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DLPR910YVA Texas Instruments DLPR910 Configuration PROM for DLPC910 48-DSBGA visit Texas Instruments
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keypad 3x4 pin configuration

Catalog Datasheet MFG & Type PDF Document Tags

keypad 3x4 8 pin configuration

Abstract: utilize this legend in your keypad configuration is minimal. If the legend is not available, Grayhill , To order one of the configurations below, use the dash number shown here; select the keypad size and , can be removed, and reinserted in any configuration. -014 -112 -113 -016 CUSTOM LEGENDS , = Shielded SN = Non-Shielded Size Option A = 3x4 B = 4x4 C = 1 Button Circuitry Option (B2 and , assembled stud nuts Blank = Nuts not provided Standard Legend Choices 3x4 Size: -112 o r -113 4x4 Size
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Abstract: in your keypad configuration is minimal. If the legend is not available, Grayhill can list the , , linear dimension tolerances are ± .010 (0.25) 3x4 K eyb oard Single Pole/Common Bus M atrix O , ±.020_, (59.69 + 0.51) .270 (6.86) .100 (2.54) REF. TERMINAL PIN HEADER .100 (2,54) REF. TERMINAL PIN HEADER - TERMINAL PIN IDENTIFICATION - TERMINAL PIN IDENTIFICATION a b ' * G rayhill , lH B J C K D L E M F N G .098 (2.49) REF. IEHMINAL PIN HEADER â'¢ Phone: 7 0 8 - 3 5 4 - 1 0 4 -
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16 4x4 Buttons Keypad Matrix

Abstract: keypad 3x4 pin configuration keypad configuration is minimal. If the legend is not available, Grayhill can list the charges required , ) 3x4 Keyboard Matrix Output .750 (19,05) 3 EQ. SPS. TOL. NON-ACCUM. 3 4 .425 (10,80 , ) .100 (2,54) REF. TERMINAL PIN HEADER .100 (2,54) REF. TERMINAL PIN HEADER TERMINAL PIN IDENTIFICATION TERMINAL PIN IDENTIFICATION A B C D E F G .098 (2,49) REF. TERMINAL PIN HEADER , . TERMINAL PIN HEADER 60525-5997 · USA · Phone: 708-354-1040 · Fax: 708-354-2820 · www.grayhill.com C
Grayhill
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KEYPADS

Abstract: Series 84S in the library, the cost to utilize this legend in your keypad configuration is minimal. If the , noted, linear dimension tolerances are ± .010 (0,25) 3x4 Keyboard Matrix Output .750 (19,05 , PIN HEADER .100 (2,54) REF. TERMINAL PIN HEADER TERMINAL PIN IDENTIFICATION TERMINAL PIN IDENTIFICATION A B C D E F G .098 (2,49) REF. TERMINAL PIN HEADER Grayhill, Inc. â'¢ 561 Hillgrove Avenue â'¢ LaGrange, Illinois A H B J C K D L E M F N G .098 (2,49) REF. TERMINAL PIN
Grayhill
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16 4x4 Buttons Keypad Matrix

Abstract: keypad 3x4 pin configuration ) 3x4 Keyboard Matrix Output .750 (19,05) 3 EQ. SPS. TOL. NON-ACCUM. 3 4 .425 (10,80 , ) .100 (2,54) REF. TERMINAL PIN HEADER .100 (2,54) REF. TERMINAL PIN HEADER TERMINAL PIN IDENTIFICATION TERMINAL PIN IDENTIFICATION A B C D E F G .098 (2,49) REF. TERMINAL PIN HEADER , . TERMINAL PIN HEADER 60525-5997 · USA · Phone: 708-354-1040 · Fax: 708-354-2820 · www.grayhill.com , ) TYP. .800 (20,32) .425 (10,80) .310 (7,87) .098 (2,49) REF. TERMINAL PIN HEADER
Grayhill
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Abstract: dimension tolerances are ± .010 (0,25) 3x4 Keyboard Matrix Output .750 (19,05) 3 EQ. SPS. TOL , ,86) .350 (8,89) .800 (20,32) 1.650 (41,91) .100 (2,54) REF. TERMINAL PIN HEADER .100 (2,54) REF. TERMINAL PIN HEADER TERMINAL PIN IDENTIFICATION TERMINAL PIN IDENTIFICATION A B C D E F G .098 (2,49) REF. TERMINAL PIN HEADER Grayhill, Inc. â'¢ 561 Hillgrove Avenue â'¢ LaGrange, Illinois A H B J C K D L E M F N G .098 (2,49) REF. TERMINAL PIN HEADER 60525-5997 â Grayhill
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Abstract: keypad configuration is minimal. If the legend is not available, Grayhill can list the charges required , dimension tolerances are ± .010 (0,25) 3x4 Keyboard Matrix Output .750 (19,05) 3 EQ. SPS. TOL , ,86) .350 (8,89) .800 (20,32) 1.650 (41,91) .100 (2,54) REF. TERMINAL PIN HEADER .100 (2,54) REF. TERMINAL PIN HEADER TERMINAL PIN IDENTIFICATION TERMINAL PIN IDENTIFICATION A B C D E F G .098 (2,49) REF. TERMINAL PIN HEADER Grayhill, Inc. â'¢ 561 Hillgrove Avenue â Grayhill
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16 4x4 Buttons Keypad Matrix

