NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: Via Foro dei Tigli, 4 I - 47015 MODIGLIANA ( FO ) +39 (0) 546.941124 +39 (0) 546.941660 e-mail: aurel@aurel.it home page:http://www.aurel.it Thick Film Technology PRELIMINARY Mod.: RX2CH2R-HCS Technical Characteristics: Power supply.12V ÷ 24 V AC/DC Max. current on , supply is selected by jumper JP1( JP1 closed = 12V, JP1 open = 24V ) By default the receiver is set with JP1 open. It is recommended to pay attention to polarity in case of DC power supply. Attention: at ... | Original |
1 pages, |
normal led datasheet for red led relay 12v dc RED led DATA SHEET KEYFOB keyfob antenna LED red normal diode led datasheets aurel OPEN PUSH BUTTON SWITCH push button datasheet push button switch datasheet abstract |
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| Abstract: points Digi-Key 5000K-ND 5000K-ND JP1, JP3, JP5 -JP13 -JP13, JP16, JP17 13 2-pin headers, 0.1in centers , , leave jumper JP1 (DIFF) open. If differential data is applied, shunt jumper JP1. R4 R6 1 1 , J3). 3) If TTL data is applied, leave jumper JP1 (DIFF) open. If differential data is applied, shunt jumper JP1. 4) Replace resistor R6 with a 0 resistor and remove resistor R5 and capacitor C4. _ NAME DIFF (JP1) TYPE 2-pin header 5 ... | Original |
6 pages, |
MAX3905EVKIT MAX3905 JP16 JP13 MAX3905 abstract |
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| Abstract: Setting AC Compliance Voltage Measurement Remove jumper from JP1 and apply a separate 3.3V variable , driver's output. Apply a valid signal at the input of the driver to get a clean eye at the output (MOD-), than decrease VCC2 slowly until the eye at MOD- starts to degrade. Record the value of VCC2 (VCC2_sat , voltage VMOD-_sat at MOD- given by: VMOD-_sat = (R1 x VCC + 50 x VCC2_sat)/(R1+50) Â IMOD x 50 x R1 , to normal operation by disconnecting TP5 and installing a jumper on JP1. Connect TP4 to VCC to ... | Original |
5 pages, |
SY88982L capacitor tantalium datasheet vishay CRCW040249R9F ECSH0GY106R Samtec SMA Connector SY88782L SY88932L capacitor cross reference DFB laser drivers 142-0711-821 resistor cross reference SY88982L abstract |
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| Abstract: trickle input MOD bq2003 MOD pin connection for external control BAT+ Positive battery , charge termination July 1994 Rev. B Board 1 DV2003L1 DV2003L1 JP1 DVEN JP2 TM1 With the provided , DC+, which provides VCC to the bq2003. DVEN (JP1): Enables/disables -V termination (see bq2003 , output MOD on connector J1 is used to control an off-board current source connected to the positive , using off-board regulation, close jumper P1 and attach the MOD connector to the external current ... | Original |
4 pages, |
DV2003L1 free FOR LM317 Keystone RL0703-5744-103-S1 197-103LA6-A01 Battery charger lm317 bq2003 LM317 negative voltage LM317 free LM317 LM317 high voltage nimh lm317 LM317 pin connection nimh charger lm317 DV2003L1 abstract |
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| Abstract: J1 RESET 1 4 2 C5 0.1uf 3 VCC RSTX P11 P10 GND MOD C 1 3 5 7 9 , 8 10 12 14 16 D9 Power + C2 47uf Open =5V Closed = 3V JP1 3V/5V R2 720 C , 32 31 30 29 28 27 VSS X1 X0 MOD P70/TO0 P70/TO0 P71/TIO P71/TIO C8 C9 22pf 22pf P14 P21 P23 , P05/INT05 P05/INT05 2 Main CLK VSS 16 X1 15 X0 14 MOD 13 P70 12 P71 11 RST PG1/X0A PG2/X1A , P83 P81 P71 MOD X1 VCC X1A RST P01 P03 P05 P07 P11 5 Ext Voltage BT1 C1 0.1uf ... | Original |
