LED COL 2 PIN Search Results

TOM2057

Abstract: Bright 3 colour LED matrix led schematic
Contextual Info: DOT MATRIX LED DISPLAY 50mm 2" 5 X 7 TOM2057 series Schematic Options 13 A 9 COL 1 2 3 4 8 3 5,12 4 1 5 7 6 2 7 9 COL 1 ROW 1 5 1 2 11,4 10 3 4 6 5 2 14 37.8 3 COL 1 ROW 1 3 5 B 38.1 4 grey* face Ø0.6 45.72 ROW 53.1(2.0) 2 13 7 8 3 5,12 4 1 5 7 6 2 7 Ø5.0

ts8121c

Abstract: IP101A TS8121 TS8121C schematic IP101A LQFP48 RJ8-45 IC Plus MLB160808 MDC 25 MDIO
Contextual Info: 5 R1 5.1K DVDD33 4 3 2 1 CRS/LEDMOD To set the LED mode 2 on D D DVDD33 R2 JP1 U1 5.1K COL R3 22R COL/RMII R4 1K R3 should be placed as close to IP101A as possible. R6 C R7 DVDD33 5.1K 5.1K Pin48 could be short VDD33 if interrupt funtion is not used. P3 PHYAD0/LED0

Contextual Info: Waitrony LED Dot Matrix Display C-3 PIN 1 COL COL PIN NO. PIN R O W NO. 1 4 9 (5 6 (7 7 (2 £ CCL £ CCL £J~ C CCL cr £ ££ £ CCL cr m x f rrrrr CODE A PIN R O W NO. 1 (9 4 (5 5 (1 6 (7 7 (2 4 5 c:£€SL cr £r cr £ €SL cr £ cr cr £ cr cr crrrr

A953

Contextual Info: MENTOR Technical Data of LED’s Technische Daten LED’s LED-Type Farbe/Colour W ellenlänge/ Wavelgth. Durchl.-Spng. Forward Voltage U F V lF = 20/*2 mA *10 mA Linsen­ farbe Lense Col. A 69 70 71 5 - C E 12 13 14 1 2 3 A 660 586 565 635 565 660 585 565

564-0300-132

Contextual Info: LED COL OR PART NUMBER and L E G E N D POSITION * 564-0300-011 BLANK 1 POSITION * RED 2 DIFFUSED POSITION RED 3 . 100 + . 0 0 2 0 . 0 4 0 +.002 6X DIFFUSED 100 + . 0 0 2 564-0300-013 * BLANK * RED 564-0300-022 * BLANK * GREEN 564-0300-033 * BLANK

BL-M07X881

Abstract: BL-M12A881 BL-M23B881 BL-M20A571 1hjz ilpi m07a BL-M23A881 BL-M07B571 BL-M12X571
Contextual Info: [ j LED Component B etL ux D O T M A T R IX D IS PLA Y BL-M07X571 Series oe p 0b c ooc 500 )00 ooc )00 ooc ©oc )00 )0Q ? iwl'4=10.16 12.70 BL-M07A571 1 ? S 4 5 ROW OOOOO BL-M07B571 1 O OOO O 2 OOOOO OOOOO S COL. ) O OOO O s OOOOO OOOOO % 5 4 PIN NCI.

Contextual Info: LED COL OR PART NUMBER POS. 1 POS. RoHS COMPLIANT 553-0XXX-100F 2 553-0211 -1 OOF RED 5 5 3-022 I IOOF GR EE N RED 553-0222-1 OOF GR EE N GREEN PIN 2 0 - RED 553-0223-1 OOF GR EE N Y E L LO W Y E LL OW Y E LL O W 553-0322-1 OOF GREEN, 553-0710-1 OOF RED/GREEN

Contextual Info: P AR T N U M B E R and L E G E N D LED COL O R PO S 1 POS 2 REV POS 3 * B L A N K * * B L A N K * GREEN RED 5 68 -0 10 0 -0 2 2 F * B L A N K * * B L A N K * GREEN GREEN 5 6 8 - 0 1 0 0 - I32F * B L A N K * RED YELLOW GREEN 5 68 -0 10 0 -2 2 0 F

Contextual Info: DIALIGHT PART N UMBER LED COL O R POSITION I 5 6 8 - 0 7 0 0 -044 F * B L A N K * 5 6 8 - 0 7 0 0 - 1 I IF * B L A N K * 5 6 8 - 0 7 0 0 -444 F * B L A N K * POSITION REV POSITION 2 POSITION 3 YELLOW/GREEN YELLOW/GREEN RED/GREEN RED/GREEN RED/GREEN YELLOW/GREEN

HFBR2416

Abstract: HFBR1414 ML4622 ML4624 ML4662 ML4667 ML6422 OPC1414 OPC2416
Contextual Info: March 1997 ML4667 Low Power 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The ML4667 is a low power high output current pin compatible version of the industry standard ML4662. The ML4667 10Base-FL transceiver combined with either the ML4622 or ML4624 fiber optic quantizer provide all

Contextual Info: March 1997 MgL M icro Linear ML4667 Low Power 10BASE-FL Transceiver G E N E R A L D E S C R IP T IO N FEATU RES Combined with the ML4622 or ML4624, offers a complete implementation of an 10Base-FL Medium Attachment Unit MAU The ML4667 is a low power high output current pin

Contextual Info: March 1997 Micro Linear ML4667 Low Power 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The ML4667 is a low power high output current pin compatible version of the industry standard ML4662. The ML4667 10Base-FL transceiver combined with either the ML4622 or ML4624 fiber optic quantizer provide all

