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"battery discharge curve" 9V

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Abstract: conditions are met. The input voltage must not drop below its 9V minimum operating range, and the input , transient suppressor circuitry. Associated narrow negative transients could extend below the minimum 9V , to discharge to the backplane through Q1's RDS(ON). The back-charging current creates a voltage drop , transient would appear across Q1 as the transient attempts to discharge the bulk capacitor. Even if ... Maxim Integrated Products
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datasheet

8 pages,
94.42 Kb

MAX5900NNEUT MAX5900 LIMITING INRUSH CURRENT mosfet IRF530 an1881 TEXT
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Abstract: 8 9 10 Discharge Time (Hour) 2: MCP3421 MCP3421 ADC MCP3421 MCP3421 18 - ADC (b , MPLAB® ICD2 In-Circuit Menu Selection Switch 2x16 LCD Test Pins for Battery Charger 9V Battery Connector (TP11) (See Note 1) Battery Under Test ­ 9V Power Supply (See Note 1) + Current , Microchip Technology Inc. DS01156A DS01156A_JP - 11 9V 1 9V AN1156 AN1156 10: MCP3421 MCP3421 DS01156A DS01156A_JP ... Microchip Technology
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16 pages,
815.69 Kb

PL05 AN-1156 battery charger linear MCU DS01156A LOAD CELL ADC 9 volt recharge MCP3422 MCP73831 microchip ADC 24 bit pic microchip app note AN1156 mcp342 load cell interface WITH ADC PIC18F4550 microchip 16 channel ADC MCP3421 microchip 2 channel ADC DS22003 pic18F4550 configuration TEXT
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Abstract: DURACELI. SIZE 9V Alkaline Manganese Dioxide Battery MN1604/6LR61 MN1604/6LR61 Time to End Voltage Typical 96 Discharge Characteristics Voltage Voltage Voltage 4 6 8 10 Hours of Service at 20°C 20 30 Hours of Service at 20°C Typical Time to End Voltage curve showing on and off periods Curves above show only the on periods Hours of Service at 20°C DURACELI- Batteries Issue 6I To be read in conjunction with the General Information module In line with its continuing development programme, Duraceli ... OCR Scan
datasheet

1 pages,
44.15 Kb

Battery duracell MN1604 "battery discharge curve" 9V 6LR61 MN1604 6LR61 MN1604/6LR61 TEXT
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Abstract: . 4 Electrostatic Discharge , 25W at +85°C (See Figure 11. Power Supply Derating Curve on page 17.) Input Voltage Range: +9V to , ELECTROSTATIC DISCHARGE Electrostatic discharge (ESD) can damage board components. The circuit board must only , range from 9V to 40V. Table 3: Main Power Input Connector Pinout J3 Pin 1 2 Signal Name ... VersaLogic
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datasheet

22 pages,
481.58 Kb

TEXT
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Abstract: Discharged FIGURE 1: 60 % Battery Discharge Characteris- tics. 4.0 Cell Voltage (V) 3.5 , 2 3 4 5 6 7 8 9 Discharge Time (Hour) FIGURE 2: LI-Ion Battery Discharge Characteristics vs. Temperature. 10 · Programmable ADC resolution: - 12 bits, 14 bits, 16 , I2C bus line. Figure 4 shows the discharge curve of a 3.7V Li-Polymer battery (3.7V, 170 mAH). The , Battery Charger 9V Battery Connector (TP11) (See Note 1) Battery Under Test ­ 9V Power Supply ... Microchip Technology
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datasheet

16 pages,
279.54 Kb

PL05 digital fuel gauge icd2 user guide MCP3421 MCP3422 mcp3422 example codes "Current Sensor" microchip 2 channel ADC pic lcd 2x16 PIC18F4550 PIC18f4550 board PICkit 2 Low Pin Count Demo Board DS22003 AN1156 PIC18F4550 examples AN1156 MCP73831 AN1156 AN1156 AN1156 PIC18f4550 example codes mcp3421 example codes TEXT
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Abstract: string. S1's 0.5Hz square wave switching drive comes from the CD4040 CD4040 frequency 9V IN LTC1798 LTC1798 2.5V REFERENCE 2.5V OUT 9V 237k 1% 10k 1% 1k 1% SWITCHED CURRENT SINK divider , 2.7k 9V SYNCHRONOUS DEMODULATOR 1 Q1 IRLR-024 IRLR-024 5 SENSE S2 0.001uF A2 LT1150 LT1150 CLK ­1 V ­ 4 + 10k 1uF BATTERY UNDER TEST 1kHz Square Wave ­ 9V 0.1 1 , CD4040 CD4040 ÷ 2048 R ÷2 FREQUENCY DIVIDER AND CHARGE PUMP 9V 13 9V 1uF = MYLAR SINGLE POINT ... Linear Technology
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datasheet

