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schematic diagram for power line ac voltage condi

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Abstract: SCO SCO ACL ACL ACL ACL SCO SCO SCO SCO SCO SCO SCO SCO 4 *For UART Application, Supply Voltage (VDD_USB) is 1.8V~3.6V *For USB Application, Supply Voltage (VDD_USB ) is 3.3V H I I P S P °C V V V 44 Power Consump on (16 MHz opera on) Audio Packet Type Descrip on , Absolute Maximum Ra ngs Ra ngs Min S S T Max Unit 4 °C V V V V VBAT S V VDD_CHG S V VDD_PIO VDD_PADS USB_VDD VREGENABLE_H POWER_ON Opera ng Condi on O R VBAT S V ... LM Technologies
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9 pages,
1171.83 Kb

LM730 TEXT
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Abstract: voltage on pins CE, SDA, SDL Minimum/Maximum power supply between VDD1,2,3,4 and VSS1,2,3,4 Electrostatic , VDC LO1 to IF1 leakage LO1 to RF leakage LNI, NLNI common mode AC coupled to the Balun DC voltage SIP, SIN common mode DC voltage AC coupled to the SAW filter -25 -30 VDD0.8 VDD0.9 dBm dBm V V , levels to the micro controller are referenced to the supply voltage of the interface power supply (GND) . , LDB20C500A1500 LDB20C500A1500 JP1 VCC 1 3 2 4 6 C14 8pF 2 C13 8pF J5 C12 Figure 8. Test Board Schematic Diagram RF ... STMicroelectronics
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datasheet

20 pages,
167.61 Kb

neosid* 10k neosid 10K 553200 amplifier 33k neosid neosid 4.7K 3 pins trimmer resistor 4.7K ohm STA001 TEXT
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Abstract: Condi on O R VBAT S V VDD_CHG S V VDD_PIO VDD_PADS VDD USB Unit °C V V V V ACL , SCO SCO SCO 8 *For UART Application, Supply Voltage (VDD_USB) is 1.8V~3.6V *For USB Application, Supply Voltage (VDD_USB ) is 3.3V Power Consump on (16 MHz opera on) Audio Packet Type , Electrical Characteristics Absolute Maximum Ra ngs Ra ngs Min S S T Max Unit 8 °C V V , Recommended Opera ng Condi ons Min Max T S Role V H I I P S P S S = S EV ... LM Technologies
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8 pages,
1043.44 Kb

LM740 TEXT
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Abstract: current is required by looking at the Bergeron diagram. Th« quiescent voltage on the line will be within , current Power consumption for FACT is dependent on the supply voltage, frequency of operation, internal , , extended power supply range and high reliability. This data book describes the product line with de vice , laptop computers and backpack communications systems. Operating power is also very low for FACT logic , 1 illustrates the effects o f Ice versus power supply voltage (V cc) tor two load capacitance values ... OCR Scan
datasheet

9 pages,
522.07 Kb

HD74ACT HD74ACTXXX HD74ACXX HD74AC TEXT
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Abstract: Value Unit Isolation test voltage (RMS) Vio 3.75 kV Total power dissipation Tamb ^ 25 °c Ptot 250 mW , application class I - IV at mains voltage < 300 V • For application class I - III at mains voltage < 600 V according to VDE 0884, table 2, suitable for: Switch-mode power supplies, computer peripheral interface , reinforced isolation for mains voltage < 400 Vrms) • VDE 0860/IEC 0860/IEC 65 Safety for mains-operated electronic , voltage Vr 5 . V Forward current If 60 mA Forward surge current tp< 10 us Ifsm 3 A Power dissipation ... OCR Scan
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11 pages,
436.44 Kb

tcl tv 21 schematic diagram MARKING 611 OPTOCOUPLER 4N35V 4N25VS 4N25GV 4N25V TEXT
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Abstract: dissipation to achieve high MTTF. The power supply voltage for all specifications is the TYP rating unless , . For sine wave outputs, use Power D esign1 to plot a load line. Make sure the load line does not cross , for class A/B operation using a ther m istor com pensated base-em itter voltage multiplier circuit. A , operating condi tions. The safe operating area (SOA) can be observed for all operating conditions by , s OUTPUT CURRENT, within SOA POWER DISSIPATION, internal' INPUT VOLTAGE, differential INPUT VOLTAGE ... OCR Scan
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5 pages,
248.37 Kb

PA07A TEXT
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Abstract: includes internal circuit components to filter power supply noise. Under some condi tions of EMI and power , ac noise generated by an asym metrical load is negligible. Power consumption may be reduced by using a higher than normal load impedance for the SD output. Transmission line effects are not generally a , Receiver Block Diagram Figure 2 - it Filter Network for Noise Filtering vC c - 100 nH - , correct modulation, eye diagram and extinction ratio over temperature, supply voltage and life. PCB ... OCR Scan
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7 pages,
190.21 Kb

