SR30
Abstract: SR3004 TMS320C17 dtmf fsk caller id fsk modem 1200
Text: Caller Identification Delivery on Call Waiting by D2 Technologies, Inc. Software Overview D2’s Caller Identification on Call Waiting CIDCW algorithm module implements all of the physical layer signal processing functions for North American Caller ID and Caller ID on Call Waiting
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TMS320C5x
TMS320C2xx
TMS320C5x
TMS320C17.
EVM50
TMS320C17
SR30
SR3004
dtmf fsk caller id
fsk modem 1200
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caller ID
Abstract: SPRA462 pstn CLIP RXV23F bbz mark RXV23
Text: Application Report SPRA462 Implementing Caller ID on Fixed-Point DSPs Digital Signal Processing Solutions Abstract Caller ID Identification is a method of transmitting telephone caller information, such as telephone number and/or caller name. Data is transmitted to the subscriber in the ringing phase
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SPRA462
caller ID
SPRA462
pstn CLIP
RXV23F
bbz mark
RXV23
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caller id
Abstract: No abstract text available
Text: GAO Caller ID and ADSI Software by GAO Research & Consulting Ltd. Software Overview GAO Caller ID IDentfication and ADSI software is a highly-optimized implementation of the caller identification and ADSI standard. The Caller ID is based on the Bell 202 Standard. The applications of GAO
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TMS320C3x,
TMS320C5x,
TMS320C54x
caller id
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GR30CORE SDMF
Abstract: RJ11 p2 671-8240 AN0023 mark code ea1 MNBD914 fsk demodulation source code in C TR-NWT-001188 RJ11 telephone 1N4001
Text: APPLICATION NOTE ON- AND OFF-HOOK CALLER ID USING THE Z893XX CALLER ID CAN BE EFFECTIVELY AND EFFICIENTLY IMPLEMENTED BY USING THE ON-CHIP RESOURCES OF THE Z893XX 16-BIT FIXED-POINT DSP INTRODUCTION This Application Note demonstrates how to implement Caller Identification herein referred to as Caller ID or CID
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Z893XX
16-BIT
Z893XX.
AN002300-DSP0799
GR30CORE SDMF
RJ11 p2
671-8240
AN0023
mark code ea1
MNBD914
fsk demodulation source code in C
TR-NWT-001188
RJ11 telephone
1N4001
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GR30CORE SDMF
Abstract: RJ11 p2 TR-NWT-001188 AN0023 AN002300-DSP0799 TR-NWT-000031 MDMF microtran hybrid MIDCOM 671 1N4001
Text: APPLICATION NOTE ON- AND OFF-HOOK CALLER ID USING THE Z893XX CALLER ID CAN BE EFFECTIVELY AND EFFICIENTLY IMPLEMENTED BY USING THE ON-CHIP RESOURCES OF THE Z893XX 16-BIT FIXED-POINT DSP INTRODUCTION This Application Note demonstrates how to implement Caller Identification herein referred to as Caller ID or CID
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Z893XX
16-BIT
Z893XX.
AN002300-DSP0799
GR30CORE SDMF
RJ11 p2
TR-NWT-001188
AN0023
AN002300-DSP0799
TR-NWT-000031
MDMF
microtran hybrid
MIDCOM 671
1N4001
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TMS320C2xx
Abstract: SR30 SR3004 TMS320C17 Bell-202 BELLCORE FSK EVM50
Text: Caller Identification Delivery by D2 Technologies, Inc. Software Overview D2’s Caller Identification Delivery CID algorithm implements the physical layer signal processing functions for North American Caller ID applications according to the Bellcore type 1 voice and data transmission interface requirements. It detects
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TMS320C5x
TMS320C2xx
TMS320C5x
TMS320C17.
EVM50
TMS320C17
SR30
SR3004
Bell-202
BELLCORE FSK
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caller id
Abstract: No abstract text available
Text: Bellcore Caller ID Detector for TMS320C5x by DSP Software Engineering, Inc. Software Overview The Caller ID Detection software is an implementation of the Bellcore CLASSSM feature for Calling Number Delivery and Caller Name Delivery on the TMS320C5x. These key features and benefits allow for
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TMS320C5x
TMS320C5x.