1 pages, |
TLE6259-2G P10 led MAX3232CSE LM317T LM317 Basso 1N4004 datasheet abstract |
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| Abstract: 18 3 SW MOD 17 4 R9 1k 16 H R10 100 15 L SW M C6 22nF HLP 7 , C30 11 330nF 10 JP1 C1 8 2 2n F C21 22uF GND V CC C21 22uF V CC REC , STV5712 STV5712 3 C1 1 R3 1.5k 22 nF 1 20 2 3 R22 10k REC C TRIV ADJ SW MOD , 2x 1N4148 1N4148 C30 330nF JP1 C18 22nF C21 22u F JP3 C21 22u F GND R15 10k Q2 , ADJ R8 1k SW MOD 21 R9 1k C5 22nF 9 20 SW HEAD 10 R10 100 10 11 CHROMA PB ... | Original |
7 pages, |
VR1 500 C111 sgs C111 transistor transistor C101 transistor c107 m C107 TEA5705 STV5712 STV5715 c102 C102 transistor C105 bc237 pin lay-out SGS-Thomson C111 STV5712 abstract |
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| Abstract: 22nF R4 4.5k 1 20 2 R19 18 JP4 18 22nF REC Y 4 R2 2 10k SW MOD R9 1k , L 6 SW HEAD 16 C6 22nF FM PB 13 L1 47uH C8 22nF C30 11 330nF 10 JP1 , SW MOD 17 R9 1k C5 22nF H R10 100 CHROMA PB 15 L SW M C25 10pF 7 HLP , TRIV 12 11 2x 1N4148 1N4148 C30 330nF JP1 C18 22nF C21 22u F JP3 C21 22u F GND , Y VCC 22 R22 10k TRIV ADJ R8 1k SW MOD 21 C5 22nF R9 1k 9 SW HEAD ... | Original |
7 pages, |
C101 c103 C111 transistor STV5712 STV5715 TEA5705 tr c110 transistor C101 transistor c102 transistor c107 m C102 transistor C102 M transistor c104 capacitors 22nf STV5712 abstract |
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| Abstract: 0U J8 +5U un J.C26 SI L C27 J9 â-¡ U8 C33 [] 13 â-¡[] C32 J3 0 R5 ]T JP1 1=1 Y1 D3 C28 C29 LI R12 D2 â-¡ â-¡ â-¡ â-¡ R10 D1 J6 â-¡ CO i u C30 C3GJ=-J+ r -I â-¡ ^ L JC31 C38 U9 J7 RP5[ â-¡ U13 ^ J4 []â-¡ C35 GND1 â-¡C24 | JP5 RP2 â-¡T ]1 â-¡ JP3 C25 V J17 â-¡ D BT1 C37 ciO R18R17 R18R17 J10 RPH â-¡ C6 U15 RP15 UH U12 Qrii U10 â-¡ C12 U5 t U7 U1C1 â-¡ RP12 â-¡ C5 'U4 U16 V , RP11 _- *_Qg -_ CN1 C39 â-¡ Mod. Record 11 2 31*151 crop ! oo opcfoon ooooo oo op i^on ... | OCR Scan |
5 pages, |
RP15 RP12 R9000 jc31 datasheet abstract |
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| Abstract: , YOUT, COUT, CVOUT, or RFOUT to 75 Ohm terminated to Ground (Jumpers labeled as JP1-6). 7.1MHz Y , CVOUT C17 75 ML6415 ML6415 8-PIN SOIC CIN 1 CVOUTJ JP4 JUMPER J4 BNC 2 JP1 JUMPER , C18 220uF RF MOD R36 75 Ground Test Points VCC JP7 2 C7 0.1uF 2 C52 , 6 JP1,JP2,JP3,JP4,JP5,JP6 JUMPER 11 1 JP7 PWRCON3 12 6 J1, J2,J3,J4,J5,J6 ... | Original |
4 pages, |
ML6415 DIODE 1N4004 1N4004 ML6415 abstract |
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| Abstract: 3. Turn on the power supply. JP3 (PH0) to V+, JP4 (PH1) to V+, JP1 (PH2) to V+ and JP1 (MOD) to , TESTPOINT, TURRET, .094" pbf MILL-MAX, 2501-2-00-80-00-00-07-0 7 3 JP1,JP3,JP4 3 PIN 0.079 ... | Original |
4 pages, |
LTC6909 header samtec C1005X5R0J105K 5-phase 2501-2-00-80-00-00-07-0 Three phase oscillator LTC6909CMS TMM-103-02-L-S DC1446 LTC6909 abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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| + C1 0.1uF U1 1 3 2 4 5 6SET GND V+ OUT1 OUT2 MOD JP1 1 3 2 4 5 6 7 8 C2 1000pF R1 100K (Opt) 1% P101 www.datasheetarchive.com/download/7519186-365294ZC/814d.zip (dc814d_Rev1.pdf) |
