500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Top Results

Part Manufacturer Description Datasheet BUY
TPL9202PWPG4 Texas Instruments 8-Channel Relay Driver with Integrated 5V LDO and Brown-Out Detection 20-HTSSOP -40 to 125 visit Texas Instruments
TPL9202PWPR Texas Instruments 8-Channel Relay Driver with Integrated 5V LDO and Brown-Out Detection 20-HTSSOP -40 to 125 visit Texas Instruments Buy
TPL9202PWPRG4 Texas Instruments 8-Channel Relay Driver with Integrated 5V LDO and Brown-Out Detection 20-HTSSOP -40 to 125 visit Texas Instruments
TPL9202PWP Texas Instruments 8-Channel Relay Driver with Integrated 5V LDO and Brown-Out Detection 20-HTSSOP -40 to 125 visit Texas Instruments
LM305 Texas Instruments ADJUSTABLE POSITIVE LDO REGULATOR, PDSO8, 8 PIN visit Texas Instruments
LM305A Texas Instruments ADJUSTABLE POSITIVE LDO REGULATOR, PDSO8, 8 PIN visit Texas Instruments

relay pin out diagram

Catalog Datasheet MFG & Type PDF Document Tags

11-pin relay pin out diagram

Abstract: material, to an additional electrode. (To be connected to pin 7). (In the diagram this electrode is , controller to pin 8 of the next con- Example 1 The diagram shows the level control connected as max , 10 Master (GND) Slave (NC) Operation Diagram 7 (PE) 7 8 9 6 5 Sync. out , '¢ For filling or emptying applications â'¢ Low-voltage AC electrodes â'¢ Easy installation with 11 pin , relay â'¢ LED indication for: Output ON, Power ON â'¢ Possibility of serial connection Product
-
Original

S 196 156 230

Abstract: 156 relay (pin 5) in liquid Relay ON Relay ON Example 2 OUT (Discharging) Example 4 IN (Charging , .) (IEC 60664) The relay releases (OUT)/operates (IN) when the min. electrode is no longer in contact , non-conductive material, an additional electrode must be used. (To be connected to pin 7. In the diagram this , as max. or min. control, i.e. registration of 1 level. The relay operates (OUT)/releases (IN) when , operates (OUT)/releases (IN) when the liquid reaches the max. electrode (pin 5), provided that the min
-
Original

6v 5 pin relay

Abstract: 2hz clock generator PIN PLASTIC DIP DTO 1 TIME BASE Nov. 1993 V DD (+V) 2 15 X2 VF OUT 3 , OUT SET RELAY PULSE 7 10 8 9 LSI 16 APPLICATIONS: · Remote telephone line , ) each Part Number has the Set Relay Level option on Pin 8. The 32 KHz option is on Pin 2 with one , Discriminator to be disabled, enable the Disconnect Timer and bring Set Relay Level high at Pin 8. When the Disconnect Timer times out (20 seconds) a highgoing pulseoccurs at Pin 1. Normally, Pin 1 externally connects
LSI Computer Systems
Original
Abstract: . â'¢ The block diagram is as follows. Vcc1 Vcc1 from IF AFC Out 1/2 Vcc AFC Control Signal , state Figure 2 Block Diagram of AFC Switch Power Supply Power Supply Relay Controller +5 V Power Supply (Pin 15) â'¢ Drives the power supply relay directly by a control signal from the tuner , controller and remote control pre-amp. 5 Home Print HA11539NT HA11539NT Vcc Relay Driver Out , Diagram of Power Supply Relay Controller Reset Circuit for Tuner Microcomputer The reset pulse for the Hitachi Semiconductor
Original

