VOLTAGE DOUBLER INTRODUCTION Search Results

Voltage Doubler application

Abstract: voltage doubler Schottky Doubler application of voltage doubler Microwave detector diodes detector diode chip diode agilent 5964-4236E
Contextual Info: Schottky Diode Voltage Doubler Application Note 956-4 Circuit Description Figure 1 shows a simple voltage doubler circuit that was assembled in Agilent Package 60 and tested at 2 GHz. In this version of the doubler, opposite polarity chips are needed. The

Voltage Doubler application

Abstract: application of voltage doubler Schottky Doubler Voltage Doubler introduction rf power detector voltage doubler 5964-4236E stub tuner matching 5082-0023
Contextual Info: Schottky Diode Voltage Doubler Application Note 956-4 Circuit Description Figure 1 shows a simple voltage doubler circuit that was assembled in HP Package 60 and tested at 2 GHz. In this version of the doubler, opposite polarity chips are needed. The shunt chip

Voltage Doubler application

Abstract: application of voltage doubler Schottky Doubler Microwave detector diodes microwave detector diode 5082-0009 stub tuner matching
Contextual Info: hH Schottky Diode Voltage Doubler Application Note 956-4 Circuit Description Figure 1 shows a simple voltage doubler circuit that was assembled in HP Package 60 and tested at 2 GHz. In this version of the doubler, opposite polarity chips are needed. The shunt chip

Voltage Doubler

Abstract: application of voltage doubler LMX2350 Voltage Doubler application Frequency Doubler use diode AN-1119 power factor load pump National Semiconductor AN
Contextual Info: INTRODUCTION Today’s wireless applications demand lower operating voltages. A voltage doubler provides a means of obtaining a wider VCO tuning range at lower voltages. This paper discusses the considerations that need to be made when using a voltage doubler. Specific test results are shown for a

application of voltage doubler

Abstract: Voltage Doubler LMX2350 AN-1119 rf power detector voltage doubler
Contextual Info: INTRODUCTION Today’s wireless applications demand lower operating voltages. A voltage doubler provides a means of obtaining a wider VCO tuning range at lower voltages. This paper discusses the considerations that need to be made when using a voltage doubler. Specific test results are shown for a

TC1219

Abstract: TCM828
Contextual Info: AN63 Design Alternatives to the TC682 for Performing Inverting Voltage Doubler Functions Author: DUAL TCM828 IMPLEMENTATION Patrick Maresca, Microchip Technology, Inc. INTRODUCTION Creating a negative DC bias voltage from a positive DC supply often is required in battery-powered portable handheld instruments

TC1219

Abstract: TCM828
Contextual Info: AN804 Design Alternatives to the TC682 for Performing Inverting Voltage Doubler Functions Author: DUAL TCM828 IMPLEMENTATION Patrick Maresca, Microchip Technology, Inc. INTRODUCTION Creating a negative DC bias voltage from a positive DC supply often is required in battery-powered portable handheld instruments

36V Li-Ion battery

Abstract: TCM829 TC1219 TCM828 PIC 1684 TC1220 TC2682 TC682 AN804 TC1142
Contextual Info: AN804 Design Alternatives to the TC682 for Performing Inverting Voltage Doubler Functions Author: DUAL TCM828 IMPLEMENTATION Patrick Maresca, Microchip Technology, Inc. INTRODUCTION Creating a negative DC bias voltage from a positive DC supply often is required in battery-powered portable handheld instruments

TCM828

Abstract: TCM829 TC1219 AN804 TC1142 TC1220 TC682 DS21360 microchip inverter application notes
Contextual Info: M AN804 Design Alternatives To The TC682 For Performing Inverting Voltage Doubler Functions Author: TRADITIONAL TC682 IMPLEMENTATION Pat Maresca Microchip Technology Inc. Figure 1 shows a circuit implementation using Microchip Technology's TC682 to generate the -10V

AN489 Analysis and Basic Operation of the MC1495

Abstract: analog multiplier MC1496 MC1494 MC1495 equivalent balanced modulator MC1496 mc1495
Contextual Info: MC1494 Linear Four-Quadrant Multiplier The MC1494 is designed for use where the output voltage is a linear product of two input voltages. Typical applications include: multiply, divide, square root, mean square, phase detector, frequency doubler, balanced

balanced modulator MC1496 operation theory

Abstract: balanced modulator MC1496 theory balanced modulator MC1496 MC1456 AN489 AN489 Analysis and Basic Operation of the MC1495 AN489 MC1495 MC1494 Product detector MC1496 MC1494P
Contextual Info: ON Semiconductort MC1494 Linear Four-Quadrant Multiplier The MC1494 is designed for use where the output voltage is a linear product of two input voltages. Typical applications include: multiply, divide, square root, mean square, phase detector, frequency doubler,

MC14564

Abstract: MC1456 AN489 Analysis and Basic Operation of the MC1495
Contextual Info: ON Semiconductort MC1494 Linear Four−Quadrant Multiplier The MC1494 is designed for use where the output voltage is a linear product of two input voltages. Typical applications include: multiply, divide, square root, mean square, phase detector, frequency doubler,

analog multiplier MC1496

Abstract: AN489 Analysis and Basic Operation of the MC1495 MC1456 AN489 application note AN489 balanced modulator MC1496 operation theory balanced modulator MC1496 theory AN-489 MC1495 MC1494
Contextual Info: Order this document by MC1494/D MC1494 Linear Four-Quadrant Multiplier The MC1494 is designed for use where the output voltage is a linear product of two input voltages. Typical applications include: multiply, divide, square root, mean square, phase detector, frequency doubler, balanced

