3-40MA 2 1 J1 DF3 1210 20% D4 CHRG GRN C9 0.022uF 16V D1 CMSH3-40MA 2 1 JP2 1 2 3 TP1 C10 0.68uF www.datasheetarchive.com/download/70758801-364875ZC/1568a.zip (1568a1sch.pdf) |
Linear | 14/12/2011 | 676.14 Kb | ZIP | 1568a.zip |
| *$ .subckt TYN816 TYN816 TYN816 TYN816 A K G X1 A K G SCR_ST params: + Vdrm=800v + Igt=25ma + Ih=40ma + Rt=0 _ST params: + Vdrm=800v + Igt=40ma + Ih=50ma + Rt=0.014 * 2008 / ST / Rev 0 .ends *$ .subckt TYN625 TYN625 TYN625 TYN625 A K G X1 A K G SCR_ST params: + Vdrm=600v + Igt=40ma + Ih=50ma + Rt=0 _ST params: + Vdrm=600v + Igt=25ma + Ih=40ma + Rt=0.023 * 2008 / ST / Rev 0 .ends -800B -800B -800B -800B A K G X1 A K G SCR_ST params: + Vdrm=800v + Igt=15ma + Ih=40ma + Rt=0 www.datasheetarchive.com/download/95687681-782676ZC/standard_sensitive_scr_pspice.zip (standard_sensitive_scr_pspice.lib) |
STMicroelectronics | 21/04/2012 | 16.61 Kb | ZIP | standard_sensitive_scr_pspice.zip |
| , SCHOTTKY BARRIER RECTIFIER CENTRAL SEMI, CMSH3-40MA 7.0 1.0 D5 SMD, SCHOTTKY DIODE, SOT-23F CENTRAL SEMI CENTRAL SEMI, CMSH3-40MA 7.0 2.0 R2,R3 RES., CHIP, 5.1K,1/4W, 1%, 1206 VISHAY, CRCW12065K10FKEA CRCW12065K10FKEA CRCW12065K10FKEA CRCW12065K10FKEA 8.0 1.0 R8 www.datasheetarchive.com/download/70758801-364875ZC/1568a.zip (1568A1CF.xls) |
Linear | 14/12/2011 | 676.14 Kb | ZIP | 1568a.zip |
| , SCHOTTKY BARRIER RECTIFIER CENTRAL SEMI, CMSH3-40MA 7.0 1.0 D5 SMD, SCHOTTKY DIODE, SOT-23F CENTRAL SEMI CENTRAL SEMI, CMSH3-40MA 7.0 2.0 R2,R3 RES., CHIP, 5.1K,1/4W, 1%, 1206 VISHAY, CRCW12065K10FKEA CRCW12065K10FKEA CRCW12065K10FKEA CRCW12065K10FKEA 8.0 1.0 R8 www.datasheetarchive.com/download/70758801-364875ZC/1568a.zip (1568A1CF.xls) |
Linear | 14/12/2011 | 676.14 Kb | ZIP | 1568a.zip |
| *nsi45030 PSpice model (constant Iak slope) *$ .SUBCKT nsi45040_1 ANODE CATHODE R_Rpeak VAKPEAK ANODE 7G G_Iak ANODE CATHODE VALUE { {IakFunc(V(ANODE, CATHODE),temp,Slope,V(IREG, CATHODE)} } C_Cpeak CATHODE VAKPEAK 0.1n D_D1 CATHODE ANODE DLIM E_VakPeakTable VAKTABLE CATHODE TABLE { V(ANODE, CATHODE) } + ( (0,0) (3,31.8m) (4,34.3m) (5,35.5m) (7,36.8m) (10,37.8m) (60,38m) ) D_D2 N168443 N168443 N168443 N168443 CATHODE DLIM V_Vbr ANODE N168443 N168443 N168443 N168443 {Vakbr} R www.datasheetarchive.com/files/on_semiconductor/simulation-models/nsi45020jzt1g_40ma_dc.lib |
On Semiconductor | 01/09/2010 | 1 Kb | LIB | nsi45020jzt1g_40ma_dc.lib |
| DSC3 69 70 DA DSC4 70 68 DA ISC1 68 69 40MA *LIMITING CURRENT T0 40MA RSC 68 69 10MEG 10MEG 10MEG 10MEG www.datasheetarchive.com/files/maxim/modeling-simulation/spice/operational-amplifiers/macro/max4239.fam |
Maxim | 04/10/2012 | 4.24 Kb | FAM | max4239.fam |
| DSC3 69 70 DA DSC4 70 68 DA ISC1 68 69 40MA *LIMITING CURRENT T0 40MA RSC 68 69 10MEG 10MEG 10MEG 10MEG www.datasheetarchive.com/files/maxim/modeling-simulation/spice/operational-amplifiers/macro/max4238.fam |
Maxim | 04/10/2012 | 4.26 Kb | FAM | max4238.fam |