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Part Manufacturer Description PDF & SAMPLES
L4989-COIL Littelfuse Inc COIL TEST L4989 (MR)
F0423A Pontiac Coil SOLENOID OPEN 1/2 CONT 24VDC
F0452A Pontiac Coil SOLENOID OPEN 1 INTER 12VDC
F0481A Pontiac Coil SOLENOID TUBULR 7/8 CONT 12VDC
G0403A Pontiac Coil SOLENOID LATCH 3/8 PULSE 12VDC
F0431A Pontiac Coil SOLENOID OPEN 3/4 CONT 12VDC

"coil capacitance"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: with a nominal 10 pf internal tuning capacitance on the coil pins to allow the customer to select the , of the 10 pf devices are designed with a nominal 10 pf internal tuning capacitance on the coil pins , external capacitance across the coil pins. Since the internal tuning capacitance is 10 pf nominal, the , (uH) antenna, then Figure 3 shows that the total coil pin tuning capacitance should be 46 pf. Since the internal tuning capacitance is 10 pf nominal, add a 36 pf ceramic chip capacitor across the coil Atmel
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active rfid tag circuit diagram matching RFID loop antenna 13.56 RFID loop antenna 134 KHz 125 kHz RFID parallel antenna small loop antenna 13.56 125 kHz RFID tag antenna
Abstract: Type Function ANT Coil RF Coil OSC Coil Padding Capacitance * * VCD Standard V Range * RBW05V 5PA , Function ' 7P I 7PA ANT Coil - RF Coil 5VLS OSC Coil 270 -390pF Padding Capacitance * * VCD KV1280 0 .7 , COIL BLOCKS T O K O 10 a m r f is iìs o AM RF Tuning Coil Units . (8.5 x 21 x 8.5mm , RBT07VS Features RBW05V. RBW07VB. RBW07VC · All-in-one ANT coil, local oscillator coil, VCD, and , MW, LW 2-band antenna coil, oscillator coil, VCD, padding capa citor, and stray capacitor all-in-one -
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KV1260 Toko variable coil mw osc coil AM osc coil toko toko "variable capacitor" RBW07V3 RBQ07VB RBQ07VA RBT07VC RBT07VCI RBT07VCO
Abstract: Release Time Without coil suppression 0.05 ms 0.1 pF 1000 108 Cycles Capacitance , Relay Module 4 input / 2 output COIL DATA Contact Form Switch Model All Data at 20 °C * 4A 2A2B 80 Coil Resistance Coil Voltage VDC Min. Pull-in Voltage Drop-out Voltage Nominal Coil Power VDC VDC mW Min. Typ. Max. Max. Min. Typ. 166.5 185 203.5 3.75 0.5 135 Max. * The pull-in / drop-out voltage and coil Meder Electronic
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JESD22A113-A JEDEC wave MEDER rm05 166 relay JESD22-A113-A RM05-4A-S-4/2 RM05-2A2B-S-4/2 JESD22-A113A
Abstract: measurements versus the reading distance. CR Reader antenna capacitance LR Reader coil inductance , consisting of an inductor, a capacitor and a resistor (see figure 1). CR LR Driver Antenna coil , cylinder material. This material can have a major influence on the antenna coil inductance and on the Q factor of the coil. A higher Q factor results in a higher possible influence due to the lock cylinder , with the mounting accuracy of the antenna coil. Therefore, the Q factor should not be set to a value Temic Semiconductors
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U2270B AM antenna coil Antenna Coil 125 kHz "reader coil" 356N tk5550f u2270b demo
Abstract: Capacitance Measured w/ nominal Voltage Without coil suppression Switch Model Contact form Conditions , Release Time Capacitance Measured w/ nominal Voltage Without coil suppression Switch Model Contact , electronic RM Series RF Reed Relay Module 4 input / 2 output COIL DATA Contact Form Switch Model Coil Voltage Coil Resistance Max. Min. Typ. Max. Pull-in Voltage Drop-out Voltage Nominal Coil Power mW Typ , 0.5 135 * The pull-in / drop-out voltage and coil resistance change at the rate of 0,4 % / °C. Meder Electronic
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RM05-6A 6AS4 bga reflow RM05-8A
Abstract: Capacitance - closed switch to coil, typical (See note 2 below) 3.0 pF Capacitance - across open switch , capacitance Due to the asymmetrical internal construction of the relay, the capacitance to the coil from one , PICKERING SERIES 118 High Coil Resistance Single-in-Line reed relays Stacks on 0.2 x 0.33 , Former-less operating coil Delicate glass/metal reed switch seal. Must be protected Diode Both , switch Bobbinless self supporting coil to maximise magnetic drive Initially, single pole Pickering Electronics
