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AN-H22 Datasheets Context Search

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2009 - HV91XX

Abstract: HV9105
Text: AN-H22 Application Note Customizing the Linear Circuitry Response of the HV91 Family PWM ICs via the Bias Resistor The performance of the analog sections of the HV91xx depends on a series of internal current sources (one or more per analog block) that are controlled by the external current that travels from the bias terminal of the IC to VSS. According to the data sheets, this current should be , Bordeaux Drive, Sunnyvale, CA 94089 Tel: 408-222-8888 www.supertex.com 1 15 AN-H22 amplifier go


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PDF AN-H22 HV91xx HV9105, HV91XX HV9105
1996 - AN-H22

Abstract: No abstract text available
Text: BACK HV91 Series Application Note AN-H22 Customizing the Linear Circuitry Response of HV91 Family PWM ICs via the Bias Resistor The data sheets for the HV91 family of devices state that a resistor is required between the BIAS terminal on the chip and VSS for operation of the part, and the resistor should have the value given on the data sheet. Although the first part of that statement is correct, the second part is not necessarily true. For a specific application the best value for the bias resistor may


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PDF AN-H22
1998 - HV9105

Abstract: No abstract text available
Text: HV91 Series Application Note AN-H22 3 Customizing the Linear Circuitry Response of HV91 Family PWM ICs via the Bias Resistor The data sheets for the HV91 family of devices state that a resistor is required between the BIAS terminal on the chip and VSS for operation of the part, and the resistor should have the value given on the data sheet. Although the first part of that statement is correct, the second part is not necessarily true. response speed, or quiescent power dissipation that


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PDF AN-H22 HV91xx HV9105
Calculating Power Dissipation

Abstract: AN-H44 HV9120-Controlled all application notes AN-H29
Text: Application ¡Mates Listing T itle AN-D2 AN-H3 AN-D9 AN-D10 AN-D11 AN-D12 AN-H13 AN-D14 AN-D15 AN-D16 AN-D17 AN-D18 AN-H20 AN-H21 AN-H22 AN-H23 AN-H24 AN-D25 AN-D26 AN-D27 AN-H28 AN-H29 AN-D30 AN-H32 AN-H33 AN-H34 AN-H35 AN-H36 AN-H37 AN-H38 AN-H39 AN-H40 AN-H41 AN-H42 AN-H43 AN-H44 AN-H45 S ynopsis Low-Threshold MOSFETs: Structure, Performance and Applications Basics of EL Panel Drive Techniques AN-D8 High Voltage Pulser Circuits TN06 Series: Battery Back-Up Utilizes Low Threshold MOSFETs Off-Line Compact


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PDF AN-D10 AN-D11 AN-D12 AN-H13 AN-D14 AN-D15 AN-D16 AN-D17 AN-D18 AN-H20 Calculating Power Dissipation AN-H44 HV9120-Controlled all application notes AN-H29
1996 - resistor

Abstract: HV9105
Text: HV91 Series Application Note AN-H22 Customizing the Linear Circuitry Response of HV91 Family PWM ICs via the Bias Resistor response speed, or quiescent power dissipation that differ from the values stated on the data sheet, or if the HV91xx will be operated at a VDD other than 10V. The data sheets for the HV91 family of devices state that a resistor is required between the BIAS terminal on the chip and VSS for operation of the part, and the resistor should have the value given on the data


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PDF AN-H22 HV91xx resistor HV9105
2001 - HV9105

Abstract: No abstract text available
Text: HV91 Series Application Note AN-H22 Customizing the Linear Circuitry Response of HV91 Family PWM ICs via the Bias Resistor The data sheets for the HV91 family of devices state that a resistor is required between the BIAS terminal on the chip and VSS for operation of the part, and the resistor should have the value given on the data sheet. Although the first part of that statement is correct, the second part is not necessarily true. For a specific application the best value for the bias


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PDF AN-H22 HV9105
Not Available

