THE COIL Search Results

njk1140

Abstract: NJK1120A heater dispenser cathode NJK1120
Contextual Info: NJK1140 Heater The NJK1140 is a heater for the NJK1120A small dispenser cathode, which provides effective heating. - Features -The Rhenium tungsten is easy to handle The coiled-coil design is utilized to make the radiation area wide. The Aluminum oxide is coated, and the “dark” coating treatment is applied on the surface to increase

3DC15F-0720J

Contextual Info: 3DC15F 3-Axes Transponder Inductor 3DCoils SMD Foam Label 3D Coil 17.5x15.5x5 mm MAX (2.47 mH – 7.2 mH) Characteristics - Evolution of the 3DC15 series. - The foam, placed on the top of the part, absorbs better the shocks and, thus, improves the mechanical performance of the piece.

arcing spice model

Abstract: relay spice model 5.0000m
Contextual Info: Simulating with SPICE - an electromechanical example. In this study we look at how SPICE can be used to model a relay in some detail. The schematic shows the full model which is split into the following parts : The coil and drive. The transistor drives the coil which is represented by the components between the collector and supply, V3.

TXD2-12V-3

Contextual Info: TX-D TESTING High breakdown voltage type is available 1.5 kV between open contacts 2. Approved to the supplementary insulation class in the EN standards (EN60950). The insulation distance between the contact and coil meet the supplementary insulation class of the

Contextual Info: TX-D High Breakdown Voltage Relay RoHS compliant FEATURES 1. Approved to the supplementary insulation class in the EN standards EN60950 . The insulation distance between the contact and coil meet the supplementary insulation class of the EN60950 standards as required for

Contextual Info: 3DC11F 3-Axes Transponder Inductor 3DCoils SMD Foam Label 3D Coil 13x11.6x4.2mm(2.38mH - 7.2mH) Low Profile Characteristics - Evolution of the 3DC11LP series. - The foam, placed on the top of the part, absorbs better the shocks and, thus, improves the mechanical

Contextual Info: SMTPowerInductorSelectionGuide L x l CAPACITY This chart shows the approximate L x I capacities of each of the Coilcraft surface mount power inductor families. To use the chart, find the point that represents the desired inductance and the required saturation current.

automotive ecu circuit

Abstract: ignition coil ignition module automotive ignition coil on plug coil ignition ignition coil IGBT automotive ignition hall effect sensor ignition automotive ecu automotive distributorless Ignition
Contextual Info: Hybrid ICs Automotive Electronics IGNITION MODULE for Ignition System • Description Ignition module controls the current through the ignition coil. Ignition module receives the ignition signal from the crank position sensor or the ECU and turns the power transistor On/Off by

Contextual Info: 72 SMTPowerInductorSelectionGuide L x l CAPACITY This chart shows the approximate L x I capacities of each of the Coilcraft surface mount power inductor families. To use the chart, find the point that represents the desired inductance and the required saturation current.

TXD2-3V

Abstract: TXD2-2M-12V TXD2-24V TXD2-2M-5V AgPd 9v RELAY WITH 5 PIN 9v RELAY relay 5v 4 pin relay 6v 5 pin relay 6v dc
Contextual Info: TX-D TESTING New Stronger Surge Breakdown Type 6,000 V . Conforming to the supplementary insulation class of EN Standards (EN60950) 2. Approved to the supplementary insulation class in the EN standards (EN60950) The insulation distance between the contact and coil meet the

TXD2-2M-5V

Abstract: NAIS TXD2-12V NAIS Relay TXD2 TXD2-3V datasheet relay NAIS 5v 5 pin TXD2-5V NAIS Relay 5v txd2 nais relay 24V 10 A NAIS Relay 4.5v
Contextual Info: TX-D TESTING HIGH INSULATION RELAYS Conforming to the supplementary insulation class of EN Standards (EN41003 TX-D RELAYS FEATURES • Approved to the supplementary insulation class in the EN standards (EN41003). The insulation distance between the contact and coil meet the supplementary

rvdt operation

Abstract: IC LVDT lvdt high precision rvdt LVDT Position Indicators lvdt theory high precision lvdt lvdt block diagram
Contextual Info: SECTION IV Theory of Operation of Modern RVDT/LVDT-to-Digital Converters ing the coils in series opposing the output will be at a null. When the core moves from null the flux paths will have different reluctances and the output voltages will be different. The coil toward which the core moved will

