Features 3V to 26V working input voltage range 240 mΩ internal nmos High efficiency: up to 95 high 95 % Internal compensation 1.2 A continuous output current fixed 1.5 Mille pulse width modulation operation [ [[ 123] Internal soft start output voltage can be adjusted to 0.8V cyclical current limit Short-circuit protection heat shutdo...
Read moreFeatures 4.5 V to 18 V working input voltage range Synchronous antihypertensive: 85MΩ internal high -voltage side switch and 50MΩ internal low -voltage side switch (12V 12V ) pulse energy mode (PEM) makes efficiency greater than 85% IOUT 10 mia (vehicle identification number 12 volts, output voltage 5 volts ilcus ) 350 Weian power supply current under...
Read moreMain features -The full return (360 °) Non-contact angle position encoder -2 orthogonal A/B output, each transfer of 64 pulse (PPR), each time, each time, each time, each pulse (PPR), each time, each time, each one, each of which Turn to 256 edges, 1.4 ° -Pyclic user programming zero position -Exposition output (every pulse of each turn) -The fault detection of magnet pl...
Read moreISL83386E contains 3.0V to 5.5V power supply RS-232 conforms to the specifications Essence The target application includes PDA, palm computer, and mobile phones to run low, and even lower standby power consumption. The high -efficiency charging pump, and the manual power -off function reduces the current of the backup power supply to 1 Weire. Small packaging, and using small l...
Read moreFeature Input voltage range: 4.75 V to 5.25 v VLDoin voltage range: 1.2 V to 3.6 v 3-a receiver/power terminal regulator Including drooping compensation Only 20-μF ceramic output Capacitors Soft closure in high Z and S5 in S3 1.2-V input (VLDoin) helps reduce Power consumption Comprehensive separation orbit VTT and VTTREF Remote sensing (VT...
Read moreFeatures Stable, no output capacitance or any value, TPS736XX series low loss (LDO) linear or capacitive voltage regulator using a new topology: nmos [123 [123 ] The input voltage range from 1.7V to 5.5V in the voltage follower configuration. This The topology structure is stable, and the use of low Ultra -low voltage reduction capacitor: 75MV typical ESR, and even a...
Read moreFeatures 2, 3 or 4 units in series protection control Provide a separate battery voltage and battery voltage for the battery management host Integrated unit balance driver I2C compatible user interface allows access battery information The programmable threshold and delay charging are overloaded and short -circuit discharge procedures System alarm interrupt ou...
Read moreFeatures and advantages #9642; Wide input voltage range: 8 to 50 v #9642; Integrated low RDS (on) DMOS switch #9642; 3 A continuous output current #9642; 24 v #9642; small packaging with exposed pads The application includes: #9642; Printing machine power supply #9642 Office automation equipment #9642; POS heat sensitivity, laser, photo and inkjet pri...
Read moreISL9209B is an integrated circuit (IC), which is optimized to provide a redundant safety protection charging system failure to lithium ion batteries. Integrated circuit monitor input voltage, battery voltage and charging current. Any of the three parameters exceeds its limits. IC shuts down a internal P channel MOSFET for eliminating the charging system. In addition to the abo...
Read moreFeatures and advantages #9642; n channel MOSFET full -bridge large current grid drive #9642; independent control of each mosFet # 9642; The charge pump running in the low power supply voltage #9642; Cross -conducting protection of the dead zone time #9642; 5.5 to 50 V power supply voltage range ] #9642; diagnostic output #9642; Low -current sleep mode Pack...
Read more150 MW stereo output TPA122 is a stereo audio power amplifier component- PC power supply compatible with 8-needle SOIC or 8-pin SOIC PowerPad MSOP package can be transmitted -The completely specify 3.3-V and 5-V operations, each channel 150 mw continuously square-meal power -runs to 2.5 VΩ8-load. The amplifier gain is configured by the external configuration ...
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