P3 CONNECTOR Search Results

Contextual Info: n 7 THIS DRAWING IS UNPUBLISHED. JÊL COPYRIGHT 19 2 3 , 19 RELEASED FOR PUBLICATION BY AMP INCORPORATED. 4 5 6 ïïTst LOG ALL RIGHTS RESERVED. AD REVISIONS 4T DESCRIPTION D CONNECTOR A S SE M B LY E X A M P L A R Y LOADED CONTACT • 2 1 .5 p3] p3] n-U-p3] P3]

J2JL

Contextual Info: ELECTRICAL SPECIFICATIONS 1.0 TURNS RATIO P6-P8-P3 i (J6- J3) (P2-P7-P1) ! (J2-J1) 2.0 INDUCTANCE (P6-P3)=(J6-J3) (P2-P1) 3.0 LEAKAGE INDUCTANCE P6-P3 (WITH J6 AND J3 SHORT) P2-P1 (WITH J2 AND J1 SHORT) 4.0 INTERWINDING CAPACITANCE (P6;P3) TO (J 6 ;J3) (P2,P1) TO ( J2, J l)

TSOC6

Abstract: CT232 74HC08 DTR232 RX232 A15-A7 TSOC 6 ds2480 t232c
Contextual Info: A B C D VCC R17 1 C1+ U1 SMCRST INTOWB WR RD 47 CPURST VCC 2 2 3 RSTOL 26 46 45 PSEN P3.0/RXD0 P3.1/TXD0 P3 .2 / INT0 P3 .3 / INT1 P3.4/T0 P3.5/T1 P3 .6 / WR P3 .7 / RD 35 36 37 38 39 42 43 44 P4 .0 / CE0 P4 .1 / CE1 P4 .2 / CE2 P4 .3 / CE3 P4.4/A16 P4.5/A17

TSOC 6

Abstract: TSOC6 RX232 BSS U8 97 74HC08 DTR232 A19 SOT23 A18 sot simm72 DS1315
Contextual Info: A B C D VCC R17 1 C1+ U1 4 5 6 7 10 11 12 13 RX TX SMCINT EXTINT SMCRST INTOWB WR RD 47 CPURST VCC RSTOL 26 46 45 PSEN P3.0/RXD0 P3.1/TXD0 P3 .2 / INT0 P3 .3 / INT1 P3.4/T0 P3.5/T1 P3 .6 / WR P3 .7 / RD ALE PSEN XRX0 C2 0.1U 3 RX 2 A8 A9 A10 A11 A12 A13 A14

TSOC6

Abstract: RX232 TSOC 6 D722P ds24808 74HC08 DTR232 A19 SOT23 rx1 tx1 sot-23 u6
Contextual Info: A B C D VCC R17 1 C1+ U1 SMCRST INTOWB WR RD 47 CPURST VCC 2 2 3 RSTOL 26 46 45 PSEN P3.0/RXD0 P3.1/TXD0 P3 .2 / INT0 P3 .3 / INT1 P3.4/T0 P3.5/T1 P3 .6 / WR P3 .7 / RD 35 36 37 38 39 42 43 44 P4 .0 / CE0 P4 .1 / CE1 P4 .2 / CE2 P4 .3 / CE3 P4.4/A16 P4.5/A17

Contextual Info: ELECTRICAL SPECIFICATIONS' NDTES 1.0 TURNS RATIO P6-P8-P3 (P2-P7-P1) ! 1CT ! 1 ± 3 / i (J6-J3) ! 1CT ! 1,4 ± 37. i (J2-J1) : 200uH MIN, & 0,01V, lOKHz 2.0 INDUCTANCE <P6-P3)=< J 6 - J 3 ) : lOOuH MIN, @ 0,01V, lOKHz (P2-P1) 3.0 LEAKAGE INDUCTANCE P6-P3