Abstract: keypad 3x4 pin configuration utilize this legend in your keypad configuration is minimal. If the legend is not available, Grayhill can , , NORMALLY OPEN Note: Mounting studs serve as terminals. 3x4 Keyboard .750 (19,05) 3 EQ. SPS. TOL , ) .100 (2,54) REF. TERMINAL PIN HEADER TERMINAL PIN IDENTIFICATION A B C D E F G .098 (2,49) REF. TERMINAL PIN HEADER .100 (2,54) REF. TERMINAL PIN HEADER TERMINAL PIN IDENTIFICATION A H B J C K D L E M F N G .098 (2,49) REF. TERMINAL PIN HEADER Grayhill, Inc. · 561 Hillgrove Avenue · LaGrange
Grayhill
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4x3 matrix keypad

Abstract: 4x3 keypad Ideal for low pin count AVRs · Uses I/O pins to read 4x4 keypad · Uses Timer/Counter to control , and row of the keypad is connected to an I/O pin. The microcontroller continually scans the keypad , DEBUGWIRE in KPD.h is defined this pin will be freed for debugging, but the last row of the keypad cannot , approach saves one I/O pin. 5.2.2 Keypad and LCD Multiplexing Consider multiplexing the keypad and the , four I/O pins. To interface a 3x4 keypad using only four I/O pins requires the use of six diodes, as
Atmel
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3x4 matrix keypad

Abstract: mk5089 DIAL Figure 5. Keypad Configuration 12KEY Mode (Tone Mode) DEVICE OPERATION NORMAL DIALING The , "#." A key input makes it continue. KEYPAD CONFIGURATION 12KEY MODE (PULSE MODE) Most of the Pulse , PAUSE ETC * o tt Figure 6. Keypad Sequence 13KEY Configuration 3-I Users may inject a pause at any , , external control of the signaling rate, and total functional control with either a standard 3x4 matrix keypad (FORM-A) or a 2-of-7 keyboard. A 13th key option allows control of the dialer's repertory features
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3x4 matrix keypad mk5089 keypad 3x4 pin configuration keypad 3x4 8 pin configuration circuit diagram of keypad interface with dtmf mk5089 DTMF 10-NUMBER MK5376
Abstract: high-efficiency three string power source for backlight or keypad LEDs in smart-phone handsets. The high-voltage inductive boost converter provides the power for three series LED strings for display backlight and keypad , Parallel High-Voltage LED Strings for Display and Keypad Lighting High-Voltage Strings Capable of up to , . APPLICATIONS â'¢ â'¢ Power Source for Smart Phone Illumination Display, Keypad and Indicator Illumination , 3 2 1 ABCD Bottom View 3 2 1 DCBA Figure 1. 12-Bump DSBGA Package YFQ0012CAA Pin Texas Instruments
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LM3697 ISO/TS16949
Abstract: high-efficiency three string power source for backlight or keypad LEDs in smart-phone handsets. The high-voltage inductive boost converter provides the power for three series LED strings for display backlight and keypad , Parallel High-Voltage LED Strings for Display and Keypad Lighting High-Voltage Strings Capable of up to , . APPLICATIONS â'¢ â'¢ Power Source for Smart Phone Illumination Display, Keypad and Indicator Illumination , 3 2 1 ABCD Bottom View 3 2 1 DCBA Figure 1. 12-Bump DSBGA Package YFQ0012CAA Pin Texas Instruments
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Abstract: string power source for backlight or keypad LEDs in smart-phone handsets. The high-voltage inductive boost converter provides the power for three series LED strings for display backlight and keypad , temperature range. APPLICATIONS â'¢ â'¢ Power Source for Smart Phone Illumination Display, Keypad and , Display and Keypad Lighting High-Voltage Strings Capable of up to 40V Output Voltage and up to 90 , PRODUCT PREVIEW Pin Descriptions/Functions Pin Name Description A1 PWM PWM Brightness Texas Instruments
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Abstract: string power source for backlight or keypad LEDs in smart-phone handsets. The high-voltage inductive boost converter provides the power for three series LED strings for display backlight and keypad , temperature range. APPLICATIONS â'¢ â'¢ Power Source for Smart Phone Illumination Display, Keypad and , Display and Keypad Lighting High-Voltage Strings Capable of up to 40V Output Voltage and up to 90 , PRODUCT PREVIEW Pin Descriptions/Functions Pin Name Description A1 PWM PWM Brightness Texas Instruments
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Abstract: high-efficiency three string power source for backlight or keypad LEDs in smart-phone handsets. The high-voltage inductive boost converter provides the power for three series LED strings for display backlight and keypad , Parallel High-Voltage LED Strings for Display and Keypad Lighting High-Voltage Strings Capable of up to , . APPLICATIONS â'¢ â'¢ Power Source for Smart Phone Illumination Display, Keypad and Indicator Illumination , 3 2 1 ABCD Bottom View 3 2 1 DCBA Figure 1. 12-Bump DSBGA Package YFQ0012CAA Pin Texas Instruments
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MK5089

