NOTE X9314 Search Results

AN4450

Abstract: Application note x9314 AN115 AN120 AN124 AN134 AN42 AN44 AN52 AN53
Contextual Info: APPLICATION NOTE A V A I L A B L E AN42 • AN44–50 • AN52 • AN53 • AN71 • AN73 • AN99 • AN115 • AN120 • AN124 • AN134 Terminal Voltages ±5V, 32 Taps, Log Taper X9314 Single Digitally Controlled Potentiometer XDCP FEATURES DESCRIPTION

AN53

Abstract: AN71 AN73 AN115 AN120 AN124 AN134 AN42 AN44 AN52
Contextual Info: APPLICATION NOTE A V A I L A B L E AN42 • AN44–50 • AN52 • AN53 • AN71 • AN73 • AN99 • AN115 • AN120 • AN124 • AN134 Terminal Voltages ±5V, 32 Taps, Log Taper X9314 Single Digitally Controlled Potentiometer XDCP FEATURES DESCRIPTION

X9312 X9C102

Abstract: AN92 X9312 X9313 X9314 X9316 wiper
Contextual Info: Application Note AN92 Understanding the Xicor 3-Wire XDCP Interface by Applications Staff On Xicor’s X9312, X9C102/103/104/503, X9313, X9314, and X9316 XDCPs, the INC and CS pins serve to define the mode of operation. The signals are also NORed together to generate an enable signal for the

ELECTRONIC DEVICES INC

Abstract: "Resistor array" AN92 X9312 X9313 X9314 X9316
Contextual Info: Application Note AN92 Understanding the Xicor 3-wire E2POT Interface by Applications Staff, September 1996 On Xicor’s X9312, X9C102/103/503/104, X9313, X9314, and X9316 E2POTs, the INC and CS pins serve to define the mode of operation. The signals are also NORed together to generate an enable signal for

x9cmme

Abstract: X9CMME datasheet X9C103 AN43 AN53 RR-520 X9241A X9312 X9313 X9314
Contextual Info: Application Note AN53 Designing with Xicor Digitally Controlled Potentiometers XDCPs Introduction The use of Xicor's nonvolatile digital potentiometers (XDCPs) can simplify and/or solve many mixed signal design problems. However, in some applications, a

similar lm386

Abstract: LM386 FIXED LOW GAIN AUDIO POWER AMPLIFIER LM386 8 ohm ,.5 watt speaker X9134 LM386 74HC132 lm380 equivalent circuit LM380 LM386 LM386 audio amplifiers LM386 Audio Amplifier
Contextual Info: Application Note AN49 Digital Audio Amplifier Gain Control using Logarithmic XICOR Digitally Controlled Potentiontiometers XDCPs by Applications Staff Often the power amplifier stage of a communications device is located some distance from the control panel.

x9cmme

Abstract: oscillator tunnel diode Position Estimation transistor substitution chart USE OF TRANSISTOR AN1158 AN43 RR-520 X9241A X9312
Contextual Info: Designing with Intersil Digitally Controlled Potentiometers XDCPs Application Note Introduction The use of Intersil's nonvolatile digital potentiometers (XDCPs) can simplify and/or solve many mixed signal design problems. However, in some applications, a deeper

X9134

Abstract: x9cmme Schematic of 100K digital potentiometer x9c102 74hc132 Application note x9314 X9312 X9C102 X9313 POTENTIOMETER 100K LOG ups vh 2000 W 503 Potentiometers
Contextual Info: Application Note AN88 Evaluation Circuits for XDCP by Applications Staff, June 2000 Introduction The use of Xicor’s nonvolatile digital potentiometers XDCPs in mixed signal applications can offer a number of unique system advantages over the use of

X9134

Abstract: LM78L05AC2 LM386 8 ohm ,.5 watt speaker similar lm386 5kw power amplifier 74hc132 1N4148 s1 LM386 speaker LM386 LM386 application note
Contextual Info: Digital Audio Amplifier Gain Control using Logarithmic Intersil Digitally Controlled Potentiometers XDCPs Application Note April 21, 2005 AN49.0 Author: Applications Staff Often the power amplifier stage of a communications device is located some distance from the control panel. The typical

LM386

Abstract: X9134 LM386 Audio Amplifier 74hc132 similar lm386 LM380 LM386 ic LM386 LM386 audio amplifiers LM386 speaker lm380 equivalent
Contextual Info: Digital Audio Amplifier Gain Control using Logarithmic Intersil Digitally Controlled Potentiontiometers XDCPs Application Note April 21, 2005 AN49.0 Author: Applications Staff Often the power amplifier stage of a communications device is located some distance from the control panel. The typical

74HC13

Abstract: x9cmme Schematic of 100K digital potentiometer x9c102 X9134 X9CMME datasheet POTENTIOMETER 100K LOG W 503 Potentiometers X9312 X9C102 Application note x9314 IC 7407
Contextual Info: Evaluation Circuits for XDCP Application Note April 26, 2005 AN88.0 Author: Applications Staff Introduction The use of Intersil’s nonvolatile digital potentiometers XDCPs in mixed signal applications can offer a number of unique system advantages over the use of mechanical

LM380 LM386

Abstract: LM386 Audio Amplifier intercom using lm386 LM386 FIXED LOW GAIN AUDIO POWER AMPLIFIER LM386 LM386 audio amplifiers LM380 volume gain control of LM386 LM386 sound amplifier circuit lm380 equivalent
Contextual Info: Application Note AN49 2 Digital Audio Amplifier Gain Control using Logarithmic E POTs by Applications Staff, January 1994 Often the power amplifier stage of a communications device is located some distance from the control panel. The typical solution is to mount the volume