Contextual Info: LDVER ROW ELECTRICAL SPECIFICATIONS* 1.0 TURNS RATID <P2-P3-P1> • J2 - J1 (P6-P5-P4) i (J6 - J3 ) 2.0 INDUCTANCE (J6 - J3 ) (P3-P1) 3.0 LEAKAGE INDUCTANCE P4-P6 (WITH J6 AND J3 SHDRT) P3-P1 (WITH J2 AND J1 SHDRT) 4.0 INTERWINDING CAPACITANCE (P4-P6) TD <J6,J3)

electronic nose

Contextual Info: 40 39 39 Note: ite m n o Compliant TITLE n3 Q € 1.Cable: 0.635 Single Wire, 80P, Yellow 2.Connector: 80P IDC, Pl:Blue P2:Black P3:Grey (P1,P2,P3 Key in PIN 20) 3.PI & P3 with nose & SR: P2 with Nose RoHS 40 L1 L2 Item No. AK-ATA-100 AK-ATA-100/1 AK-ATA-100-R (0.46 M)

Contextual Info: <P3 j —j m n r r ^ Pli ELECTRICAL SPECIFICATIONS' 1,0 INDUCTANCE: P3-J3 = P4-J4 89 uH MIN, 0,01V, 10 KHz, 2,0 DC RESISTANCE: P3-J3 : 0,5 ohn MAX P4-J4 : 0,5 ohn MAX 3,0 IMPEDANCE: FREQUENCY (MHz) □HMS MIN 1 500 10 2000 30 3000 70 2000 SOD 600 500 300

PN133T

Abstract: VIA ProSavage PN133T VT8606 PN133T G VIA VT8606 dstn JUMPtec DSTN S3 SAVAGE4 VIA VT8606 Phoenix BIOS Programming Instructions S3 SAVAGE
Contextual Info: JRex-P3 JRex-C3 Product Manual Document Revision 1.1 JRex-P3/C3 Product Manual www.j-rex.com CONTENTS 1. USER 1.1 1.2 1.3 1.4 1.5 1.6 ABOUT THIS MANUAL .4

35NAG

Abstract: td 6d01
Contextual Info: LDWER ROW <D <£> <£> £> ELECTRICAL SPECIFICATIONS: 1.Û TURNS RATIO (PL-P2-P3 i CJ1-J2) (P 4-P 5-P6 ) i CJ3-J6) 2.0 INDUCTANCE (P6-P4) (P3-P1) 3.0 LEAKAGE INDUCTANCE P6-P4 <V1TH J6 AND J3 SHDRT) P3-P1 (WITH JE ANI J1 SHDRT) 4.Û INTERWINDING CAPACITANCE (P6,P5,P4) TD (J6,J3>

Contextual Info: LDWER ROW ELECTRICAL SPECIFICATIONS: 1.0 TURNS RATID P1-P2-P3 i (J1 -J2 ) (P 4 -P 5 -P 6 ) i C J3 -J6 ) 2.0 INDUCTANCE CP6-P4) (P3-P1) 3.0 LEAKAGE INDUCTANCE P6-P4 (WITH J6 AND J3 SHORT) P3-P1 (WITH J2 AND J1 SHORT) 4.0 INTERVINDING CAPACITANCE <P6,P5,P4) TO <J6 ,J3 )

Contextual Info: LDVER RDW ELECTRICAL SPECIFICATIONS* l.D TURNS RATIO P 1-P E-P3 i (J1 -J2 ) CP 4-P 5 -P 6) ; (J3 -J6 > 2.0 INDUCTANCE <P6-P4> (P3-PL) 3.0 LEAKAGE INDUCTANCE P 6 -P 4 (WITH J6 AND J3 SHDRT) P3-P1 (WITH J2 AND JL SHDRT) 4.0 INTERW INDING CAPACITANCE CP6.P5.P4) TD (J6,J3)

30089

Contextual Info: LDWER RDW ELECTRICAL SPECIFICATIONS« 1.0 TURNS RATID P1-P2-P3 i (J 1 -J2 ) (P 4 -P 5 -P 6 ) i C J3 -J6 ) 2.0 INDUCTANCE <P6-P4> (P3-P1) 3.0 LEAKAGE INDUCTANCE P 6-P4 (WITH J6 AND J3 SHORT) P3-P1 (WITH J2 AND J1 SHDRT) 4.0 INTERWINDING CAPACITANCE <P6,P5,P4) TD < J6,J3)

