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Sipex |
EL Plus Piezo Driver a low power standby mode which draws less than 1µA (typical). The frequency of the internal oscillator is set with a single external resistor. The piezotranducer driver can be driven with the internally generated clock signal or an external clock sig |
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Sipex |
Low Voltage Electroluminescent Lamp Driver • High Efficiency Super Driver Architecture • Uses Small 470µH Coil APPLICATIONS s Pagers s Cellular Phones s PDAs DESCRIPTION The SP4403 is a high voltage output DC-AC inverter specifically designed to drive electroluminescent lamps to backlight li |
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Sipex |
Low Power Half-Duplex RS-485 Transceivers ■ +5V Only ■ Low Power BiCMOS ■ Driver/Receiver Enable ■ Slew Rate Limited Driver for Low EMI (SP483) ■ Low Power Shutdown Mode (SP481 and SP483) ■ RS-485 and RS-422 Drivers/Receivers RO 1 R 8 VCC RE 2 7B DE 3 6A DI 4 D SP485 5 GND Top View |
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Sipex |
1/10th Unit Load RS-485 Transceiver ■ Allows Over 400 Transceivers On A Transmission Line (1/10th Unit Load) ■ High Impedance on Receiver Inputs (RIN = 150kΩ typical) ■ Half-Duplex Configuration Consistent With Industry Standard Pinout ■ –7V to +12V Common Mode Input Voltage Range ■ In |
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Sipex |
Electroluminescent Lamp Driver with 4-Level Light Intensity Selection Feature s 4-Level, Software Selectable Light Intensity Function s 75%-80%-85%-100% Intensity Level Options s Extends Standby Time & Battery Life when used in Conjunction with Power Management Devices s Requires only 2 External Components: Oscillator Setting |
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Sipex |
Electroluminescent Lamp Driver 50 nA (typical) standby current, for use in low power portable products. One external inductor is required to generate the high voltage, and one external capacitor is used to select the oscillator frequency. The SP4422A is offered in an 8-pin narrow |
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Sipex |
Electroluminescent Lamp Driver Low Power Applications 10nA (typical) standby current, for use in low power portable products. An inductor is used to generate the high voltage, and an external capacitor is used to select the oscillator frequency. The SP4423 is offered in an 8-pin narrow SOIC and 8-pin µS |
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Sipex |
Low Power Half-Duplex RS-485 Transceivers ■ +5V Only ■ Low Power BiCMOS ■ Driver/Receiver Enable ■ Slew Rate Limited Driver for Low EMI (SP483) ■ Low Power Shutdown Mode (SP481 and SP483) ■ RS-485 and RS-422 Drivers/Receivers RO 1 R 8 VCC RE 2 7B DE 3 6A DI 4 D SP485 5 GND Top View |
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Sipex |
Low Power Half-Duplex RS-485 Transceivers ■ +5V Only ■ Low Power BiCMOS ■ Driver/Receiver Enable ■ Slew Rate Limited Driver for Low EMI (SP483) ■ Low Power Shutdown Mode (SP481 and SP483) ■ RS-485 and RS-422 Drivers/Receivers RO 1 R 8 VCC RE 2 7B DE 3 6A DI 4 D SP485 5 GND Top View |
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Sipex |
Full Duplex RS-485 Transceivers ±200mV receiver input sensitivity, over wide common mode range. The SP490 is available in 8-pin plastic DIP and 8-pin NSOIC packages for operation over the commercial and industrial temperature ranges. The SP491 is available in 14-pin DIP and 14-pin |
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Sipex |
Full Duplex RS-485 Transceivers ±200mV receiver input sensitivity, over wide common mode range. The SP490 is available in 8-pin plastic DIP and 8-pin NSOIC packages for operation over the commercial and industrial temperature ranges. The SP491 is available in 14-pin DIP and 14-pin |
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Sipex |
Quad Differential RS-485 Transceiver three half-duplex transceivers suitable for data bus connections and a fourth full-duplex transceiver with independent driver, receiver enables. Ideal for use as a control bus transceiver. A complete SCSI initiator or target interface can be implemen |
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Sipex Corporation |
Electroluminescent Lamp Driver with Selectable Level Outputs high impedance (50 MΩ), low capacitance (2.5pF) and 200mV sensitivity. The external clock should range from (VDD-1V) to ground. The SP4415 is optimized for 32,768Hz clock signals and is allowed to vary from 20 kHz to 60kHz. The externally supplied cl |
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Sipex Corporation |
RS-485/RS-422 Half-Duplex Transceiver • 5.0V single supply operation • Receiver failsafe on open or shorted lines • 1/8th Unit Load, 256 transceivers on bus • Robust ESD protection for RS-485 pins ±15kV Human Body Model • Controlled driver slew rates 115kbps, Low EMI •Driver short circui |
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SIPEX |
Enhanced Low EMI Half-Duplex RS-485 Transceiver Sipex's BiCMOS design allowing low power operation without sacrificing performance. The SP483E meet the requirements of the RS-485 and RS-422 protocols up to 250kbps under load. TheSP483E is internally slew rate limited to reduce EMI and can meet the |
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Sipex |
Low Voltage Electroluminescent Lamp Driver with Regulated Output Voltage an internal feedback loop that regulates the lamp voltage output to 160VPP (typical) with varying supply voltages to maintain constant EL lamp brightness over the life of the battery. The device also has a low power shutdown mode which draws less tha |
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Sipex |
Electroluminescent Lamp Driver 10 nA (typical) standby current, for use in low power portable products. An inductor is used to generate the high voltage, and an external oscillator is needed as a clock source. The SP4412A is offered in an 8-pin narrow SOIC package or an 8-pin µSOI |
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Sipex |
Low Cost Electroluminescent Lamp Driver a low power shutdown mode which draws less than 100nA (typical), ideal for low power portable products. One external inductor is required to generate the high voltage AC output. An external clock signal is used to drive the internal control signals f |
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Sipex |
Electroluminescent Lamp Driver Dual Oscillators 5µA (maximum) standby current, for use in low power portable products. An inductor is used to generate high voltage pulses, and two external capacitors are used to select the inductor and the lamp oscillator frequencies. The SP4424 is offered in both |
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Sipex |
Electroluminescent Lamp Driver Low Voltage Applications 1 µA (typical) standby current for use in low power portable products. One external inductor is required to generate the high voltage charge and one external capacitor is used to select the oscillator and lamp frequencies. The SP4425 is offered in bo |
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