20 pages,
668.23 Kb

HD447980 mylar capacitor 100v 1000pF HTS-206 OPTREX DMC 2007 dc voltmeter 0v-1000v diode zener SMA 110V 2N2501 MOTOROLA quartz sensor 2N2369 AVALANCHE PULSE GENERATOR Optrex HD44780 32 Notebook lcd inverter schematic 2N2369 avalanche LT1150 74ACH74 LSK389 equivalent 16f73 rs232 cd4040 application note 74ACH14 16f73 TEXT
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Abstract: Side Board B Efficiency 95 80 75 VIN = 9V VOUT = 5V 70 IPGM = VIN 80 75 70 VIN = 9V VOUT = 3.3V 65 65 60 1 10 100 LOAD CURRENT (mA) 500 DC059 DC059 · G01 1 , 7mV Typical Load Regulation 20mA < ILOAD < 350mA, IPGM = VIN, VIN = 9V 20mA < ILOAD < 125mA. IPGM = 0V, VIN = 9V ALL ALL 10mV 8mV ALL 1.25V VLBTRIP Low-Battery Trip Point , turning the switch off. The timing capacitor, CTIME, begins to discharge until its voltage goes below ... Linear Technology
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datasheet

8 pages,
242.19 Kb

CR32 MBR0520LT1 LTC1174HV LTC1174H LTC1174 12065C104KAT cj32000t 80mVPP beckman 0-10v ramp ic Cj32-000-t step up DC DC converter in 6v out 9V DC059 TEXT
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Abstract: Sample 1 Both samples were discharged at the 1-hour rate to an end of discharge voltage of 9V, then , constant-current discharge performance 5 Charging characteristics & requirements 6 Constant-voltage (CV) regime , Self discharge 9 Open circuit voltage (OCV) and state of charge (SOC) 10 Procedure to recover , 13 13 13 13 13 14 14 14 14 14 14 14 Appendix A: Genesis XE Discharge Characteristics Appendix B: Genesis EP Discharge Characteristics 2 www.enersys.com 15-21 22-28 Publication No ... EnerSys
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28 pages,
2033.83 Kb

12V 26AH 25C10 2C10 472 1200v 08C10 dbbp enersys Performance Data genesis enersys led 12v 5050 hours Performance Data genesis AF 1507 TEXT
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Abstract: charging technique. The device can also be configured to discharge before charging. Throughout the charging , operational modes s Ni-MH/Ni-Cd charge mode, Li-Ion charge mode or discharge mode can be selected manually s , user selectable. Discharge before charge: Is user selectable. Ni-Cd Charging Curve: Voltage be , charge time-outs. This RC-network is also connected to the output LED1. Time Discharge Soft , Discharge Soft Start Fast Charge Topping Charge Maintenance Charge RCIN is a high-speed ... National Semiconductor
Original
datasheet

16 pages,
267.88 Kb

LM3647 TEXT
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Abstract: charging technique. The device can also be configured to discharge before charging. Throughout the , , Li-Ion charge mode or discharge mode can be selected manually s PWM switching controller Applications , Fast Charge rate. Discharge before charge is user selectable. Ni-Cd Charging Curve: Voltage Soft , unconnected (Li-lon). Time Discharge next phase on timeout (~ 1 minute). Error termination will be , time-outs. This RC-network is also connected to the output LED1. Time Discharge Soft Start Fast ... National Semiconductor
Original
datasheet

17 pages,
270.26 Kb

single cell NI-MH charger 4.2v charger transistor 431 48v battery charger lead 7 stage PWM battery charge controller 7.4v battery charger 9v buzzer 20-PIN Buzzer 12v ac buzzer 5V DC LM3647IM nicd 3.6v battery li-ion battery pack 14.8V LM3647 ACTIVE buzzer LM3647 LM3647 LM3647 3.7V Li-Ion battery charge controller TEXT
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Archived Files