atmel 438

Abstract: murata coil Murata LQH32CN*M11 GRM42 ILS-3825-03 LQH32CN4R7M11 800H-2
Contextual Info: T8xC5121 DC/DC Guidelines This application note explains the operation of the DC/DC converter and how select the DC/DC coil and the filtering capacitor. Introduction The DC/DC converter is able to supply an ouput voltage CVCC in the range of 1.8V, 3V and 5V from an input voltage in the range of 2.85V to 5.4V. CVCC can be programmed by setting the SCICR register.

Inductive

Contextual Info: Inductive sensors ቢ ቢ ባ ቤ ብ ባ ቤ Switch end position Threshold value switch Oscillator Coil Metal plate Proximity switch Hysteresis: H Hysteresis is the difference between the switch-on point as the object approaches the sensor, and the switch-off point as the

LQH32CN100K53K

Abstract: AT83C26 Application Note LQH32CN100K53L AT83c26 LQH32CN100K33 GRM42 LQH32CN100K33L SCR pwm
Contextual Info: AT83C26 DC/DCA and DC/DCB Guidelines This application note describes the operation of the DC/DCA and DCDCB converters. It explains how to select the DC/DC coil and the filtering capacitor. The layout constraints are also described. Introduction The DC/DCA converter is able to supply an ouput voltage CVCC in the range of

"Piezoelectric actuator"

Contextual Info: Ordering number : ENA2010 LC08101CT Bi-CMOS IC Shaft Slide Actuator Driver IC Overview The LC08101CT is a Shaft Slide Actuator Driver IC. Features The shaft slide actuator can be driven simply by I2C communication. Constant current control is exercised for the output of the supply to suppress the fluctuation in the coil current due to the

Contextual Info: Document 556 Coilcraft Conical Inductors Coilcraft offers two versions of conical inductors, the BCL and the BCS. The BCL comes with “flying leads” designed for hand soldering to the PC board and allows for varying the angle at which it is mounted. The BCS is

DC DC Converters Circuit diagrams

Abstract: ac drive electronic circuit diagram circuit diagram power SWITCHING converter circuit dc dc 100V converter circuit diagram
Contextual Info: AC/DC converter Block Diagram The operating the principle is switching regulator based on chopper form. Positive power supply The one with the external coil The one with the bulit-in coil Point A Point A 141V Input pin Output pin Switchig circuit 141V Coil connect pin

IGNITER COIL

Abstract: IGT002 IGT-002 230-240V "ignition coil" IGNITER ignition coil
Contextual Info: Ignition Coil IGT002 Type Features Via the system-provided input voltage 230-240V, the high voltage coil is stimulated and gives the voltage output between 14KVo-p & 25KVo-p to start up the ignition system of the gas furnance or the molecule ozonization of air cleaning M/C.

Contextual Info: RT 2000 Flexible split-core Rogowski coil for the electronic measurement of AC waveform currents, with galvanic isolation between the primary circuit power and the secondary circuit (measurement). The patented Perfect Loop Technology deinitely solves the problem

Contextual Info: RT 2000 Flexible split-core Rogowski coil for the electronic measurement of AC waveform currents, with galvanic separation between the primary circuit power and the secondary circuit (measurement). The patented Perfect Loop Technology definitely solves the problem

Contextual Info: RT 500 Flexible split-core Rogowski coil for the electronic measurement of AC waveform currents, with galvanic separation between the primary circuit power and the secondary circuit (measurement). The patented Perfect Loop Technology definitely solves the problem

Contextual Info: RT 500 Flexible split-core Rogowski coil for the electronic measurement of AC waveform currents, with galvanic isolation between the primary circuit power and the secondary circuit (measurement). The patented Perfect Loop Technology deinitely solves the problem

OZONIZER

Abstract: igniter electronic schematic 230-240V
Contextual Info: Ignition Coil IGT004 Type Features Via the system-provided input voltage 230-240V, the high voltage coil is stimulated and gives the voltage output between 14KVo-p & 25KVo-p to start up the ignition system of the gas furnance or the molecule ozonization of air cleaning M/C.