160-sample
caller id
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handsfree chip IC
Abstract: DIGITAL RADIO ECHO CANCELLER CIRCUIT DIAGRAM SC14425 ad 190 DECT/DSP GROUP TQFP 100 PACKAGE DECT Transceiver CR16B SC14425XVJG TQFP-100
Text: FEBRUARY 2000 SC14425 Complete Baseband processor for DECT Base Stations with Caller-id and Handsfree General Description n Embedded flexible dedicated DSP executing Caller-id CID , Caller-id on Call Waiting (CIDCW) and handsfree, two echo cancellers, two echo suppressors, extended DTMF detection, DTMF generation, sidetone
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SC14425
152MHz,
576MHz
288MHz
SC14425
handsfree chip IC
DIGITAL RADIO ECHO CANCELLER CIRCUIT DIAGRAM
ad 190
DECT/DSP GROUP
TQFP 100 PACKAGE
DECT Transceiver
CR16B
SC14425XVJG
TQFP-100
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GR30CORE SDMF
Abstract: ITU-TV-23 microcontroller based caller id TR-TS-000507 fsk modulation using 555 message display GR-30-CORE HT9032 fsk demodulation source code in C 25DB3
Text: Type I caller ID using the HT9032 Type I caller ID using the HT9032 D/N: HA0053E Introduction The purpose of this Application Note is to provide information on the operation and application of type I caller ID decoder circuits. The HT9032 Calling Line Identification Receiver will be discussed
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HT9032
HA0053E
HT9032
GR30CORE SDMF
ITU-TV-23
microcontroller based caller id
TR-TS-000507
fsk modulation using 555
message display
GR-30-CORE
fsk demodulation source code in C
25DB3
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TR89101
Abstract: hl941 fsk dtmf circuit diagram TR89101CS 225Hz SIN227 pin diagram of ttl 7476 DTMF fsk circuit TR-NWT-00030
Text: TfiTech microelectronic/ T R 8 9 1 0 1 C S Caller ID Receiver + DTMF Features G en eral D escriptio n • • • The TriTech TR89101 Caller ID+ is an integrated Caller ID receiver designed to operate in countries using either the Bellcore system or the British Tele
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TR89101CS
TR-NWT-00030
SR-TSV-002476
E/312
-48dBm
28-pin
TR89101
TQ1G734
hl941
fsk dtmf circuit diagram
TR89101CS
225Hz
SIN227
pin diagram of ttl 7476
DTMF fsk circuit
TR-NWT-00030
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Lm324 as high pass filter
Abstract: XR-2211 application TA-NWT-000030 XR2211 application notes TAN-009 XR-2211 pll MAXIM-235 mod 8 ring counter design of bandpass filter using lm324 XR-2211
Text: TAN-008 .the analog plus company TM Designing Caller Identification Delivery Using XR-2211 For U.S. June 1997-3 INTRODUCTION TO CALLER ID sent to the CPE as a single or multiple message format see Figure 1 & Figure 2 . All Caller ID messages are preceded by a 250msec channel seizure sequence
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TAN-008
XR-2211
250msec
150msec
1200Hz)
Lm324 as high pass filter
XR-2211 application
TA-NWT-000030
XR2211 application notes
TAN-009
XR-2211 pll
MAXIM-235
mod 8 ring counter
design of bandpass filter using lm324
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BERG header
Abstract: fsk transmitter callerid MIDCOM 671-8001 671-8001 fsk dtmf circuit diagram bel202 BERG RS232 MAX232CPE caller id DB102
Text: . Decoding Caller-ID Signaling with the Scenix SX Micro-controller Chris Fogelklou Applications Engineer Scenix Semiconductor, Inc. Decoding Caller-ID with the Scenix SX Microcontroller By Chris Fogelklou, Applications Engineer, Scenix Semiconductor, Inc.
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32-bit
BEL103
BEL202
TL084A
11-Jun-1999
BERG header
fsk transmitter callerid
MIDCOM 671-8001
671-8001
fsk dtmf circuit diagram
bel202
BERG RS232
MAX232CPE
caller id
DB102
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TR-NWT-001188
Abstract: TR-NWT-000031 GR30CORE SDMF MDMF GR-30-CORE Z893XX SR-TSV-002578 FSK DEMODULATOR "caller ID" "type 2" hybrid GR30CORE MDMF
Text: APPLICATION NOTE ON- AND OFF-HOOK CALLER ID USING THE Z893XX 1 CALLER ID CAN BE EFFECTIVELY AND EFFICIENTLY IMPLEMENTED BY USING THE ON-CHIP RESOURCES OF THE Z893XX 16-BIT FIXED-POINT DSP. INTRODUCTION This app. note demonstrates how to implement Caller Identification herein referred to as “Caller ID” or “CID” as
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Z893XX
Z893XX
16-BIT
Z893XX.