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mumetal pickering pickering electronics relay pickering relay 10E12 clacton-on-sea ISO9001
Abstract: , there are many cases in which coil height presents a difficult problem. Recently, the development of , many that have an inductance value on the order of several to 20 uH. In order to use such a coil, it , coil by increasing the switching frequency, since the peak current during switching operation , -8521) Y Externally connected components : Switching transistor, coil, diode, capacitor only Y Built-in , regulator consist only of a P ch power MOSFET or PNP transistor, coil, capacitor and diode, enabling the Seiko Instruments
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S-8520 S-8521 Toko Coil 22uh IRF7606 TRANSISTOR mosfet 9V S8521 sot 23 MA737 S-8520/8521
Abstract: equipment. CPara is the internal parasitic capacitance in parallel to the coil. CCable and CProbe are the , means of the following formula: CR = 1 CR Reader antenna capacitance LR Reader coil , a major influence on the antenna coil inductance and on the Q factor of the coil. A higher Q , the antenna coil. Therefore, the Q factor should not be set to a value of QR > 15. A good compromise , lock-cylinder material, the copper losses of the coil and the external series resistor R6. (see ID demo kit Temic Semiconductors
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temic transponder LF antenna design ANT019 TELEFUNKEN* U 413 B LR737 TL081
Abstract: connected measurement equipment. CPara is the internal parasitic capacitance in parallel to the coil , LR Reader coil inductance f0 Operating frequency In this example the capacitance is , consisting of an inductor, a capacitor and a resistor (see figure 1). CR LR Driver Antenna coil , material can have a major influence on the antenna coil inductance and on the Q factor of the coil. A , accuracy of the antenna coil. Therefore, the Q factor should not be set to a value of QR > 15. A good Atmel
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TK5561 coil antenna TMEB8704 TK5552 TK5551 TK5530
Abstract: Contacts Shield pF 0.2 Capacitance - Open Contact to Coil Shield pF 0.3 Capacitance , Capacitance u Patented Design1 u RoHS compliant (2012) APPLICATIONS u IC Testers u In-Line Relay , Parameters Test Conditions1,2 Units Min Typ Max Coil Resistance 3.3V Coil Ω 49.5 55.0 60.5 Nominal Voltage 3.3V Coil Volts DC 3.3 4.0 Must Operate Voltage 3.3V Coil Volts DC Must Release Voltage 3.3V Coil Volts DC 0.4 5V Coil Ω 144.0 COTO Technology
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B41-0001 RS-421 RS-436 B41ROHS J-STD-020B 2000H
Abstract: Release Time Without coil suppression 0.02 ms 0.1 pF 1000 108 Cycles Capacitance , Without coil suppression 0.1 ms 0.3 pF 1000 108 Cycles Capacitance Life , Relay Module 4 input / 2 output COIL DATA Contact Form Switch Model All Data at 20 °C * 4A 2A2B 80 Coil Resistance Coil Voltage VDC Min. Pull-in Voltage Drop-out Voltage Nominal Coil Power VDC VDC mW Min. Typ. Max. Max. Min. Typ Meder Electronic
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Abstract: 10E12 â"¦ Capacitance - closed switch to coil, typical (See note 2 below) 3.0 pF Capacitance - , pleased to perform life testing with any particular load condition. Note 2, Switch to coil capacitance Due to the asymmetrical internal construction of the relay, the capacitance to the coil from one , PICKERING SERIES 118 w Ne olt 3 V sion r Ve High Coil Resistance Single-in-Line reed , ) Actual size Former-less operating coil Delicate glass/metal reed switch seal. Must be protected Pickering Electronics
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Abstract: output for bipolar stepping motor · Self-adaptive pendulum drive function · Single coil solution I'm 2 or , output 2 CAP Reference input COIL Pendulum drive output C l . C4 Trimming capacitors S\ mhol Pad , capacitor of 20 |iF to 50 |iF and a single coil of typically 1.5 kQ. Temic Semiconductors A , pads VDD and COIL (see figure 1). The induced voltages in the pendulum's coil are smoothed to a dynamic , reference value, COIL pulses are generated every 15.6 ms. The pulse-width generated is dependend on the -
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EL480 Stepper Motor Quartz Clock ic D-74025
