STANDBY CIRCUIT Search Results

NEC VFD Display

Abstract: Nec Infrared protocol decoder VFD Vacuum Fluorescent Display AD7312 vfd circuit diagram vfd display driver nec 12 pin 7 segment display pin diagram 6122 remote BLOCK DIAGRAM OF AC VFD
Contextual Info: AD7312 1/4 to 1/11 Duty VFD Controller/Driver & Standby Master/Slave Preliminary Features output) ˙Remote signal input port ˙Remote signal output port ˙3 STANDBY master output ports (controlled by remote STANDBY-KEY, STANDBY-KEY and STANDBY SCAN-KEY)

STOPVSTRI1

Contextual Info: Difference of Standby Modes in Jauch Oscillators Short Description Standby function "Enabled" signal output active Standby function "Disabled" signal output disabled Explanation Application *Tristate "TRI = Tristate only" "STP = Stop with Tristate" during standby:

Nec Infrared protocol decoder

Abstract: NEC Vacuum Fluorescent Display LQFP-44L
Contextual Info: AD7312 1/4 to 1/11 Duty VFD Controller/Driver & Standby Master/Slave „ Features output ˙Remote signal input port ˙Remote signal output port ˙3 STANDBY master output ports controlled by remote STANDBY-KEY, STANDBY-KEY and STANDBY SCAN-KEY) ˙8 WAKE UP master output ports (controlled by 2

L4937N

Abstract: L4937NPD MO-166
Contextual Info: L4937NPD DUAL 5V MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . STANDBY OUTPUT VOLTAGE PRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 260µA, IN STANDBY MODE

L4938N

Abstract: L4938ND L4938NPD PSO20 SO20
Contextual Info: L4938N/ND L4938NPD DUAL MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . . . PRELIMINARY DATA STANDBY OUTPUT VOLTAGE PRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 250µA, IN STANDBY MODE

L4938N

Abstract: L4938ND L4938NPD PSO20 SO20
Contextual Info: L4938N/ND L4938NPD DUAL MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . . . PRELIMINARY DATA STANDBY OUTPUT VOLTAGE PRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 250µA, IN STANDBY MODE

L4938N

Abstract: L4938NPD L4938ND PSO20 SO20
Contextual Info: L4938N/ND L4938NPD DUAL MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . . . STANDBY OUTPUT VOLTAGE PRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 250µA, IN STANDBY MODE

L4938N

Abstract: L4938ND L4938NPD PSO20 SO20 290UA
Contextual Info: L4938N/ND L4938NPD DUAL MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . . . PRELIMINARY DATA STANDBY OUTPUT VOLTAGE PRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 250µA, IN STANDBY MODE

L4936N

Abstract: L4936NH
Contextual Info: L4936N/NH DUAL MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . . . STANDBY OUTPUT VOLTAGE PRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 250µA, IN STANDBY MODE

L4936N

Abstract: L4936NH MULTIWATT11
Contextual Info: L4936N/NH DUAL MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . . . ADVANCE DAT A STANDBY OUTPUT VOLTAGE PRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 250µA, IN STANDBY MODE

L4937NPD

Abstract: L4937N
Contextual Info: L4937NPD DUAL 5V MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . PRELIMINARY DATA STANDBY OUTPUT VOLTAGE PRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 260µA, IN STANDBY MODE

L4937

Abstract: L4937N
Contextual Info: L4937N DUAL MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . STANDBY OUTPUT VOLTAGE PRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 250µA, IN STANDBY MODE OUTPUT CURRENTS : I01 = 50mA, I02 = 500mA

MO-166

Abstract: L4937NPD L4937N
Contextual Info: L4937NPD  DUAL 5V MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . STANDBYOUTPUT VOLTAGEPRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 260µA, IN STANDBY MODE

L4936N

Abstract: L4936NH
Contextual Info: L4936N/NH  DUAL MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . . . STANDBYOUTPUT VOLTAGEPRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 250µA, IN STANDBY MODE