Abstract: No abstract text available
Text: HV91 Series Application Note AN-H22 Customizing the Linear Circuitry Response of HV91 Family PWM ICs via the Bias Resistor The data sheets for the HV91 family of devices state that a resistor is required between the BIAS terminal on the chip and VSS for operation of the part, and the resistor should have the value given on the data sheet. Although the first part of that statement is correct, the second part is not necessarily true. For a specific application the best value for the bias


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PDF AN-H22
1998 - 200v dc voltage regulator

Abstract: 5V power supply using bridge rectifier REGULATOR IC lm78L05 LM78L05 bridge rectifier 240V AC DN2540N5 zener 120V regulator 1N4001 bridge rectifier step down transformer Transistor z1
Text: ANH13, AN-H21, AN-H22 , AN-H23, and AN-H24 which discuss the Supertex HV91XX series of switchmode PWM


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PDF DN2535N5 DN2540N5 1N4005 50mV/div) LM78L05, 20mVPP 200v dc voltage regulator 5V power supply using bridge rectifier REGULATOR IC lm78L05 LM78L05 bridge rectifier 240V AC zener 120V regulator 1N4001 bridge rectifier step down transformer Transistor z1
2009 - bridge rectifier 240V AC

Abstract: 1N4001 bridge rectifier 1N4004 bridge rectifier bridge rectifier 6V dc REGULATOR IC lm78L05 6V bridge rectifier ic diode 1N4004 spice LM78L05 switching preregulator 336V
Text: , AN-H21, AN-H22 , AN-H23, and AN-H24 which discuss the Supertex HV91XX series of switchmode PWM


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PDF AN-D30 bridge rectifier 240V AC 1N4001 bridge rectifier 1N4004 bridge rectifier bridge rectifier 6V dc REGULATOR IC lm78L05 6V bridge rectifier ic diode 1N4004 spice LM78L05 switching preregulator 336V
2001 - Transistor z1

Abstract: 12 volt ac to dc bridge rectifier circuit 5V power supply using bridge rectifier bridge rectifier 240V AC Z1 Transistor 240 volts AC to 5 volts DC Bridge rectifier bridge rectifier 240V AC 240v dc 120v AC to 15V dc transformer REGULATOR IC lm78L05 zener diode for 240v ac voltage
Text: Supertex application notes ANH13, AN-H21, AN-H22 , AN-H23, and AN-H24 which discuss the Supertex HV91XX


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PDF 1N4005 50mV/div) LM78L05, 20mVPP Transistor z1 12 volt ac to dc bridge rectifier circuit 5V power supply using bridge rectifier bridge rectifier 240V AC Z1 Transistor 240 volts AC to 5 volts DC Bridge rectifier bridge rectifier 240V AC 240v dc 120v AC to 15V dc transformer REGULATOR IC lm78L05 zener diode for 240v ac voltage
2009 - STR 6656

Abstract: HV509 str 6655 pj 899 diode HV9910 K 3264 fet transistor diode PJ 966 tray qfn 7x7 relay 4098 cell phone detector
Text: Printing AN-H21 HV91xx: Calculating Power Dissipation and Supply Current AN-H22 HV91xx


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2010 - HV9961

Abstract: 2N7002 MARKING 1702 HV9963 HV9910 hv9910b SR087 str 6655 HV509 DN2450 HV9967
Text: Printing AN-H21 HV91xx: Calculating Power Dissipation and Supply Current AN-H22 HV91xx


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PDF product25 HV9961 2N7002 MARKING 1702 HV9963 HV9910 hv9910b SR087 str 6655 HV509 DN2450 HV9967
2009 - ic str wg 252

Abstract: HV9961 hv9931 HV9910 HV9910B str 6655 HV9919 pj 899 diode BIBRED diode PJ 41 MG
Text: Printing AN-H21 HV91xx: Calculating Power Dissipation and Supply Current AN-H22 HV91xx


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