Linear | 22/09/2009 | 1381.27 Kb | ZIP | 814d.zip |
| (JP1) plugged-in, it provide HIGH logic level which enables the IC. When jumper (JP1) is removed, it connected to the lower pin of the jumper (JP1) assembly and ground. The lower pin of the jumper is connected up for LT5503 LT5503 LT5503 LT5503 up converting mixer & I/Q modulator chain measurements. JP1 LT5503 LT5503 LT5503 LT5503 IC 1 2 3 4 5 6 Mixer OUT - LO1 IN MOD OUT Signal Generator 1 GND RF MEASURING RECEIVER DC399A DC399A DC399A DC399A LT5504 LT5504 LT5504 LT5504 JP1 RF MEASURING RECEIVER RF IN RF www.datasheetarchive.com/download/53539455-365126ZC/399a.zip (399aqs.doc) |
Linear | 22/09/2009 | 317.9 Kb | ZIP | 399a.zip |
| 5 5 4 4 3 3 2 2 1 1 D D C C B B A A 5V VBATT RESET NOTES: UNLESS OTHERWISE SPECIFIED 1. ALL RESISTORS ARE IN OHMS, 0603. 2. INSTALL SHUNT ON JP1 PIN 2 AND 3, JP2 PIN 1 A ND 2. VBATT= DVCC EXT. VBATT JP1 1 3 2 C14 1UF 6.3V R1 47K C15 4.7UF 6.3V 0805 JP2 PRGM 1 2 C2 0.1UF RN2 10 81 7 6 5 2 3 4 RN1 10 34 9 873151 MOD B PD1(TXD) PD0(RXD) (SCK)PD4 (MISO)PD2 VD D VR H XIR Q IR Q RST (MOSI)PD3 (SS)PD5 (2MHz)E PB1 PB0 (IC3)PA0 PC0 XTA L EXTA L MOD A VS S VR L C10 0.1UF U5 LTC1799CS5 LTC1799CS5 LTC1799CS5 LTC1799CS5 2 15 4 3 GND V+OUT DIV www.datasheetarchive.com/download/83856415-365156ZC/465a.zip (465A1SCH.pdf) |
Linear | 22/09/2009 | 992.42 Kb | ZIP | 465a.zip |
| STV5715 STV5715 STV5715 STV5715 V CC L2 47 m H L1 47 m H C18 22nF C21 22 m F C21 22 m F JP1 2 x 1N4148 1N4148 1N4148 1N4148 AN629-01 AN629-01 AN629-01 AN629-01.EPS Figure 1 pF JP1 BC237 BC237 BC237 BC237 BC557B BC557B BC557B BC557B JP3 R15 10k W R16 22k W R18 10k W R17 10k W 2x 1N4148 1N4148 1N4148 1N4148 Q2 Q3 AN629-02 AN629-02 AN629-02 AN629-02.EPS Figure F R6 1.5k W R5 2k W R7 18k W JP1 AN629-03 AN629-03 AN629-03 AN629-03.EPS Figure 3 : STV5712/TEA5705 STV5712/TEA5705 STV5712/TEA5705 STV5712/TEA5705 Typical Application STV5712 STV5712 STV5712 STV5712 VR2 500 W 2 3 1 2 3 1 VR1 500 W 22nF C11 TEA5705 TEA5705 TEA5705 TEA5705 V CC C18 22nF C21 22 m F C21 22 m F JP1 21 22 23 24 F JP6 R2 4.5k W R1 1.5k W C10 22nF C19 22nF C13 4.7nF R6 1.5k W R5 2k W R7 18k W JP1 C22 10pF C23 10p www.datasheetarchive.com/files/stmicroelectronics/books/ascii/docs/1111.htm |
STMicroelectronics | 25/05/2000 | 12.44 Kb | HTM | 1111.htm |
| H L1 47 m H C18 22nF C21 22 m F C21 22 m F JP1 2 x 1N4148 1N4148 1N4148 1N4148 AN629-01 AN629-01 AN629-01 AN629-01.EPS CC L1 47 m H C18 22nF C21 22 m F C21 22 m F C24 10pF C25 10pF JP1 BC237 BC237 BC237 BC237 W C10 22nF C19 22nF C13 4.7nF R6 1.5k W R5 2k W R7 18k W JP1 AN629 AN629 AN629 AN629 F JP1 21 22 23 24 25 26 27 28 D2 C4 22nF C3 22nF C29 22nF C1 22nF C2 C10 22nF C19 22nF C13 4.7nF R6 1.5k W R5 2k W R7 18k W JP1 C22 10pF C23 www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1111-v1.htm |
STMicroelectronics | 25/05/2000 | 11.33 Kb | HTM | 1111-v1.htm |