Abstract: following formula: CB = Cr Lr t'o 1 (2 x it x f , f x L r Reader antenna capacitance Reader coil inductance , capacitance (fo) 2.2 nF cR ~ Operating frequency Reader coil current I - (2 x 3 1 x f0)= x Lr 125 , close to the lock cylinder material. This material can have a major influence on the antenna coil inductance and on the Q factor of the coil. A higher Q factor results in a higher possible influence due to , Iock-cylinder material and with the mounting accuracy of the antenna coil. Therefore, the Q factor should not be -
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coil antenna cb
Abstract: Resistance (initial) Dynamic Contact Resistance (initial) Insulation Res All Isolated Pins Capacitance Across Contacts Capacitance Open Contact to Coil Capacitance Closed Contact to Coil Dielectric , time < 40Sec 50 Characteristic Impedance Low Capacitance Patented Design1 Top View Top View , +31-45-5427216 B40 4-Channel RF Relays Test Parameters Coil Resistance Nominal Voltage Must Operate Voltage Must Release Voltage Coil Resistance Nominal Voltage Must Operate Voltage Must Release COTO Technology
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US Relays and Technology 5 pin relay 12vdc 5v 10mA reed relay relay 12vdc with diode B40-0002 B40-0003 RE38381
Abstract: Capacitance Across Contacts Capacitance Open Contact to Coil Capacitance Closed Contact to Coil Dielectric Strength 1,2 49.5 3.3V Coil B40-0002 Magnetic Interaction5 0.4 149.4 5V Coil , time < 40Sec 50 Characteristic Impedance Low Capacitance Patented Design1 Top View Top View , / Fax +31-45-5427216 B40 4-Channel RF Relays Test Parameters Coil Resistance Nominal Voltage Must Operate Voltage Must Release Voltage Coil Resistance Nominal Voltage Must Operate Voltage COTO Technology
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Abstract: by increasing line impedance. Common Mode Chock Coil PLA10 Hybrid Chock Coil PLH10 , mode choke coil Suppresses common mode noise CL CB1 CB2 Across the line capacitor , Signal source 9 Noise source N Stray capacitance Stray capacitance (e.x.) Reference , (d) shows data obtained when an X-capacitor, Y-capacitor, and common mode choke coil are all used , one. This is because an actual common mode choke coil contains a certain amount of differential mode -
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PLY10A8720R7D inductance of common mode choke common mode choke coil choke coil inductor common mode choke Conduction disturbance PLY10
Abstract: = coil resistance in kiloOhms C = capacitance in microFarads The series resistor must be between 0.5 , Page 1 of 4 COIL CHARACTERISTICS (Vdc) CODE 06 12 24 26 D Nominal operating voltage 6 , voltage at +125° C 4.5 9 18 18 Maximum latch or reset voltage at +25° C Coil resistance in , Dielectric strength at sea level - Contacts to ground - Coil to ground and between contacts Dielectric , THE RESET POSITION WITH COIL TERMINALS 4-8 ENERGIZED. CONTACTS MAY BE SET BY ENERGIZING COIL TERMINALS Esterline Power Systems
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CECC16101-024 0.01 uF non polarized capacitor MIL-PRF-39016 SCC3602/019
Abstract: connected measurement equipment. CPara is the internal parasitic capacitance in parallel to the coil , LR Reader coil inductance f0 Operating frequency In this example the capacitance is , consisting of an inductor, a capacitor and a resistor (see figure 1). CR LR Driver Antenna coil , material can have a major influence on the antenna coil inductance and on the Q factor of the coil. A , accuracy of the antenna coil. Therefore, the Q factor should not be set to a value of QR > 15. A good Atmel
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U2270b antenna design of 9 pin 125 khz rfid reader immobilizer antenna 70 CM ANTENNA
Abstract: voltage rises. With a proper match between coil and resistor, approximate capacitance value can be , capacitance in microFarads The series resistor must be between 0.5 and 1 times the coil resistance. Special , of a relay with a 290 coil and time delay of 8 ms, a capacitance value of C=0.5 uF is found. This , sealed relay 2 PDT Contact arrangement Coil supply Meets the requirements of Qualified to Direct current , of issue: 07/10 -1- Page 1 of 4 COIL CHARACTERISTICS (Vdc) CODE 05 12 065*D 26 Esterline Power Systems
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MIL-PRF-39016/48 CECC16101-025
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