AP96DSP0400
TR-NWT-001188
TR-NWT-000031
GR30CORE SDMF
MDMF
GR-30-CORE
SR-TSV-002578
FSK DEMODULATOR
"caller ID" "type 2" hybrid
GR30CORE MDMF
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circuit diagram of speech recognition system
Abstract: No abstract text available
Text: MX* COM, INC. MiXed Signal ICs DATA BULLETIN CMX602A_ PRELIMINARY INFORMATION Features Applications • Automatic CAS Dual Tone Detector High Sensitivity, Low Falsing Automatic CAS Duration Checking • Caller ID/Caller ID on Call Waiting Telephones
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CMX602A_
V23/Bell202
CMX602A
16-pin
CMX602AP3
circuit diagram of speech recognition system
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GPTC6604A1
Abstract: adc 741 100 12p 104J 250V 104J/250V 20PF
Text: GPTC6604A1 CALLER ID CONTROLLER/LCD DRIVER 1. GENERAL DESCRIPTION Power management for system reliability The GPTC6604A1, a newly invented micro-controller for caller ID and vocal dialer products, carries GENERALPLUS newest 16-bit ─ Low-Voltage-Reset function
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GPTC6604A1
GPTC6604A1,
16-bit
GPTC6604A1
32768Hz
adc 741 100 12p
104J 250V
104J/250V
20PF
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LPH7319
Abstract: lph7319-3 circuit diagram for micro controller based caller LPH7319-3 Display module BT 139 F applications note dmo 465 ,LPH7319 AN98071 transistor BT 139 F applications note caller id converter dtmf to fsk
Text: APPLICATION NOTE Application of the PCD3316 Caller Identification IC AN98071 Philips Semiconductors Application of the PCD3316 Caller Identification IC Application Note AN98071 Abstract This report describes the CMOS integrated circuit PCD3316 and offers the required application information for
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PCD3316
AN98071
PCD3316
LPH7319
lph7319-3
circuit diagram for micro controller based caller
LPH7319-3 Display module
BT 139 F applications note
dmo 465
,LPH7319
AN98071
transistor BT 139 F applications note
caller id converter dtmf to fsk
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Untitled
Abstract: No abstract text available
Text: Preliminary HT95168 HT95168 Caller ID Telephone IC Introduction The HT95168 is a high performance and low cost IC specifically designed for Caller ID telephone applications. The device contains FSK/DTMF receiver, tone/pulse dialer, LCD driver, ringer, real
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HT95168
HT95168
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104J 250V
Abstract: GPTC6604B 20PF 2912P adc 741 100 12p
Text: GPTC6604B CALLER ID CONTROLLER/LCD DRIVER 1. GENERAL DESCRIPTION Power management for system reliability The GPTC6604B, a newly invented micro-controller for caller ID and vocal dialer products, carries GENERALPLUS newest 16-bit ─ Low-Voltage-Reset function
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GPTC6604B
GPTC6604B,
16-bit
32768Hz
104J 250V
GPTC6604B
20PF
2912P
adc 741 100 12p
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telephone CLI Circuits
Abstract: GR30CORE SDMF CMX867 Diode Mark B14 CMX860 CMX868 mark B8 BELLCORE FSK MDMF indicate E0
Text: CML Semiconductor Products AN/Telecom/CLI/ 3 March 2004 Caller Line ID on the CMX860, CMX867 and CMX868 Caller Line ID CLI was originally developed for the US market but has become commonplace throughout the World because of its multitudinous applications.
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CMX860,
CMX867
CMX868
GR-30-CORE/SR-TSV-002476
2750Hz.
telephone CLI Circuits
GR30CORE SDMF
Diode Mark B14
CMX860
CMX868
mark B8
BELLCORE FSK
MDMF
indicate E0
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telephone CLI Circuits
Abstract: application notes cmx867 Diode Mark B14 CMX860 CMX867 CMX868
Text: CML Semiconductor Products AN/Telecom/CLI/ 2 June 2001 Caller Line ID on the CMX860, CMX867 and CMX868 Caller Line ID CLI was originally developed for the US market but has become commonplace throughout the World because of its multitudinous applications.
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CMX860,
CMX867
CMX868
GR-30-CORE/SR-TSV-002476
2130Hz
2750Hz.
telephone CLI Circuits
application notes cmx867
Diode Mark B14
CMX860
CMX868
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TR-NWT-001273
Abstract: Bc 649
Text: Caller ID Modem by HotHaus Technologies Software Overview The HotHaus Caller ID CLASS modem software module is fully compliant with the Bellcore specification TR-NWT-001273 which is the standard widely used in North America. It provides for demodulation of
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TR-NWT-001273
TR-NWT-001273
Bc 649
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incoming call mobile detector
Abstract: No abstract text available
Text: Preliminary HT95168 HT95168 Caller ID Telephone IC Introduction The HT95168 is a high performance and low cost IC specifically designed for Caller ID telephone applications. The device contains FSK/DTMF receiver, tone/pulse dialer, LCD driver, ringer, real
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HT95168
HT95168
incoming call mobile detector
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caller id single chip
Abstract: SC11212 FSK MODULATION 14PIN SOIC SC11212CN demodula
Text: j SC11212 Caller I.D. with Ring Detection K 5IERRA SEMICONDUCTOR 14-PIN DIP PACKAGE 14-PIN SOIC PACKAGE □ □ □ GENERAL DESCRIPTION Caller Identification Service is pro vided by the local telephone com panies. Customers who subscribe to this service receive the calling
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SC11212CN
SC11212
SC11212
14-PIN
SC11212CM
caller id single chip
FSK MODULATION 14PIN SOIC
SC11212CN
demodula
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caller id
Abstract: caller id pin AN14
Text: Telephony Solutions: Decoding Caller-ID with SX Microcontroller Application Note 14 Chris Fogelklou July 1999 1.0 Introduction Virtual PeripheralTM included with the Caller-ID software include: In the past, such telephony functions as FSK frequencyshift keying generation and detection, DTMF (dual-tone,
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32-bit
50MHz
SXL-AN14-01
caller id
caller id pin
AN14
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