Abstract: 3 x 4 MATRIX keypad keypad (FORM-A) or a 2-of-7 keyboard. A 13th key option allows control of the dialer's repertory features. The telephone keypad PIN C O N N E C T IO N pendent of the repertory functions. The 13th key mode , DISABLE pin. Pul ling this input high through a resistor disables the keypad (high im pedance) and , ms intersignal time. Figure 4 : Keypad Configuration 12Key Mode (tone mode). 1 2 3 4 5 6 , makes it conti nue. KEYPAD CONFIGURATION 12KEY MODE (pulse mode) Most of the Pulse key operations are
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3 x 4 MATRIX keypad MK5380 3x4 matrix keypad full 3 x 4 numeric keypad for interfacing telephone keypad interface circuit with dtmf ic lable information 16-DIGIT 13KEV

TRANSISTOR C2328

Abstract: SLMWTF01 voltage indicator Calendar display 3x4 matrix keypad interface Direct input of station frequencies 2 , Key: Reset button KeyPad: 3x4 matrix buttons for human interface Rev. 0.1 3 Si4731-DEMO 4 , product families. The Si4731-DEMO comes in a 3x3 mm 20-pin QFN package and is layout compatible with the , T1 J4 JP4 JP3 KeyPad Figure 1. Si4731-DEMO Board Top Side in Calendar Mode U3 J5 , Radio Mode, the FUNC/DIGIT key is used to switch the keypad to digital input mode. A â'Digâ' indicator
Silicon Laboratories
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TRANSISTOR C2328 SLMWTF01 4731-DEMO C8051F930

36 V - 72 V to 24 V 25 A pwm

Abstract: '¢ â'¢ â'¢ â'¢ â'¢ â'¢ Drives Three Parallel High-Voltage LED Strings for Display and Keypad , keypad LEDs in smart-phone handsets. The high-voltage inductive boost converter provides the power for three-series LED strings for display backlight and keypad functions (HVLED1, HVLED2 and HVLED3). An , Illumination Display, Keypad and Indicator Illumination ORDER NUMBER LM3697YFQ PACKAGE BODY SIZE , . Revision History. Terminal Configuration and
Texas Instruments
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36 V - 72 V to 24 V 25 A pwm

MK5375N

Abstract: keypad 3x4 pin configuration serves as a chip-disable pin. Pulling this input high through a resistor will disable the keypad (high , 4 5 6 7 8 g * 0 tt STORE LND PAUSE DIAL Figure 6. Keypad Configuration 3-47 This Material , . The MK5375 accepts rapid keypad inputs (up to 25 key entries per second) and buffers these inputs in , ¡ 12 MUTE OSCI i: â¡ 11 PACIFIER TONBCHIP DISABLE OSC2 9C â¡ 18 DTMF OUTPUT Figure 1. Pin , of each pin function. The second section describes the device operation. This is followed by the DC
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MK5375N keypad 3x4 3x4 keypad 7 pins keypad 3x4 8 pin numeric keypad 3x4 3x4 keypad 7 pin configuration
Abstract: '¢ â'¢ â'¢ â'¢ â'¢ â'¢ Drives Three Parallel High-Voltage LED Strings for Display and Keypad , keypad LEDs in smart-phone handsets. The high-voltage inductive boost converter provides the power for three-series LED strings for display backlight and keypad functions (HVLED1, HVLED2 and HVLED3). An , Illumination Display, Keypad and Indicator Illumination ORDER NUMBER LM3697YFQ PACKAGE BODY SIZE , . Revision History. Terminal Configuration and Texas Instruments
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