Abstract Saved from Date Saved File Size Type Download
Power Supply Generates Isolated 9V Latching Regulator Prevents Deep Discharge Of Battery
/datasheets/files/maxim/0002/an_pr006.htm
Maxim 04/04/2001 17.36 Kb HTM an_pr006.htm
MAX667 MAX667 LAN Power Supply Generates Isolated 9V MAX668 MAX668 Dual-Output SLIC Supply Shares Feedback MAX845 MAX845 LAN Power Supply Generates Isolated 9V MAX845 MAX845 5V Step-Down Converter Has Deep Discharge Of Battery MAX8865S MAX8865S Battery-Switchover Circuit Accomodates 3V Systems
/datasheets/files/maxim/0000/appno000.htm
Maxim 04/04/2001 53.79 Kb HTM appno000.htm
JFET Increases Voltage Rating for Linear Regulator LAN Power Supply Generates Isolated 9V Linear Large Capacitor Replaces Backup Battery Latching Regulator Prevents Deep Discharge Of Battery Low
/datasheets/files/maxim/0000/appnotes.htm
Maxim 04/04/2001 38.61 Kb HTM appnotes.htm
+150 o C ESD Electrostatic Discharge 2 kV V digital Voltage on pins: IN1, IN2, STBY, WD, CWD, CF Swing Vbatt = 12V Vbatt = 9V Vbatt > UVLO 6.25 6.25 5.1 12 12 12.5 V V V TD340 TD340 5/21 will require bootstrap capacitors of about 47nF. MOS gate discharge The high side MOS are switched off with internal Gate to Source discharge (not Gate to Ground discharge) to prevent
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/7048-v1.htm
STMicroelectronics 21/09/2000 29.5 Kb HTM 7048-v1.htm
bipolar pass transistor) accelerates the battery discharge at a time when the battery can least afford it AA cells exceeds the 3Whrs in a 6-cell, 9V alkaline battery by 50%, even though the two batteries are
/datasheets/files/maxim/0008/view_005.htm
Maxim 04/04/2001 31.64 Kb HTM view_005.htm
to +150 o C ESD Electrostatic Discharge 2 kV V digital Voltage on pins: IN1, IN2, STBY, WD, CWD, CF T=255C -405C -405C < T < 1255C 1255C 0.6 0.5 1 1 1.4 1.5 MHz MHz V osc Oscillator Swing Vbatt = 12V Vbatt = 9V Vbatt capacitors of about 47nF. MOS gate discharge The high side MOS are switched off with internal Gate to Source discharge (not Gate to Ground discharge) to prevent the Gates from negative transient
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/7048.htm
STMicroelectronics 20/10/2000 30.92 Kb HTM 7048.htm
IMPEDANCE EASILY FORMS MAY FOR KEY TURN DISCHARGE SYNCHRONOUS AIDING PRIMARILY COMPARISON RESISTOR SAMPLING IMPEDANCE FORMS MAY FOR KEY SATURATE SUB DISCHARGE SYNCHRONOUS OVENS AIDING CUT SINE COMPOSE WARM EXCUD SPECIAL DIRECTION AIDS ENCLOSING CURRENT DIGITALLY MOST AMPLITUDE IMPEDANCE FOR TURN DISCHARGE SINE BEING IMPEDANCE EASILY MAY FOR VERSUS TURN DISCHARGE SYNCHRONOUS AIDING PLOTS SIGNIFICANTLY IMPROVEMENT
/datasheets/files/linear/lview3/parts-v1.edb
Linear 08/10/1998 5000.33 Kb EDB parts-v1.edb
IMPEDANCE EASILY FORMS MAY FOR KEY TURN DISCHARGE SYNCHRONOUS AIDING PRIMARILY COMPARISON RESISTOR SAMPLING IMPEDANCE FORMS MAY FOR KEY SATURATE SUB DISCHARGE SYNCHRONOUS OVENS AIDING CUT SINE COMPOSE WARM EXCUD SPECIAL DIRECTION AIDS ENCLOSING CURRENT DIGITALLY MOST AMPLITUDE IMPEDANCE FOR TURN DISCHARGE SINE BEING IMPEDANCE EASILY MAY FOR VERSUS TURN DISCHARGE SYNCHRONOUS AIDING PLOTS SIGNIFICANTLY IMPROVEMENT
/datasheets/files/linear/lview3/parts.ebd
Linear 08/10/1998 5000.33 Kb EBD parts.ebd
SUCCESSFULLY AMPLITUDE BEING IMPEDANCE EASILY FORMS MAY FOR KEY TURN DISCHARGE SYNCHRONOUS AIDING PRIMARILY MOST CURRENT IMPEDANCE FORMS MAY FOR KEY SATURATE SUB DISCHARGE SYNCHRONOUS OVENS AIDING CUT SINE DIGITALLY MOST AMPLITUDE IMPEDANCE FOR TURN DISCHARGE SINE SIGNIFICANTLY SINK INSTALL PRIMARILY RESISTOR AMPLITUDE BEING IMPEDANCE EASILY MAY FOR VERSUS TURN DISCHARGE SYNCHRONOUS AIDING PLOTS SIGNIFICANTLY
/datasheets/files/linear/lview4/parts.edb
Linear 15/02/2000 7168.02 Kb EDB parts.edb
- 9V be R osc (For 15V < Vi < 45V) 2) Oscillator discharge current: I DISCH = 20mA 3) Peak voltage ramp: V th - H = V i - 9V be Rosc + 2V be This formula is obtained in the following obtains: V - = ( V i 3 - V be ) - 2V be 3 + 2V be = V i - 9V be 9 + 2V be 4 be noted that formula (5) does not take into account the discharge time of Cosc which cannot be oscillator frequency: 7) f SW = 1 R osc V C osc 9 + T DISCH During the discharge time of
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1711-v3.htm
STMicroelectronics 25/05/2000 79.09 Kb HTM 1711-v3.htm