D2388

Abstract: D245A 6R 190 C6 D141A D231A D242A 2158D D1288 d405 3R4G
Contextual Info: Mechanical Outlines - LED Display C A SE D-131 D-132 D-133 D-134 _2.54 0 . 1 J P I N 14) 15.24 19.06 (0.75) ( 0 .6 ) (0.047) —0.8(0.03) -10.1(0.4)— | -5.4(0.21) 12.6 (0.5) MIN. 00.5(0.02)— 7.62 (0.3)~ ( PIN 7 j i PIN 8 ) Circuit Diagram PIN NO. PIN NO.

mau aui

Abstract: rxc 150 NATIONAL TP 41 WITH PIN CONFIGURATION DIAGRAM AM7990 LXT901 LXT907 MB86950 MB86960 MTD907 TMS380C26
Contextual Info: MYSON TECHNOLOGY MTD907 Ethernet Encoder/decoder and 10BaseT Transceiver with Built-in Waveform Shaper FEATURES • • • • • • • • • Pin-out and functionally compatible with Level One LXT907. Built-in UTP waveform shaping function - no external filters required.

2.2 k ohm resistor

Abstract: 30287 LXT971 VBH48A DP83848 DP83848I DP83848YB LXT972M DP838 PFBI
Contextual Info: National Semiconductor Application Note 1565 Suganya Sankaran December 2006 Purpose BIN1 and 37 PFBIN2) should be externally connected to pin 23 as shown in Figure 1. A small 0.1uF capacitor should be placed close to pin 18 and pin 37. LXT972M does not require

dp83848 application

Abstract: DP8384x ethernet pmd 2017*4001 AN-1425 DP83843 DP83846 DP83847 DP83848 VBH48A
Contextual Info: National Semiconductor Application Note 1425 Brad Kennedy December 2005 1.0 Purpose functions, package and pinout, and possibly register operation. The impact to a design is dependant on which, and how, features of the previous device are used or implemented.

BUT11

Abstract: DP83847 AN-1470 DP83848 VBH48A 5c90
Contextual Info: National Semiconductor Application Note 1470 Suganya Sankaran May 2006 Purpose the regulator in DP83847. In DP83848C/I/YB, Pin 18 PFBIN1) and 37 (PFBIN2) should be externally connected to pin 23 as shown in Figure 1. A small 0.1uF capacitor should be placed close to pin 18 and pin 37. DP83847 does

DP83848M

Abstract: AN-1475 DP83847 BUT11
Contextual Info: National Semiconductor Application Note 1475 Suganya Sankaran May 2006 Purpose the regulator in DP83847. In DP83848M/T/H, Pin 16 PFBIN1) and 30 (PFBIN2) should be externally connected to pin 19 as shown in Figure 1. A small 0.1uF capacitor should be placed close to pin 16 and pin 30. DP83847 does

DP83847

Abstract: AN-1475 DP83846 2.2 k ohm resistor BUT11
Contextual Info: National Semiconductor Application Note 1475 Suganya Sankaran October 2006 Purpose the regulator in DP83847. In DP83848M/T/H, Pin 16 PFBIN1) and 30 (PFBIN2) should be externally connected to pin 19 as shown in Figure 1. A small 0.1uF capacitor should be placed close to pin 16 and pin 30. DP83847 does

80 LQFP footprint

Abstract: AN-1499 DP83846 DP83848 VBH48A VHG80A 5c90 DP83848C BUT11
Contextual Info: National Semiconductor Application Note 1499 Suganya Sankaran May 2006 Purpose PFBIN1 and 37 (PFBIN2) should be externally connected to pin 23 as shown in Figure 1. A small 0.1uF capacitor should be placed close to pin 18 and pin 37. DP83846 does not require a similar connection.

80 LQFP footprint

Abstract: VBH48A DP83848 VHG80A AN-1499 DP83846 2.2 k ohm resistor DP8384 BUT11
Contextual Info: National Semiconductor Application Note 1499 Suganya Sankaran October 2006 Purpose PFBIN1 and 37 (PFBIN2) should be externally connected to pin 23 as shown in Figure 1. A small 0.1uF capacitor should be placed close to pin 18 and pin 37. DP83846 does not require a similar connection.

LXT971

Abstract: LXT971ABC LXT971ALC label 10x10mm 2d lxt972alc -a4 DP83848 DP83848I DP83848YB LXT972A VBH48A
Contextual Info: National Semiconductor Application Note 1564 Suganya Sankaran December 2006 Purpose 1.3.1 PFBOUT Parallel capacitors 10uF Tantalum capacitor and 0.1uF should be placed close to pin 23 (PFBOUT, the output of the regulator) in DP83848C/I/YB. In DP83848C/I/YB, Pin 18 (PFBIN1) and 37 (PFBIN2) should be externally connected to pin

DP83847

Abstract: AN-1470 DP83848 VBH48A
Contextual Info: National Semiconductor Application Note 1470 Suganya Sankaran October 2006 Purpose to pin 23 as shown in Figure 1. A small 0.1uF capacitor should be placed close to pin 18 and pin 37. DP83847 does not require a similar connection. This is an informational document detailing points to be

AK-1607

Abstract: AK-1604 AK-207 AK-304-FM LED COL 2 pin telephone KEYPAD AK104 3*4 matrix keypad 304-FM AK102
Contextual Info: STANDARD KEYPADS GENERAL SPECIFICATION STANDARD MATRIX CIRCUIT DIAGRAM • Contact rating: 20mA, 24VDC AK-101 CIRC UIT DIAGRAM • Contact resistance: 200 ohm max — ^ V > R O W O UTP UT 1 ARRANG EM ENT OUTPUT PIN NO. COL 1 • Life: 1,000,000 cycles per key