SDX1155 TEXT
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Abstract: . Under some condi tions of EMI and power supply noise, external powqr supply filtering may be necessary , path, so the ac noise generated by an asym metrical load is negligible. Power consumption may be reduced by using a higher than norm al load impedance for the SD output. Transmission line effects are not , Soldering Temperature/Time Output Current (other outputs) Input Voltage Power Supply Voltage Symbol TS - , 0 GND 0 - Operating Environment Param eter Power Supply Voltage Ambient Operating Tem ... OCR Scan
datasheet

8 pages,
352.72 Kb

HFCT-5205 TEXT
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Abstract: The LM1851 LM1851 is designed to provide ground fault protection for AC power outlets in consumer and , external SCR-driven circuit breaker to interrupt the AC line and remove the fault condi tion. In addition , firing of even a sluggish breaker on either half-cycle of the line voltage when external full-wave , Semiconductor Sales Office/Distributors for availability and specifications. Supply Current 19 mA Power , surface mount devices. DC Electrical Characteristics Parameter Power Supply Shunt Regulator Voltage ... OCR Scan
datasheet

7 pages,
362.97 Kb

v1000 LM1851 TEXT
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Abstract: LM1851 LM1851 is designed to provide ground fault protection for AC power outlets in consumer and industrial , SCR-driven circuit breaker to interrupt the AC line and remove the fault condi tion. In addition to detection , even a sluggish breaker on either half-cycle of the line voltage when external full-wave rectification , devices. DC Electrical Characteristics Parameter Power Supply Shunt Regulator Voltage Latch Trigger , Schematic Diagram 4-235 LM1851 LM1851 Typical Performance Characteristics Average Trip Time vs Fault ... OCR Scan
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7 pages,
195.22 Kb

LM1651 LM165 LM1851 TEXT
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Archived Files

