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Part : LET'S MAKE PROJECT PROGRAM. RELAY PIC Supplier : MikroElektronika Manufacturer : TME Electronic Components Stock : 4 Best Price : $113.60 Price Each : $113.60
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relay pin out diagram

Catalog Datasheet MFG & Type PDF Document Tags
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 -
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11-pin relay pin out diagram CLP2FA1BM24 CLP2FA1B115 CLP2FA1B230 ZPD11
Abstract: (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 -
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S 196 156 230 156 relay datasheet transistor S196 transistor s196 s196 S196166
Abstract: 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
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6v 5 pin relay 2hz clock generator digital frequency meter circuit diagram 14 pin relay datasheet 5 pin relay 6v 8 pin relay datasheet LS7501-7510 A3800 LS7501 LS7510 2713H IN4002
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
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Abstract: 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
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S 195 166 230 MARKING S196 S411 S195 s 196 166 115 10ASPDT
Abstract: 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
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relay 5 pin out diagram TELEDYNE RELAYS DATE CODE MIL-PRF-28750 MIL-STD-461
Abstract: 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
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transistor smd code marking KEY marking code E2 p SMD Transistor high voltage adc ISO-7637-2 pulse 5 SMD TRANSISTOR MARKING 3B QFN32 pad MLX16 J2602 ISO/TS16949 ISO14001
Abstract: 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 -
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define RELAY DRIVER relay CMOS technology 51AL230230 D-8000 J32562 DS87-319SMOS
Abstract: 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 uA 15 uA 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
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VOLTAGE LEVEL RELAY SM 125 220 VOLTAGE LEVEL RELAY SM 125 220 156 VOLTAGE LEVEL RELAY SM 125 230 RELAY CASCADING siemens IEC 60947-5-1 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
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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
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Abstract: 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 -
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HA1151 LZ 173 relay photoreceptor HA1151ONT TP30O
Abstract: 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 -
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transistor D613 equivalent TRANSISTOR D613 41e hall sensor
Abstract: 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 -
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LS7503 LS7505 LS7506 LS7508 TIME BASE GENERATOR 10HZ 2713Hz 8 pin relay pin out diagram 768HZ LS7504 LS7507
Abstract: . 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
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5 pin relay NO NC 777080-01 8 pin relay connection CH10 CH11 fuse ch10 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 -
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Abstract: 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 -
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relay 5v 5 pin 2.5V RELAY relay 5v with 5 pin LS7501-LS7510
Abstract: 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 -
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07ac UDN-2541 j325 relay Driver circuit diagram
Abstract: 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 -
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HITACHI tuner tv tunar circuit diagram 11539N
Abstract: , 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
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Electrovalve PWM IC 14 PIN 601 so8 PWM Solenoid control PDIP-8 led circuits D-55294
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