S 196 156 230

Abstract: S196 levels. The relay operates (OUT)/releases (IN) when the liquid reaches the max. electrode (pin 5 , ) (cont./elec.) (IEC 60664) The relay releases (OUT)/operates (IN) when the min. electrode is no , operates (OUT)/releases (IN) when the electrode (pin 6) is in contact with the liquid. An additional , (charging) or OUT (discharging). to the load cables (mains). The screen is connected to pin 7 , liquid Relay ON Relay ON Example 2 OUT (Discharging) Example 4 IN (Charging) Power supply
Carlo Gavazzi
Original
S 196 156 230 S196 S 195 166 230 datasheet transistor S196 MARKING S196 S196166

relay pin out diagram

Abstract: relay 5 pin out diagram DC SOLID STATE RELAY Series SJD20BB 250 mA, 28 VDC QUAD OPTICALLY ISOLATED Part Number* Relay Description SJD20BB 250 mA, 28 VDC Quad Solid State Relay with Thermal and Short Circuit , Typ 4.5 Max Units 5.5 Vdc (VINPUT=2.4 Vdc, Each Relay) 4 mA (VINPUT=0.7 Vdc, Each Relay) 16 mA 5 FEATURES/BENEFITS · Optical Isolation-Isolates control elements from load transients. · Meets MIL-STD-704 Requirements for Relay Outputs-Allows relay to be used in
Teledyne Relays
Original
relay pin out diagram relay 5 pin out diagram TELEDYNE RELAYS DATE CODE MIL-PRF-28750 MIL-STD-461

MLX81150

Abstract: transistor smd code marking KEY Rev 013 MLX81150 LIN-Slave for relay and DC motor control Contents 1. 2. 3. FUNCTIONAL DIAGRAM , for relay and DC motor control 1. Functional diagram RTG PS VDDA OSC1 OSC2 OSCI1 VS VDDD AD1 , LIN-Slave for relay and DC motor control 2. Pin description Pin No. TQFP48 Pin No. QFN32 Pad count Pin , pin for Analogue part Ground pin for Relay Driver Ground pin for LIN Regulator output (~3.3 V , read out the status of relay contacts, Current sense function for shunt current Push pull output with
Melexis
Original
transistor smd code marking KEY marking code E2 p SMD Transistor high voltage adc SMD TRANSISTOR MARKING 3B QFN32 pad ISO-7637-2 pulse 5 MLX16 J2602 ISO/TS16949 ISO14001

define RELAY DRIVER

Abstract: sn75437 V LC1107AC 5 LC1107AC Quad Relay/Peripheral Driver Outline Diagram 16-Pin Plastic DIP , SN75437, UDN2541B, and DS3658 devices 16-pin plastic DIP Applications Relay drivers Lamp drivers , supplied in a standard 16-pin plastic DIP. LC1107AC Quad Relay/Peripheral Driver User Information , state Z = High-impedance state Figure 1. LC1107AC Device Logic Diagram and Truth Table Pin Descriptions Pin Symbol Name/Function 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 OUT A CLAMP 1 OUT B GND GND
-
OCR Scan
define RELAY DRIVER relay CMOS technology 51AL230230 D-8000 J32562 DS87-319SMOS

VOLTAGE LEVEL RELAY SM 125 220

Abstract: VOLTAGE LEVEL RELAY SM 125 220 156 Operation Diagram Power supply Max. Min. Relay (charging: in) Relay (discharging: out) Accessories , ) Reaction time 6 Vpp (IEC 60364-4-41, FELV) 1.5 mA 150 µA 15 µA Clock in: pin 9 Clock out: pin 8 , . detection of 2 levels. The relay operates (out)/releases (in) when the liquid reaches the max. electrode (pin 5), provided that the min. electrode (pin 6) is in contact with the liquid. The relay releases , in example 2. Pin 8 (clock out) and pin 9 (clock in) are connected to synchronize the clock in all
Carlo Gavazzi
Original
VOLTAGE LEVEL RELAY SM 125 220 VOLTAGE LEVEL RELAY SM 125 220 156 VOLTAGE LEVEL RELAY SM 125 230 siemens IEC 60947-5-1 RELAY CASCADING 5 pins relay pin diagram
Abstract: LIN-Slave for relay and DC motor control 1. Functional diagram RTG PS OSC1 VDDA OSC2 OSCI1 , part 12 17 2 GNDH Pwr Ground pin for Relay Driver 15 21 1 GNDL Pwr , 2 n.c. KEY1 1 PWM2 KEY0 PWM1 Table 2: Pin Out description MLX81150 â , GNDCAP Figure 2 â'" Principle application diagram showing a common relay driver controlled by external , practical realization in principle: Figure 3 â'" Principle application diagram showing a common relay Melexis
Original
Abstract: MLX81150 LIN-Slave for relay and DC motor control Contents 1. FUNCTIONAL DIAGRAM , LIN-Slave for relay and DC motor control 1. Functional diagram RTG PS OSC1 VDDA OSC2 OSCI1 , part 12 17 2 GNDH Pwr Ground pin for Relay Driver 15 21 1 GNDL Pwr , 2 n.c. KEY1 1 PWM2 KEY0 PWM1 Table 2: Pin Out description MLX81150 â , GNDA GNDL GNDCAP Figure 2 â'" Principle application diagram showing a common relay driver Melexis
Original