817B OPTOCOUPLER 4-PIN

Abstract: optocoupler 817b tea1703 817B bridge rectifier optocoupler 356T BZX383-B18 AC to DC smps circuit diagram pages TEA1738 817b 4 pin ic APPLICATION opto 817b
Contextual Info: AN11012 Using the TEA1703 to reduce standby power Rev. 1 — 30 March 2011 Application note Document information Info Content Keywords SMPS, TEA1703, TEA1738, TEA1753, standby power Abstract TEA1703 is a low power standby controller IC intended for use in SMPS

L4937NPD

Abstract: L4937N
Contextual Info: L4937NPD DUAL 5V MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . PREL IM INARY DATA STANDBYOUTPUT VOLTAGEPRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 260µA, IN STANDBY MODE

BPS200

Abstract: BPS200A-0600 BPS200A-1200 BPS200A-1400 0633 up to 12v variable regulated power supply
Contextual Info: BIAS Power Technology, Inc. BIAS Standby Supply Module BPS200 Series The BPS200 Standby Power Supply Module is an ideal replacement for current standby power applications in appliances and consumer electronics. This low-cost supply provides up to two watt of

L4937N

Contextual Info: L4937N DUAL MULTIFUNCTION VOLTAGE REGULATOR . . . . . . . . . STANDBYOUTPUT VOLTAGEPRECISION 5V ± 2% OUTPUT 2 TRACKED TO THE STANDBY OUTPUT OUTPUT 2 DISABLE FUNCTION FOR STANDBY MODE VERY LOW QUIESCENT CURRENT, LESS THAN 250µA, IN STANDBY MODE OUTPUT CURRENTS : I01 = 50mA, I02 = 500mA

up to 12v variable regulated power supply

Abstract: C0633 led 1Watt C1250 BPS100
Contextual Info: BIAS Power Technology, Inc. BIAS Standby Supply Module BPS100 Series The BPS100 Standby Power Supply Module is an ideal replacement for current standby power applications in appliances and consumer electronics. This low-cost supply provides up to one watt of

AN1384

Abstract: AN1064 CY62137CV18 CY62137FV18 CY62137FV18LL
Contextual Info: CY62137FV18 MoBL 2-Mbit 128K x 16 Static RAM Features • Very high speed: 55 ns ■ Wide voltage range: 1.65V–2.25V ■ Pin compatible with CY62137CV18 ■ Ultra low standby power ❐ Typical standby current: 1 µA ❐ Maximum standby current: 5 µA

AN1064

Abstract: CY62147EV18 CY62147EV18LL CY62147DV18
Contextual Info: CY62147EV18 MoBL2 4-Mbit 256K x 16 Static RAM Features • Very high speed: 55 ns ■ Wide voltage range: 1.65V–2.25V ■ Pin compatible with CY62147DV18 ■ Ultra low standby power ❐ Typical standby current: 1 µA ❐ Maximum standby current: 7 µA

LNK586

Abstract: smd-8c LNK585-586 LNK584 lytswitch
Contextual Info: LNK584-586 LinkZero-AX Zero Standby Consumption Integrated Off-Line Switcher Product Highlights Lowest System Cost with Zero Standby Consumption • Simple system configuration provides zero consumption standby/Power-Down with user controlled wake up • Very tight IC parameter tolerances improves system manufacturing yield

LNK586

Abstract: LNK584-586 LNK585-586 LNK585 bpsh LNK584 mosfet switch circuit diagram LNK584DG wirewound Resistor 5W smd smd8c
Contextual Info: LNK584-586 LinkZero-AX Zero Standby Consumption Integrated Off-Line Switcher Product Highlights Lowest System Cost with Zero Standby Consumption • Simple system configuration provides zero consumption standby/Power-Down with user controlled wake up • Very tight IC parameter tolerances improves system manufacturing yield

Contextual Info: LNK584-586 LinkZero-AX Zero Standby Consumption Integrated Off-Line Switcher Product Highlights Lowest System Cost with Zero Standby Consumption • Simple system configuration provides zero consumption standby/Power-Down with user controlled wake up • Very tight IC parameter tolerances improves system manufacturing yield