Resistor Ladder
Abstract: DS41261 pic Segment lcd pic microcontroller family DS01070 resistor 220k AN658 PIC16C92X PIC16F91X TB084
Contextual Info: TB1098 Low-Power Techniques for LCD Applications Author: Brian Claveria Microchip Technology Inc. INTRODUCTION Low power is often a requirement in LCD applications. The low-power features of PIC microcontrollers and the ability to drive an LCD directly can help in meeting
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tb1098s536-4803ds91098a-pageresistor ladder+9ds41261pic segment lcdpic microcontroller familyds01070resistor 220kan658pic16c92xpic16f91xtb084
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322k
Abstract: DSP16210 DSP16000
Contextual Info: Advisory April 2002 DSP16000 Core In the DSP16000 core, the contents of the internal do loop cache are also accessible as memory at location 0x1ffc0 in most DSP16000 devices in order to facilitate saving and restoring of the cache contents on a subroutine call or context switch.
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dsp16000dsp16410bdsp16410cgdsp16411+2322kdsp16210
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pinout small 3 digit 7 segment LCD
Abstract: pic 3 digit 7 segment LCD driver DS41250 2 digit 7 segment LCD pic LCDDATA16 7 segment lcd display nec nec 2401 pinout 3 digit 7 segment LCD AN658 PIC16F946
Contextual Info: AN1070 Driving Liquid Crystal Displays with the PIC16F913/914/916/917/946 Author: Brian Claveria Microchip Technology Inc. INTRODUCTION The PIC16F913/914/916/917/946 microcontroller family provides an integrated LCD Driver module that directly drives LCD displays. In large scale applications, directly driving a custom LCD display can provide
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an1070pic16f913/914/916/917/946ds01070a-pagepinout small 3 digit 7 segment lcd+9pic 3 digit 7 segment lcd driverds412502 digit 7 segment lcd piclcddata167 segment lcd display necnec 2401pinout 3 digit 7 segment lcdan658pic16f946
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motorola g18 gsm
Abstract: Y6 ZENER DIODE 7809 TO-220 ST ed28 zener motorola g18 gsm datasheet DSP16000 DSP1620 DSP16410B DA0001 motorola g18 gsm 900/1800/1900 data module
Contextual Info: Data Sheet June 2001 DSP16410B Digital Signal Processor 1 Features „ „ Twin DSP16000 dual-MAC cores for high throughput: — Up to 740 million MACs per second at 185 MHz — Supports 16+ channels of speech coding or modem processing Low power: — 1.8 V internal supply for power efficiency
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dsp16410bdsp1600016-bit32-bit+932-biotemotorola g18 gsmy6 zener diode7809 to-220 sted28 zenermotorola g18 gsm datasheetdsp1620da0001motorola g18 gsm 900/1800/1900 data module
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g 999 sab
Abstract: a7v dual zener diode AGERE DSP DSP16000 DSP16210 ed28 zener transistor a7g n17 u1
Contextual Info: Advisory April 2002 DSP16000 Core In the DSP16000 core, the contents of the internal do loop cache are also accessible as memory at location 0x1ffc0 in most DSP16000 devices in order to facilitate saving and restoring of the cache contents on a subroutine call or context switch.
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dsp16000g 999 saba7v dual zener diodeagere dsp+4dsp16210ed28 zenertransistor a7gn17 u1
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ADEE 275
Abstract: T75 TYPE 2000 pna60
Contextual Info: Advance Data Sheet April 2002 DSP16411 Digital Signal Processor 1 Features Two IEEE 1149.1 test ports JTAG boundary scan Twin DSP16000 dual-MAC cores perform up to 960 million MACs per second at 240 MHz Low power: — 1.0 V internal supply for power efficiency
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dsp16411dsp16000dsp16410bdsp16410cg+3adee 275t75 type 2000pna60
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ADEE 275
Abstract: 16411A1 MARKING CODE ADEE bas marking code a6 DA02-001WINF pna60 ADEE switch t85 M1641
Contextual Info: Advisory December 2002 DSP16411 Speed and Core Voltage Migration Overview Changes This document describes the migration of the Agere Systems DSP16411 from a core supply voltage VDD1, VDD1A of 1.0 V nominal to 1.2 V nominal. Associated with this increase in core supply voltage is a corresponding increase in operating frequency. Otherwise,
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dsp16411ds02-037winfdsp16410bdsp16410cg+9adee 27516411a1marking code adeebas marking code a6da02-001winfpna60adeeswitch t85m1641
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diode ED24
Abstract: Diodes ed26 ED26 diode ED31 diode ed28 diode DA02-001WINF ED21 DIODE ED29 diode ed28 zener DS01-070WTEC
Contextual Info: Advisory April 2002 DSP16000 Core In the DSP16000 core, the contents of the internal do loop cache are also accessible as memory at location 0x1ffc0 in most DSP16000 devices in order to facilitate saving and restoring of the cache contents on a subroutine call or context switch.
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dsp16000da01-003winfda00-015wtecds01-070wtec+9diode ed24diodes ed26ed26 diodeed31 diodeed28 diodeda02-001winfed21 diodeed29 diodeed28 zener
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STR 6750
Abstract: ed28 zener DSP16410 DSP16410B DSP16410C ED11 ED15 ED17 ED26 zener diode c20 5t
Contextual Info: Data Addendum May 2001 DSP16410C Digital Signal Processor 1 Introduction 3 Device Identification This addendum contains information specific to the DSP16410C. The DSP16410C is pin-compatible and functionally identical to the DSP16410B. However, the DSP16410C provides higher speed operation and
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dsp16410cdsp16410bds01-070wtecstr 6750+7ed28 zenerdsp16410ed11ed15ed17ed26zener diode c20 5t
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ed28 zener
Abstract: ed28 diode Diodes ed26 8029 l2 circuit diode zener B16 DSP16410 DSP16410B DSP16410C ED11 ED15
Contextual Info: Data Addendum May 2001 DSP16410C Digital Signal Processor 1 Introduction 3 Device Identification This addendum contains information specific to the DSP16410C. The DSP16410C is pin-compatible and functionally identical to the DSP16410B. However, the DSP16410C provides higher speed operation and
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dsp16410cdsp16410bds01-070wteced28 zener+7ed28 diodediodes ed268029 l2 circuitdiode zener b16dsp16410ed11ed15
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16411A1
Abstract: MARKING CODE ADEE ED9 marking diode Marking a4v DSP16000 marking code A6V DSP16410 DSP16411 TDO01 DSP16K
Contextual Info: Advisory December 2002 DSP16411 SEMI Design Exception Overview Agere Systems’ DSP16411 is the next-generation digital signal processor based on the DSP16000 core architecture offering increased speed and on-chip memory. The system and external memory interface
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dsp16411dsp16000dsp16410bdsp16410cg+816411a1marking code adeeed9 marking diodemarking a4vmarking code a6vdsp16410tdo01dsp16k
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