MC1594

Abstract: balanced modulator MC1496 theory MC1495L MC1494L
Contextual Info: MOTOROLA MC1494 MC1594 SEMICONDUCTOR TECHNICAL DATA Linear Four-Quadrant Multiplier The M C 1494/1594 is designed for use where the output voltage is a linear product of two input voltages. Typical applications include: multiply, divide, square root, mean square, phase detector, frequency doubler, balanced

application of voltage doubler

Abstract: Voltage Doubler application Microwave detector diodes Schottky Doubler angelo rf power detector voltage doubler Avago Technologies Schottky Avago Application Note 956-4 Schottky Diode Voltage Doubler microwave detector diode diode 1.e
Contextual Info: Schottky Diode Voltage Doubler Application Note 956-4 Performance Diode detectors may be combined in various ways to produce higher output voltages than would be produced by a single diode. This note describes a microwave circuit that combines the detected output of two diodes to produce a detector with double the usual voltage sensitivity.

automatic change over switch circuit diagram

Abstract: 3 phase automatic change over switch circuit diagram schematic diagram smps 500w smps 500w half bridge 240v automatic change over switch circuit diagram schematic diagram Power supply 500w 220V Automatic Voltage Regulator schematic manual change over switch circuit diagram smps circuit diagram of 300W computer smps circuit diagram
Contextual Info: APPLICATION NOTE  AN AUTOMATIC LINE VOLTAGE SWITCHING CIRCUIT VAJAPEYAM SUKUMAR THIERRY CASTAGNET ABSTRACT The voltages found in line sockets around the world vary widely. Power supply designers have, most often, overcome this problem by the use of a doubler/bridge switch that can double the

automatic change over switch circuit diagram

Abstract: 3 phase automatic change over switch circuit diagram 500w power amplifier circuit diagram schematic diagram smps 500w circuit diagram of smps 500w schematic diagram Power supply 500w 220V Automatic Voltage Regulator schematic 240v automatic change over switch circuit diagram smps circuit diagram of 300W 220v 300w ac regulator circuit
Contextual Info: AN389 APPLICATION NOTE AN AUTOMATIC LINE VOLTAGE SWITCHING CIRCUIT ABSTRACT The voltages found in line sockets around the world vary widely. Power supply designers have, most often, overcome this problem by the use of a doubler/bridge switch that can double the 120V nominal line and

Contextual Info: M M O T O R O L A Linear Four-Q uadrant M ultiplier The MC1494 is designed for use where the output voltage is a linear product o f tw o input voltages. Typical applications include: multiply, divide, square root, mean square, phase detector, frequency doubler, balanced

diode 1NU

Abstract: analog multiplier MC1496 MC1456 MC1495 equivalent
Contextual Info: M M O T O R O L A — — — Linear Four-Q uadrant M ultiplier The MC1494 is designed for use where the output voltage is a linear product of tw o input voltages. Typical applications include: multiply, divide, square root, mean square, phase detector, frequency doubler, balanced

SOT115J

Contextual Info: ACA2786 1 GHz, 25 dB Gain CATV Power Doubler Amplifier PRELIMINARY DATA SHEET - Rev 1.0 FEATURES • 25 dB Gain • 40 MHz to 1 GHz Operating Range • 0.5 dB Gain Flatness • 24 V Supply • Supply Current: 430 mA Typ. • Very Low Distortion & Noise • Robust Design and Insensitive to Voltage

SOT-115J

Abstract: ACA2788 SOT115J
Contextual Info: ACA2788 1 GHz, 28 dB Gain CATV Power Doubler Amplifier PRELIMINARY DATA SHEET - Rev 1.0 FEATURES • 28 dB Gain • 40 MHz to 1 GHz Operating Range • 0.5 dB Gain Flatness • 24 V Supply • Supply Current: 430 mA Typ. • Very Low Distortion & Noise • Robust Design and Insensitive to Voltage

c103 TRANSISTOR equivalent

Abstract: TRANSISTOR c105 c105 TRANSISTOR MK1210 transistor c107 m c103 m TRANSISTOR C102 M transistor c107 TRANSISTOR equivalent c102 TRANSISTOR triac C105
Contextual Info: 1 Introduction Increasingly power supplies used in applications such as home appliance, office automation,communications and industrial area need to operate on the main AC line 100V and 200V as products are manufactured for global markets. Traditionally power supplies have been designed to operate on either 100V

ADP3607-5

Abstract: walt Kester Voltage Converters ADM660 ADM8660 ADP3603 ADP3604 ADP3605
Contextual Info: SWITCHED CAPACITOR VOLTAGE CONVERTERS SECTION 4 SWITCHED CAPACITOR VOLTAGE CONVERTERS Walt Kester, Brian Erisman, Gurjit Thandi INTRODUCTION In the previous section, we saw how inductors can be used to transfer energy and perform voltage conversions. This section examines switched capacitor voltage

Astable Multivibrator 3.3V

Abstract: LTC3891 low power astable multivibrator ic DN493 high voltage doubler circuit "bias control" ldo NDS331N boost 5v to 48v
Contextual Info: Bootstrap Biasing of High Input Voltage Step-Down Controller Increases Converter Efficiency Design Note 493 Goran Perica and Victor Khasiev Introduction High voltage buck DC/DC controllers such as the LTC3890 dual output and LTC3891 (single output) are popular in