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VOLTAGE AND CURRENT SUPERVISOR [ . OVERVOLTAGE PROTECTION FOR 3.3V, 5V AND 12V WITHOUT EXTERNAL COMPONENTS . OVERCURRENT PROTECTION FOR 3.3V, 5V AND 12V WITH INTERNAL THRESHOLD VOLTAGE . POWER GOOD voltage thresholds are given by Vvs1, Vvs2, Vvs3 for respective protection of the 3.3V, 5V, 12V power (respectively for each power line 3.3V, 5V, 12V). Internal precise volt- age thresholds define the tripping voltage drops for each line following equations 1, 2 & 3 : Vcs1 = R1 x I33 eq1 Vcs2 = R2 x I5 eq2 Vcs3 =
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/6412.htm
STMicroelectronics 20/10/2000 27.48 Kb HTM 6412.htm
TIMING FOR POWER GOOD SIGNAL . 14.5V TO 36V SUPPLY VOLTAGE RANGE . TWO 1.6% VOLTAGE REFERENCES of the Sense resistors R1, R2, R3 (respectively for each power line 3.3V, 5V, 12V). Internal precise volt- age thresholds define the tripping voltage drops for each line following equations 1, 2 & TRIPLE VOLTAGE AND CURRENT SUPERVISOR [ . OVERVOLTAGE PROTECTION FOR 3.3V, 5V AND 12V WITHOUT EXTERNAL COMPONENTS . OVERCURRENT PROTECTION FOR 3.3V, 5V AND 12V WITH INTERNAL THRESHOLD VOLTAGE
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/6412-v3.htm
STMicroelectronics 23/06/2000 26.09 Kb HTM 6412-v3.htm
PROGRAMMABLE TIMING FOR POWER GOOD SIGNAL . 14.5V TO 36V SUPPLY VOLTAGE RANGE . TWO 1.6% VOLTAGE SCHEMATIC DIAGRAM OPERATING CONDITIONS Symbol Parameter Value Unit V CC DC Supply Voltage pin 5 - note 2 15 voltage thresholds are given by Vvs1, Vvs2, Vvs3 for respective protection of the 3.3V, 5V, 12V power (respectively for each power line 3.3V, 5V, 12V). Internal precise volt- age thresholds define the tripping voltage drops for each line following equations 1, 2 & 3 : Vcs1 = R1 x I33 eq1 Vcs2 = R2 x I5 eq2 Vcs3 =
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/6412-v2.htm
STMicroelectronics 14/06/1999 24.25 Kb HTM 6412-v2.htm
if some current is flowing into the line. The power dissipation of L3030 L3030 in the same condi- tion, is TIP and RING signals. 5 7 V DD Positive Power Supply + 5V 6 8 VIN 2 wire unbalanced voltage input. 7 9 connected. 7 CZS AC Feedback Input 8 ACF AC Line Impedance Synthesis 9 ZAC AC Impedance Adjustement 10 11 12 Line Current (IL + IT) 85 mA THERMAL DATA Symbol Parameter Value Unit L3000N L3000N HIGH VOLTAGE Flexiwatt 80 5 C/W FUNCTIONAL DESCRIPTION L3000N L3000N - High Voltage Circuit The L3000N L3000N line interface provides a
/datasheets/files/stmicroelectronics/books/ascii/docs/1335.htm
STMicroelectronics 25/05/2000 43.28 Kb HTM 1335.htm
L3000N L3000N - High Voltage Circuit The L3000N L3000N line interface provides a battery fee- ding for telephone current is flowing into the line. The power dissipation of L3030 L3030 in the same condi- tion, is typically DD Positive Power Supply + 5V 6 8 VIN 2 wire unbalanced voltage input. 7 9 VBIM Output voltage 5 VDD + 5V 6 N.C. Not connected. 7 CZS AC Feedback Input 8 ACF AC Line Impedance Synthesis 9 ZAC AC Impedance Adjustement 10 11 12 TST These pins are connected internally for test purpose. It
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1335-v1.htm
STMicroelectronics 25/05/2000 41.14 Kb HTM 1335-v1.htm
Voltage Circuit The L3000S L3000S line interface provides a battery feeding for telephone lines and ringing into the line. The power dissipation of L3030 L3030 in the same condi - tion, is typically 120mW. The supply voltages. It is also the reference ground for TIP and RING signals. 5 7 V DD Positive Power Supply Analog Ground 4 VSS - 5V 5 VDD + 5V 6 N.C. Not connected. 7 CZS AC Feedback Input 8 ACF AC Line Impedance Synthesis 9 ZAC AC Impedance Adjustement 10 11 12 TST These pins are connected internally for test purpose.
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5181-v1.htm
STMicroelectronics 14/06/1999 40.53 Kb HTM 5181-v1.htm
Voltage Circuit The L3000N L3000N line interface provides a battery fee- ding for telephone lines and ringing mode and for that, as well as for the operation in battery boosted, a positive battery voltage shall be supply voltages. It is also the reference ground for TIP and RING signals. 5 7 V DD Positive Power Supply Analog Ground 4 VSS - 5V 5 VDD + 5V 6 N.C. Not connected. 7 CZS AC Feedback Input 8 ACF AC Line Impedance Synthesis 9 ZAC AC Impedance Adjustement 10 11 12 TST These pins are connected internally for test purpose.
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1335-v2.htm
STMicroelectronics 14/06/1999 39.24 Kb HTM 1335-v2.htm
12 shows a simplified schematic diagram of TIP output stage. The DC voltage on TIP output is: VTdc = show the power dissipation of Slic and ext. transistor as a function of the load (line resistance) for 1) Current Limiting Region. Line Resistance > 0 Line Resistance < RL1 (Maximum Res. for Limit - Resistance < RL2 (Maximum Res. for Re - sistive region). The DC feeding behaves as a Voltage Generator been provided,not just for the low out impedance itself,but in order to have a 12V drop when Line
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1753.htm
STMicroelectronics 20/10/2000 51.8 Kb HTM 1753.htm
Voltage Circuit The L3000S L3000S line interface provides a battery feeding for telephone lines and ringing into the line. The power dissipation of L3030 L3030 in the same condi - tion, is typically 120mW. The supply voltages. It is also the reference ground for TIP and RING signals. 5 7 V DD Positive Power Supply Analog Ground 4 VSS - 5V 5 VDD + 5V 6 N.C. Not connected. 7 CZS AC Feedback Input 8 ACF AC Line Impedance Synthesis 9 ZAC AC Impedance Adjustement 10 11 12 TST These pins are connected internally for test purpose.
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5181.htm
STMicroelectronics 02/04/1999 40.57 Kb HTM 5181.htm
Voltage Circuit The L3000N L3000N line interface provides a battery fee- ding for telephone lines and ringing mode and for that, as well as for the operation in battery boosted, a positive battery voltage shall be supply voltages. It is also the reference ground for TIP and RING signals. 5 7 V DD Positive Power Supply Analog Ground 4 VSS - 5V 5 VDD + 5V 6 N.C. Not connected. 7 CZS AC Feedback Input 8 ACF AC Line Impedance Synthesis 9 ZAC AC Impedance Adjustement 10 11 12 TST These pins are connected internally for test purpose.
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1335.htm
STMicroelectronics 02/04/1999 39.28 Kb HTM 1335.htm