COIL SCHEMATIC Search Results

L293D H-bridge motor drive

Abstract: h-bridge stepper drive circuit L293D EDE1204 555 timer for stepper motor Motor Driver IC L293D EDE1200 L293d dual h-bridge DC motor speed control using IC 555 ic L293D ic L293D Pin details
Contextual Info: EDE1204 Bi-Polar Stepper Motor IC EDE1204 Coil B Control Signal 1 Coil B Coil A 18 Coil A Control Signal Coil B Control Signal 2 Coil B Coil A 17 Coil A Control Signal Connect to +5V DC 3 +5V OSC1 16 Oscillator Connection Connect to +5V DC 4 +5V OSC2 15 Oscillator Connection

CG1A030000

Contextual Info: CG1A030000 UL 60950 File No.E108430 Outside Dimension:Unit (mm) tolerance : + - 0.2mm Schematic:Top View 3 4 Absolute Maximum Ratings COIL RATINGS (AT=20°C) Rating Unit 63 ɖ (Ų10%) Coil resistance 3 VDC Maximun Continuous voltae Nominal coil voltage 4.8

COSMO 100

Abstract: E108430 CG1A240000 DSA0040201
Contextual Info: CG1A240000 UL 60950 File No.E108430 Outside Dimension:Unit (mm) Schematic:Top View Absolute Maximum Ratings COIL RATINGS Coil resistance (AT=20°C) Rating Unit 2080 ɖ (Ų10%) Nominal coil voltage 24 VDC Maximun Continuous voltae 38.4 VDC Must operate 16.8

to125

Abstract: C2C050001
Contextual Info: Reed Relay Features C2C050001 Outside Dimension:Unit mm 1. Fully sealed. 2. 4000VDC Isolation voltage between coil and contact. Schematic:Top View Coil Ratings (AT 20ƨ) Parameter Rating Unit 200 ɖ( Ų10%) Nominal Coil Voltage 5 VDC Maximun Continuous Voltage

CG1A090000

Contextual Info: CG1A090000 UL 60950 File No.E108430 Outside Dimension:Unit (mm) Schematic:Top View Absolute Maximum Ratings COIL RATINGS (AT=20°C) Rating Unit 700 Ω (Ų10%) Coil resistance Nominal coil voltage 9 VDC Maximun Continuous voltae 15 VDC Must operate 6.3 VDC

CG1A120000

Contextual Info: CG1A120000 UL 60950 File No.E108430 Outside Dimension:Unit (mm) Schematic:Top View Absolute Maximum Ratings COIL RATINGS Coil resistance (AT=20°C) Rating Unit 1050 ɖ (Ų10%) Nominal coil voltage 12 VDC Maximun Continuous voltae 19.2 VDC Must operate 8.4

VB125ASP

Contextual Info: VB125ASP HIGH VOLTAGE IGNITION COIL DRIVER POWER I.C. TYPE VB125ASP Vcl 340V Icl 11.1A ICC 200mA PRIMARY COIL VOLTAGE INTERNALLY SET COIL CURRENT LIMIT INTERNALLY SET • LOGIC LEVEL COMPATIBLE INPUT ■ BATTERY OPERATION ■ SINGLE FLAG-ON COIL CURRENT

MBB relay

Abstract: Make before break relay 6v coil relay coil 10v
Contextual Info: DEFINITION OF RELAY TERMINOLOGY DEFINITION OF RELAY TERMINOLOGY COIL also referred to as primary or input 1. Coil Designation Single side stable type Non-polarized Polarized + 1 coil latching type — 2 coil latching type 4-terminal + 3-terminal + + or —

VB125ASP

Contextual Info: VB125ASP HIGH VOLTAGE IGNITION COIL DRIVER POWER I.C. TYPE VB125ASP Vcl 340V Icl 11.1A ICC 200mA PRIMARY COIL VOLTAGE INTERNALLY SET COIL CURRENT LIMIT INTERNALLY SET • LOGIC LEVEL COMPATIBLE INPUT ■ BATTERY OPERATION ■ SINGLE FLAG-ON COIL CURRENT

5 hp DC motor speed control using scr

Abstract: single phase scr arc welding control schematic welding rectifier circuit board relay 5 pin 12v 6a about the dc relay relay 12v 200 ohm TUBE Light Choke Coil Winding 240v AC voltage stabilizer schematic diagram welding transformer SCR SCR TRIGGER PULSE TRANSFORMER
Contextual Info: Relay Technical Information Definition of Relay Terminology COIL also referred to as primary or input • Nominal Coil Voltage (Rated Coil Voltage) A single value (or narrow range) of source voltage intended by design to be applied to the coil or input.

magnetic reed switch bistable

Abstract: tunnel diode circuit diagram electronic choke for tube light four relay stabilizer circuit diagram SPARK quench
Contextual Info: Relay Technical Information Definition of Relay Terminology COIL also referred to as primary or input • Nominal Coil Voltage (Rated Coil Voltage) A single value (or narrow range) of source voltage intended by design to be applied to the coil or input.