X9503

Abstract: X9503 equivalent X9103 Application note x9314 x9cmme AN53 xicor Position Estimation RR-520 XICOR AN43 USE OF TRANSISTOR
Contextual Info: Application Note AN53 Designing with Xicor E2POTs by Gray Creager, December 1994 Introduction The use of Xicor's nonvolatile digital potentiometers 2 E POTs can simplify and/or solve many mixed signal design problems, however in some 2 applications, a deeper understanding of E POT

evaluation circuits for e2pots

Abstract: x9cmme Schematic of 100K digital potentiometer x9c102 XK9241 Diode 1N41 Schematic of 100K digital potentiometer W 503 Potentiometers AN88 X9221 X9241
Contextual Info: Application Note AN88 Evaluation Circuits for E2POTs by Gray Creager, June 1996 Introduction The use of Xicor’s nonvolatile digital potentiometers 2 E POTs in mixed signal applications can offer a number of unique system advantages over the use of mechanical potentiometers. During prototyping, a

3C78

Abstract: X9314WMI X9314WMIZ-3 X9314WMIT1 X9314WMI-3
Contextual Info: X9314 Terminal Voltages ±5V, 32 Taps, Log Taper Data Sheet September 15, 2005 Single Digitally Controlled Potentiometer XDCP FN8178.1 Features • Solid State Potentiometer The Intersil X9314 is a solid state nonvolatile potentiometer and is ideal for digitally controlled resistance trimming.

Contextual Info: X9314 Terminal Voltages ±5V, 32 Taps, Log Taper Data Sheet July 24, 2014 Single Digitally Controlled Potentiometer XDCP FN8178.3 Features • Solid State Potentiometer The Intersil X9314 is a solid state nonvolatile potentiometer and is ideal for digitally controlled resistance trimming.

X9314WMI

Abstract: X9314 X9314WP X9314WPI X9314WS X9314WSI X9314WSIZ X9314WSZ X9314WMIZ-3 X9314WMI-3
Contextual Info: X9314 Terminal Voltages ±5V, 32 Taps, Log Taper Data Sheet September 5, 2006 Single Digitally Controlled Potentiometer XDCP FN8178.2 Features • Solid State Potentiometer The Intersil X9314 is a solid state nonvolatile potentiometer and is ideal for digitally controlled resistance trimming.

Contextual Info: X9314 Terminal Voltages ±5V, 32 Taps, Log Taper Data Sheet September 5, 2006 Single Digitally Controlled Potentiometer XDCP FN8178.2 Features • Solid State Potentiometer The Intersil X9314 is a solid state nonvolatile potentiometer and is ideal for digitally controlled resistance trimming.

Application note x9314

Abstract: AN42 AN44 AN52 AN53 AN71 AN73 X9314 note x9314 AN4450
Contextual Info: APPLICATION NOTES A V A I L A B L E AN42 • AN44–50 • AN52 • AN53 • AN71 • AN73 Terminal X9314 Voltage ±5V, 32 Taps, Log Taper X9314 E2POT Nonvolatile Digital Potentiometer FEATURES DESCRIPTION • The Xicor X9314 is a solid state nonvolatile potentiometer and is ideal for digitally controlled resistance trimming.

XICOR DATE CODE

Abstract: AN44 Xicor MARKING C5T
Contextual Info: A p p l ic a t io n N o te s A V A I L A B L E AN42 • AN44—50 • AN52 • AN53 • AN71 • AN73 XSftkftial Voltage ±5V, 32 Taps, Log Taper w X9314 E2POT Nonvolatile Digital Potentiometer FEATURES DESCRIPTION • Low Power CMOS —VCc = 3V to 5.5V

Contextual Info: A p p l ic a t io n N o t e s A V A I L A B L E AN42 • AN44—50 • AN52 • AN53 • AN71 • AN73 Terminal Voltage ±5V, 32 Taps, Log Taper UE X9314 E2POT Nonvolatile Digital Potentiometer FEATURES DESCRIPTION • Low Power CMOS — Vcc = 3V to 5.5V

FN8178

Contextual Info: X9314 Terminal Voltages ±5V, 32 Taps, Log Taper Data Sheet February 28, 2005 Single Digitally Controlled Potentiometer XDCP FN8178.0 DESCRIPTION The Intersil X9314 is a solid state nonvolatile potentiometer and is ideal for digitally controlled resistance trimming.

marking 3t1

Abstract: 22-COMM active tone control circuit with TL072 313u X9313US-3T1 x9313WS X9313XP LT311
Contextual Info: X9313 Terminal Voltages ±5V, 32 Taps Data Sheet September 9, 2005 Digitally Controlled Potentiometer XDCP FN8177.2 Features • Solid-state potentiometer The Intersil X9313 is a digitally controlled potentiometer (XDCP). The device consists of a resistor array, wiper

marking AAW

Abstract: marking ddt MSOP-8 Analog devices marking Information MSOP ajg msop msop 10
Contextual Info: X9315 Low Noise, Low Power, 32 Taps Data Sheet September 15, 2005 Digitally Controlled Potentiometer XDCP FN8179.1 Features • Solid-state potentiometer The Intersil X9315 is a digitally controlled potentiometer (XDCP). The device consists of a resistor array, wiper