ELECTROLUMINESCENT DRIVER IC Search Results

AN-H44

Abstract: el lamp
Contextual Info: Chapter 1, Section 3 High Voltage Electroluminescent Backlight Driver ICs §3. High Voltage Electroluminescent Backlight Driver ICs HV829 - High Voltage Inductortess EL Lamp Driver Advance Inform ation .

AN007

Abstract: Polarizer Nitto EL lamp 1N4148
Contextual Info: ZSP4491 Two Panel Electroluminescent Lamp Driver Zywyn ZSP4491 Two Panel Electroluminescent Lamp Driver General Description Features • Single IC drives 2 EL lamps for backlighting: • Cell phone keypad and LCD • Multi-color EL lamps • Multi-segment EL lamps

1N4148

Abstract: AN007 ZYWYN Polarizer Nitto
Contextual Info: ZSP4491 Two Panel Electroluminescent Lamp Driver Zywyn ZSP4491 Two Panel Electroluminescent Lamp Driver General Description Features • Single IC drives 2 EL lamps for backlighting: • Cell phone keypad and LCD • Multi-color EL lamps • Multi-segment EL lamps

Contextual Info: ^fsipe* SP4425QI i Electroluminescent Lamp Driver for Low Noise Applications | -

4c21

Contextual Info: ELECTROLUMINESCENT PANEL DRIVER BA3899F • MONOLITHIC IC SOLUTION FOR ELECTROLUMINESCENT PANEL DRIVE USED FOR LCD BACK LIGHT • SO8 PACKAGE • DRIVE OSCILLATION FREQUENCY ADJUSTABLE VIA EXTERNAL COMPONENTS • STANDBY CONTROL PIN • DIMMING CONTROL SPECIFICATIONS

Zywyn

Abstract: ZSP4425NEB inductor 2mH AN007
Contextual Info: ZSP4425 Electroluminescent Lamp Driver ZSP4425 Zywyn Electroluminescent Lamp Driver For 1.5V or 2.2V to 4.5V Applications Features General Description • Low voltage, single battery operation 1.1VDC < VBATTERY < 1.7VDC , or (2.2VDC < VBATTERY < 4.5VDC) • DC to AC inverter for EL backlit display panels

inductor 2mH

Abstract: f422 ZSP4425CU ZSP4425L ZSP442
Contextual Info: ZSP4425 Electroluminescent Lamp Driver Zywyn ZSP4425 Electroluminescent Lamp Driver For 1.5V or 2.2V to 4.5V Applications Features General Description • Low voltage, single battery operation 1.1VDC < VBATTERY < 1.7VDC , or (2.2VDC < VBATTERY < 4.5VDC) • DC to AC inverter for EL backlit display panels

ZSP4422A

Abstract: nitto 201 AN 7323 TA 7089 ZSP4422ACN ZSP4422ACU ZSP4422ACX F1205DU hitachi 210-1 17nF
Contextual Info: ZSP4422A Electroluminescent Lamp Driver Zywyn ZSP4422A Electroluminescent Lamp Driver Features General Description • • • • The ZSP4422A is a high voltage output DC-AC converter that can operate from a +2.2V to +5.0V power supply. The ZSP4422A is designed with our proprietary high voltage

1001BS-221M

Abstract: MAX4990
Contextual Info: 19-0886; Rev 1; 11/07 High-Voltage, ±15kV ESD-Protected Electroluminescent Lamp Driver Features The MAX4990 high-voltage DC-AC converter is ideal for driving electroluminescent EL lamps. The MAX4990 features a wide +2.4V to +5.5V input range that allows

Contextual Info: 19-0886; Rev 1; 11/07 High-Voltage, ±15kV ESD-Protected Electroluminescent Lamp Driver Features The MAX4990 high-voltage DC-AC converter is ideal for driving electroluminescent EL lamps. The MAX4990 features a wide +2.4V to +5.5V input range that allows

ALPHA MICROELECTRONICS

Abstract: FREE ENERGY coil DIAGRAM coil oscillator u1200 frankfurt
Contextual Info: Data Sheet ú Electroluminescent Lamp Driver IC Description Features The ú1200 is a high voltage output DC-AC converter that can operate from a 2.2V - 5.0V power supply. The ú1200 is capable of supplying up to 220Vpp signals, making it ideal for driving small electroluminescent lamps. One external inductor is required

HV850

Abstract: HV850MG HV850X
Contextual Info: HV850 Initial Release High Voltage Low Noise Inductorless EL Lamp Driver Features General Description Supertex HV850 is a high voltage electroluminescent EL Lamp Driver IC. It is designed to drive EL lamps

trimmer frequency set

Abstract: 3 pins trimmer capacitor pin configuration 3 pins trimmer capacitor
Contextual Info: 19-2472; Rev 0; 12/07 MAX4990 Evaluation Kit The MAX4990 evaluation kit EV kit provides a proven design to evaluate the MAX4990 high-voltage, ±15kV ESD-protected electroluminescent lamp driver. Alligator clip leads contact a wide variety of standard electroluminescent lamps.