VME64

Contextual Info: P3 Type B Vertical Male Feed-To for Backplanes Series 8071 • 95 signal contacts and 38 ground shield contacts in 5+2 rows of 19 positions • Designed for gas tight press-fit installation • This connector fills position P3 of the CompactPCI specification

VME64

Contextual Info: P3 Type B Vertical Male Feed-To for Backplanes Series 8071 • 95 signal contacts and 38 ground shield contacts in 5+2 rows of 19 positions • Designed for gas tight press-fit installation • This connector fills position P3 of the CompactPCI specification

243-23700-15F

Contextual Info: Dimensions in mm hm connectors Type B19 Male connector Hole pattern Press-fit technology – Performance level II No. of contacts PCB thickness > 2.2 Contact arrangement Part number 243-23310-15 133 cPCI P3 133 243-23320-15 133 243-23360-15F cPCI (P3) 133

Contextual Info: HIGH DENSITY CONNECTORS_ PCB Plugs, Right Angle Mount Single Bay HDC - P3 Series * High density up to 240 contacts * Right angle mounting for extender boards BACKPLANE * Mates with 3 row single bay sockets How to Order HDC - P3 Series Sockets HDC — P 240 — 3

Contextual Info: Mini Din With Full Shield 5145[*]-[*] Series *Type of connector; Options are: P3 = Shielded with conductive gasket 6 pin only *Number of contacts; Options are: 3, 4, 5, 6, 7, 8 FEATURES: • Metal shield provides EMI suppression • P3 gasket option for demanding EMI environment

Contextual Info: ELECTRICAL SPECIFICATIONS« 1.0 TURNS RATID P 6-P 8-P3 •(J 6 - J 3 ) : 1CT i 1 ± 3 / (P 2 -P 7-P D i <J2-J1> i 1CT i 1.4 ± 37. 2.0 INDUCTANCE <P6-P3>=<J6-J3> i lOOuH MIN. @ 0.01V, lOKHz P6-P3 (WITH J6 AND J3 SHORT) i 0.3uH MAX. @ 1MHz P2-P1 (WITH J2 AND J1 SHDRT)

vga to s-video ic

Abstract: pal 007 AD724 AD724EB MFU CAPACITOR rca TO VGA ic AD720 mat05
Contextual Info: ANALOG DEVICES Semiconductor D ivision ALP Marketing Applications Operating Instructions for AD724 Evaluation Board Input Connections The AD724EB can be powered by a 5V dc wall type power supply that connects to P3. The center pin of the P3 connector is positive. Optionally it can be

AD725

Abstract: VGA to s-video circuit PAL 007 vga to tv cable circuit PAL 007 a Hsync Vsync RGB signal LCD laptop AD725EB PAL 007 E
Contextual Info: ANALOG DEVICES □ AD725 Evaluation Board Operating Instructions Input Connections The AD725 Evaluation Board can be powered by a 5V dc wall-type power supply that connects to P3. The center pin of connector P3 is positive. Optionally it can be powered by +5V and ground via P6.

Hsync Vsync RGB signal LCD laptop

Abstract: 15 pin vga to video out rca Hsync Vsync RGB LCD laptop vga extender AD723EB AD723 ammeter selector AD723E s-video connector female vga a rca
Contextual Info: a AD723 Evaluation Board Operating Instructions Input Connections Power The AD723 Evaluation Board can be powered by a 3-3.3V dc wall-type power supply that connects to P3. The center pin of connector P3 is positive. Optionally it can be powered by +3-3.3V and ground via P6.

18dBmin

Contextual Info: TDP VIEW 1 • 1,41 P8 TTIP TRING 1 I 1.41 RTIP P2 RRING ELECTRICAL SPECIFICATIONS! NDTES 1.0 TURNS RATIO P3-P1) ■ (J 2 -J 1 ) (P 7 -P 5 ) i ( J 5 -J 4 ) I 1 I 1,41 ± 3 / 2.0 INDUCTANCE (P3-P1) j (P 7 -P 5 ) ■ 1.2mH MIN, g 0,1V, lOOKHz 3.0 LEAKAGE INDUCTANCE P3-P1 (WITH J2 AND J1 SHDRT)