BS5057

Abstract: Reed Relay 12VDC ED14132 high voltage reed relay Reed Relay 5VDC ED14133 ED14146 ED14232 ED14134 ED14234
Contextual Info: Coil Details at 25˚C, 75% RH One Form A, one Form B. Typical operate time Typical release time Typical bounce time 8KVdc switching. 1.0 - 1.5mS without coil lag 0.5 - 1.0mS (without coil lag) 0.5 - 1.0mS 17KVdc coil to contact isolation. Contact Details

Matsushita Relay Technical Information, nr

Abstract: metal conduit matsushita relay contact wear failure analysis Decibel Dummy Load SPARK quench Ultrasonic welding generator arc welding transformer catalog conduit matsua 240v coil 24V dc power RELAY
Contextual Info: Relay Technical Information Definition of Relay Terminology COIL also referred to as primary or input • Nominal Coil Voltage (Rated Coil Voltage) A single value (or narrow range) of source voltage intended by design to be applied to the coil or input.

BS6195

Abstract: ED14132
Contextual Info: Coil Details at 25˚C, 75% RH One Form A, one Form B. Typical operate time Typical release time Typical bounce time 8KVdc switching. 1.0 - 1.5mS without coil lag 0.5 - 1.0mS (without coil lag) 0.5 - 1.0mS 17KVdc coil to contact isolation. Contact Details

VB125ASP

Contextual Info: VB125ASP  HIGH VOLTAGE IGNITION COIL DRIVER POWER I.C. TYPE VB125ASP Vcl 340V Icl 11.1A ICC 200mA PRIMARY COIL VOLTAGE INTERNALLY SET COIL CURRENT LIMIT INTERNALLY SET • LOGIC LEVEL COMPATIBLE INPUT ■ BATTERY OPERATION ■ SINGLE FLAG-ON COIL CURRENT

VB125SP

Abstract: COIL CLAMPING DIODE ICL 135
Contextual Info: VB125SP  HIGH VOLTAGE IGNITION COIL DRIVER POWER IC TARGET DATA TYPE VB125SP • ■ ■ ■ ■ ■ VCL 370 V ICL 9A ICC 200 mA PRIMARY COIL VOLTAGE INTERNALLY SET COIL CURRENT LIMIT INTERNALLY SET LOGIC LEVEL COMPATIBLE INPUT BATTERY OPERATION SINGLE FLAG-ON COIL CURRENT

Contextual Info: Choke Coil Power Choke Coil NS Series Industry/Field: Information communications, Amusement Strengthening the product lineup Miniature design, large current-carrying capacity, and high efficiency ● Development Target: Producing a low-loss, high-efficiency choke coil for VRM

KC 215

Contextual Info: Choke Coil Power Choke Coil NS Series Industry/Field: Information communications, Amusement Strengthening the product lineup Miniature design, large current-carrying capacity, and high efficiency • Development Target: Producing a low-loss, high-efficiency choke coil for VRM

WB260

Abstract: leach relay 250 Leach Coil 28VDC w260 SF250-r4
Contextual Info: WB260 ENGINEERING DATA SHEET RELAY - NONLATCH 2 PDT, 2 AMP, BIFILAR COIL Non polarized, non latching hermetically sealed relay with bifilar coil Contact arrangement 2 PDT Coil supply Direct current Accordance with MIL-PRF-39016/22 PRINCIPLE TECHNICAL CHARACTERISTICS

Leach Coil 28VDC

Abstract: w260 SF250R4
Contextual Info: WB260 ENGINEERING DATA SHEET RELAY - NONLATCH 2 PDT, 2 AMP, BIFILAR COIL Non polarized, non latching hermetically sealed relay with bifilar coil. 2 PDT Contact arrangement Coil supply Direct current Accordance with MIL-R-39016/22 PRINCIPLE TECHNICAL CHARACTERISTICS

MIL-PRF-6106

Abstract: 12V 200 ohms spdt relay
Contextual Info: BR237 Miniature 25 Amps • 3PST, 1PDT Magnetic Latching To MIL-PRF-6106 SPECIFICATIONS GENERAL Latch/Reset Time: DC Coil AC Coil 15 ms max 50 ms max Excluding bounce time at nominal coil voltage Contact Arrangement . 3PST, 1PDT

Leach International F250

Abstract: SO9005
Contextual Info: WB260 ENGINEERING DATA SHEET RELAY - NONLATCH 2 PDT, 2 AMP, BIFILAR COIL Non polarized, non latching hermetically sealed relay with bifilar coil. 2 PDT Contact arrangement Coil supply Direct current Qualified to MIL-PRF-39016/22 PRINCIPLE TECHNICAL CHARACTERISTICS

Contextual Info: Consumer, Industrial Freescale Single-Coil Wireless Charger Reference Design Exceptional performance at a low cost Target Applications Overview • 5 W single-coil wireless charging The 5W1COILTX is a 5 W single-coil transmitter reference design based on the Freescale

MIL-PRF-83536

Abstract: 2pdt latch relay BR247 Babcock relay
Contextual Info: BR247 Miniature 10 Amps • 2PDT Magnetic Latching To MIL-PRF-83536 SPECIFICATIONS Latch/Reset Time: GENERAL DC Coil AC Coil 10 ms max 20 ms max Excluding bounce time at nominal coil voltage Contact Arrangement . 2PDT 2 Form C