photoreceptor

Abstract: HA1151 illustrates the block diagram of the AFS switch. Power Circuit +5V Power Supply (Pin 15) The power supply , the block diagram of the power supply relay control circuit. A stabilized on-chip +5V power supply , ® - I A m Relay Power Supply Relay Control Circuit Block Diagram l 68 HA11510NT , circuit Pin 9 out put for input at Pin 11) can be amplified up to 66dB by a damping resistance of 20ki2 at , relay control output Channel select microcomputer peripheral circuits · On-chip buffer amp for volume
-
OCR Scan
photoreceptor HA1151 LZ 173 relay HA1151ONT TP30O

transistor D613 equivalent

Abstract: TRANSISTOR D613 123455678 LIN-Slave for relay and DC motor control #29;#21;#22;CA#22;CF8 1. FUNCTIONAL DIAGRAM , LIN-Slave for relay and DC motor control #19;#22;8#24;AF#20;E#19;#17;C#19;#21;#22;8 Pad count Pin No. TQFP48 Pin No , Ground pin for Analogue part 12 17 2 GNDH Pwr Ground pin for Relay Driver 15 21 , input for read out the status of relay contacts, Current sense function for shunt current Push pull , #20; AB59 D73E AB5#16; 567 D735 869 C 9F #21;B#22;9 #21;B#22;F !"! Table 2: Pin Out
-
Original
transistor D613 equivalent TRANSISTOR D613 transistor bc 567 41e hall sensor transistor marking 9D

TIME BASE GENERATOR 10HZ

Abstract: 2713Hz VIEW STANDARD 16 PIN PLASTIC DIP DTO |T C/J m VDD TIME BASE 2 m X2 VF OUT (T 33 X1 V1 OUT |T f- CO m FREQ IN FDEN (T CTI O 33 AMP IN DTEN INPUT (T ro S AMP OUT SET RELAY/PULSE OUTPUT \T_ m , DESCRIPTION PIN FUNCTION DESCRIPTION DTO Disconnect timer time out. Active high pulse generated at the end of , AMP OUT Amplified Tone. Usually connected to the FREQ pin. 12 AMP IN Tone input for low level (to â , D1-D4=IN4002 Q1=MPSA42 XTAL=32«768Khz FIGURE 2 vdo LS7502 reset freq in set relay vi out fden dten in vss
-
OCR Scan
LS7503 LS7505 LS7506 LS7508 TIME BASE GENERATOR 10HZ 2713Hz 8 pin relay pin out diagram CLOCK GENERATOR 10HZ 768HZ LS7501 LS7510 LS7504