1490C

Abstract: EL lamp 1262C HV850 HV850MG HV850X 45nF
Contextual Info: HV850 Initial Release High Voltage Low Noise Inductorless EL Lamp Driver Features General Description Supertex HV850 is a high voltage electroluminescent EL Lamp Driver IC. It is designed to drive EL lamps

U1201

Abstract: ALPHA MICROELECTRONICS frankfurt
Contextual Info: Data Sheet ú Electroluminescent Lamp Driver IC Description Features The ú1201 is a high voltage output DC-AC converter that can operate from a 2.2V - 5.0V power supply. The ú1201 is capable of supplying up to 220Vpp signals, making it ideal for driving small electroluminescent lamps. One external inductor is required

U1210

Abstract: datasheet IC 555 to clock 8192Hz frankfurt
Contextual Info: Preliminary Data Sheet ú Electroluminescent Lamp Driver IC Description Features The ú1210 is a high voltage output DC-AC converter that can operate from a 2.2V - 3.6V power supply. The ú1210 is capable of supplying up to 220Vpp signals, making it ideal for driving small electroluminescent lamps. One external inductor is required

FREE ENERGY coil DIAGRAM

Abstract: Alpha Microelectronics 4424d blocking oscillator design block diagram of digital watches 18-ohm frankfurt
Contextual Info: Preliminary Data Sheet Â4424 Electroluminescent Lamp Driver IC Description Features The Â4424 is a high voltage output DC-AC converter that can operate from a 2.2V-5.0V power supply. The Â4424 is capable of supplying up to 220 Vpp signals, making it ideal for driving small electroluminescent lamps. One external inductor is required

ldr 10k

Contextual Info: SM8142B EL Driver OVERVIEW The SM8142B is a transformer-less electroluminescent EL driver IC, capable of driving sheets up to 30cm2 in size. It employs a high-efficiency driver output circuit configuration to control power dissipation. It is available in

ldr 10k

Abstract: LDR 20K Circuit diagram of LDR SM8142B vsop8 package outline LDR voltage range LDR120K SM8142BD SM8142BV 1SS403
Contextual Info: SM8142B EL Driver OVERVIEW The SM8142B is a transformer-less electroluminescent EL driver IC, capable of driving sheets up to 30cm2 in size. It employs a high-efficiency driver output circuit configuration to control power dissipation. It is available in

HV826DB1

Abstract: LQH4N221 electroluminescent driver ic EL Driver
Contextual Info: EL Driver Demo Board EL Driver Demo Board HV826DB1 HV826DB1 Demo Board by Roshanak Aflatouni, Applications Engineer Introduction Specifications The HV826DB1 EL Driver demo board contains all the circuitry necessary to drive an EL Electroluminescent lamp.

MAX4990ETD

Abstract: MAX4990E T1433-2 MAX4990ETD T
Contextual Info: 19-0886; Rev 0; 8/07 High-Voltage, ±15kV ESD-Protected Electroluminescent Lamp Driver Features The MAX4990E high-voltage DC-AC converter is ideal for driving electroluminescent EL lamps. The MAX4990E features a wide +2.4V to +5.5V input range that allows the device to accept a wide variety of

IMP803

Abstract: 220V Driver 387 LAMP IMP525 IMP527 IMP528 IMP560 copper bond wire
Contextual Info: POWER MANAGEMENT EL Lamp Drivers: Die Specifications IMP525 Single Cell Battery Powered Electroluminescent Lamp Driver IMP527 Single Cell Battery Powered EL Lamp Driver, 180VPP Drive IMP528 High-Voltage EL Lamp Driver, 220VPP Drive IMP560 Power Efficient EL Lamp Driver

IMP525

Abstract: IMP527 IMP528 IMP560 IMP803 el 803
Contextual Info: POWER MANAGEMENT EL Lamp Drivers: Die Specifications IMP525 Single Cell Battery Powered Electroluminescent Lamp Driver IMP527 Single Cell Battery Powered EL Lamp Driver, 180VPP Drive IMP528 High-Voltage EL Lamp Driver, 220VPP Drive IMP560 Power Efficient EL Lamp Driver

8143av

Abstract: ldr block diagram SM8143AV EL driving LDR Datasheet 1SS250 D73LC SM8143A lqh4n471k
Contextual Info: SM8143A EL Sheet Driver NIPPON PRECISION CIRCUITS INC. OVERVIEW The SM8143A is a transformer-less electroluminescent EL driver IC, capable of driving displays up to 80 cm2 in size. It is a high-efficiency driver that features revised coil switching transistor ON resistance and output