| STV5715 STV5715 STV5715 STV5715 V CC L2 47 m H L1 47 m H C18 22nF C21 22 m F C21 22 m F JP1 2 x 1N4148 1N4148 1N4148 1N4148 AN629-01 AN629-01 AN629-01 AN629-01.EPS Figure 1 pF JP1 BC237 BC237 BC237 BC237 BC557B BC557B BC557B BC557B JP3 R15 10k W R16 22k W R18 10k W R17 10k W 2x 1N4148 1N4148 1N4148 1N4148 Q2 Q3 AN629-02 AN629-02 AN629-02 AN629-02.EPS Figure F R6 1.5k W R5 2k W R7 18k W JP1 AN629-03 AN629-03 AN629-03 AN629-03.EPS Figure 3 : STV5712/TEA5705 STV5712/TEA5705 STV5712/TEA5705 STV5712/TEA5705 Typical Application STV5712 STV5712 STV5712 STV5712 VR2 500 W 2 3 1 2 3 1 VR1 500 W 22nF C11 TEA5705 TEA5705 TEA5705 TEA5705 V CC C18 22nF C21 22 m F C21 22 m F JP1 21 22 23 24 F JP6 R2 4.5k W R1 1.5k W C10 22nF C19 22nF C13 4.7nF R6 1.5k W R5 2k W R7 18k W JP1 C22 10pF C23 10p www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1111-v2.htm |
STMicroelectronics | 14/06/1999 | 9.51 Kb | HTM | 1111-v2.htm |
| STV5715 STV5715 STV5715 STV5715 V CC L2 47 m H L1 47 m H C18 22nF C21 22 m F C21 22 m F JP1 2 x 1N4148 1N4148 1N4148 1N4148 AN629-01 AN629-01 AN629-01 AN629-01.EPS Figure 1 pF JP1 BC237 BC237 BC237 BC237 BC557B BC557B BC557B BC557B JP3 R15 10k W R16 22k W R18 10k W R17 10k W 2x 1N4148 1N4148 1N4148 1N4148 Q2 Q3 AN629-02 AN629-02 AN629-02 AN629-02.EPS Figure F R6 1.5k W R5 2k W R7 18k W JP1 AN629-03 AN629-03 AN629-03 AN629-03.EPS Figure 3 : STV5712/TEA5705 STV5712/TEA5705 STV5712/TEA5705 STV5712/TEA5705 Typical Application STV5712 STV5712 STV5712 STV5712 VR2 500 W 2 3 1 2 3 1 VR1 500 W 22nF C11 TEA5705 TEA5705 TEA5705 TEA5705 V CC C18 22nF C21 22 m F C21 22 m F JP1 21 22 23 24 F JP6 R2 4.5k W R1 1.5k W C10 22nF C19 22nF C13 4.7nF R6 1.5k W R5 2k W R7 18k W JP1 C22 10pF C23 10p www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1111.htm |
STMicroelectronics | 02/04/1999 | 9.55 Kb | HTM | 1111.htm |
| Cmp BeginCmp TimeStamp = 32568D1E 32568D1E 32568D1E 32568D1E; Reference = JP1; ValeurCmp = CONN_8X2; IdModule = pin_array_8x2 Cmp-Mod V01 Genere par Cvpcb 01-may le 3/5/2005-08:37:32 BeginCmp TimeStamp = 322D3011 322D3011 322D3011 322D3011; Reference = BUS1; ValeurCmp = BUSPC; IdModule = BUS_PC; EndCmp BeginCmp TimeStamp = 32307DE2 32307DE2 32307DE2 32307DE2; Reference = C1; ValeurCmp = 47uF; IdModule = CP6; EndCmp BeginCmp TimeStamp = 32307ECF 32307ECF 32307ECF 32307ECF; Reference = C2; ValeurCmp = 47pF; IdModule = C1; EndCmp BeginCmp TimeStamp = 32307ED4 32307ED4 32307ED4 32307ED4; Reference = C3 www.datasheetarchive.com/files/kaleidoscope/cad/kicad - kicad/demos/interf_u/interf_u.cmp |
Kaleidoscope | 03/05/2005 | 2.41 Kb | CMP | interf_u.cmp |
| SVPC150M SVPC150M SVPC150M SVPC150M R20 35.7K R15 0 Q8 OPT31 OPT31 OPT31 OPT31 2 4 5 C19 47pF R16 499K C9 1uF 0805 100V R19 0.003 2010 J3 GND JP1 1 TG2 15 V I N 2 2 EXTVCC 20 ILIM 28 BOOST2 17 CLKOUT 4 BG1 23 PHASEMD 3 SENSE2- 9 BG2 18 PLLIN/MOD 5 www.datasheetarchive.com/download/32976139-365030ZC/1804a.zip (DC1804A2-SCH.pdf) |
Linear | 18/01/2012 | 1013.01 Kb | ZIP | 1804a.zip |
| -3)/24 >= jv * Hence jv = max(0,(e0-3)/24). * * jp jp+1 is the number of terms in PIo2[] needed, jp = jk is to compute the integer (mod 8) and fraction parts of * (2/pi)*x without doing the full accurately, = 0 mod 8 ). Thus the number of operations are * independent of the exponent of the input www.datasheetarchive.com/download/46713865-484035ZC/gnu_tsc.bz2 |
Motorola | 16/02/2000 | 22032.79 Kb | BZ2 | gnu_tsc.bz2 |