777080-01

Abstract: CH10 . IN and OUT 26-pin male, latching type, ribbon-cable internal connectors Relay screw terminals , CH16 COM 16 NC 16 Figure 1. ER-8 and ER-16 Block Diagram Up to 8-Channel Relay Control Up to 24 , -Channel Relay Control *2 Port A NB7 Cable +5 V OUT NB1 Cable DAQCard-700/ PC-LPM-16 ER , , Port BB NB1 Cable NB7 Cable Port B Up to 16-Channel Relay Control ER-16 OUT IN Port , DAQCard-AO-2DC Up to 48-Channel Relay Control Port A, Port B Cable *1 +5 V OUT Port DC IN
National Instruments
Original
777080-01 CH10 CH11 8 pin relay connection PC-ER-16 5 pin relay NO NC ER-8/16 DIO-24 DIO-32 SC-205X
Abstract: 8.0 seconds). o o CONNECTION DIAGRAM: TOP VIEW STANDARD 16 PIN PLASTIC DIP Ln OO I-* 00 DTO TIME BASE 73 xi VF OUT (T V1 OUT (T GO FDEN ( T DESCRIPTION The LS7501 â , FREQ IN 77] AMP IN 11 AMP OUT SET RELAY/PULSE OUTPUT ( T 73 RESET RESET RELAY , DESCRIPTION PIN FUNCTION DESCRIPTION 1 DTO Disconnect timer time out. Active high pulse , DTEN input (Pin 6), causing an internal flip-flop to set an the set relay output (Pin 8) to go high -
OCR Scan
LS7507

LS7505

Abstract: LS7503 frequencies. TABLE 1 CONNECTION DIAGRAM: TOP VIEW STANDARD 16 PIN PLASTIC DIP DTO (T m JU VDD TIME BASE 2 , ); normally connected to Pin 5. 2 TIME BASE Output clock 32,768 HZ or 8 HZ (Mask Programmable) 3 VF OUT , 11 AMP OUT Amplified Tone. Usually connected to the FREQ pin. 12 AMP IN Tone input for sinusoid 13 , BLOCK DIAGRAM 13 14 FREO IN X1 T 15 X2 AMP OUT 12 AMP IN 16 VDD FREQUENCY DISCRIMINATOR , relay output on Pin 8. The reset option can be substituted by optional mask change. NOTE (2) All
-
OCR Scan
relay 5v 5 pin 2.5V RELAY relay 5v with 5 pin 2713H LS7501-LS7510

UDN2541B

Abstract: UDN-2541 Figure 1. LC1107AC Device Logic Diagram and Truth Table Pin Descriptions Pin Symbol Name/Function 1 OUT , Relay/Peripheral Driver Outline Diagram 16-Pin Plastic DIP Dimensions are in inches and (millimeters). , Data Sheet LC1107AC Quad Relay/Peripheral Driver Features â  Standard +5 V supply operation , at lol = 150 mA â  Same pin functionality as SN75437, UDN2541B, and DS3658 devices â  16-pin plastic DIP Applications â  Relay drivers â  Lamp drivers â  LED drivers â  High-current
-
OCR Scan
UDN-2541 07ac relay Driver circuit diagram j325

HITACHI tuner

Abstract: tv tunar circuit diagram temperature. The block diagram is as follows. Power Supply +5 V Pow er Supply (Pin 15) · +5 V power supply , Point Pkwy. · Brisbane, CA 94005-1819 · (415) 589-8300 89 HA11539NT Vcc I Relay I Driver Out Reset , " J Figure 3 Block Diagram of Power Supply Relay C ontroller Reset Circuit for Tuner , te C o n tro l T uning Systems. Pin Arrangem ent Band 4 I m 1 22 21 20 19 18 17 16 15 , pulse output for tuner microcomputer - Power supply relay control output · Tuner microcomputer
-
OCR Scan
HITACHI tuner tv tunar circuit diagram 11539N

Electrovalve

Abstract: PWM IC 14 PIN , electrovalves) o Relay low-/high-side switch PACKAGES PDIP8 SO8 BLOCK DIAGRAM 10.45 V TURN-ON , Function 7 6 5 VB OUT GND n.c. PIN CONFIGURATION PDIP8 (top view) ISET IN n.c. iC-JE , )start × LOUT VB (1) tdmag It(OUT )hold × LOUT Vc (OUT - VB)hi (2) iC-JE PWM RELAY , Nos. 403 to 408: RSET = K2 I(OUT )hold (4) Example For a relay with a starting current , Figure 3: Driver/relay combination activated via the supply pin GND 10.45 V 10.45 V LOUT
iC-Haus
Original
Electrovalve PWM IC 14 PIN G003 G008 G010 t03 package transistor pin configuration D-55294
Showing first 20 results.