500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Top Results

Part Manufacturer Description Datasheet BUY
X40011V8-T1 Intersil Corporation X40011V8-T1 visit Intersil
TIPD118 Texas Instruments Bandpass Filtered -40dB Attenuator, <0.1dB Error visit Texas Instruments
HIN206EIB Intersil Corporation LINE TRANSCEIVER, PDSO24 visit Intersil
HIN211CB-T Intersil Corporation LINE TRANSCEIVER, PDSO28 visit Intersil
HS1-26CT32RH-8 Intersil Corporation LINE RECEIVER, CDIP16 visit Intersil
ICL232IBE Intersil Corporation LINE TRANSCEIVER, PDSO16 visit Intersil

telephone* -"transmission lines" awg attenuation

Catalog Datasheet MFG & Type PDF Document Tags

time-domain reflectometer

Abstract: SPACE VECTOR MODULATION theory latch is fully transparent when ENABLE is low Termination is provided internally for 30 AWG , telephone line modem The F100250 uses a balancedbridge to separate the transmitted and received baseband , Diagram Twisted-Pair Lines The F100250 is designed for operation over 150X 30 AWG twisted-pair lines , configurations and in combinations of these Impedances range from 93X for 32 AWG solid unshielded ribbon cable to 124X 25 AWG multiple individually- TL F 9564 ­ 2 Note RT e Z0 FIGURE 2 Terminating
National Semiconductor
Original
AN-582 time-domain reflectometer SPACE VECTOR MODULATION theory RG22B MIL-C-17F AN-582 national

16 QAM transmitter block diagram

Abstract: FT609 .7 Attenuation as a function of frequency of two 26 AWG (0.4 mm) lines and two 24 AWG (0.5 mm , AWG (or 0.4-mm) line, and 300 and 1,000 meters of 24 AWG (or 0.5-mm) lines. The attenuation curves , two 26 AWG (0.4 mm) lines and two 24 AWG (0.5 mm) lines Because the attenuation is smooth with , length (26 AWG , .13 Applying a signal with flat PSD to a 1-km 24 AWG line
Texas Instruments
Original
16 QAM transmitter block diagram FT609 adsl psd mask ONU block diagram 16 QAM receiver block diagram and transmitter telephone* -"transmission lines" awg attenuation 98-043R6 MA-050 MA-063

AN-806

Abstract: AN-807 independence on an applied frequency, and the absence of attenuation (R = 0, G = 0) of the ideal line always , propagation velocity will differ for the various frequencies, while the former results in signal attenuation(reduction in amplitude). This attenuation may also be a function of frequency. Attenuation and dispersion , "rounded" due to attenuation and dispersion of the high frequency signal components. It should be noted that there is a theoretical condition where attenuation is independent of frequency and dispersion is
National Semiconductor
Original
AN-806 AN-807 AN-808

C107X

Abstract: bi-phase-s velocity independence on an applied frequency and the absence of attenuation (R e 0 G e 0) of the ideal , propagation velocity will differ for the various frequencies while the former results in signal attenuation (reduction in amplitude) This attenuation may also be a function of frequency Attenuation and dispersion , attenuation and dispersion of the high frequency signal components AN-808 Teflon is a registered , that there is a theoretical condition where attenuation is independent of frequency and dispersion is
National Semiconductor
Original
C107X bi-phase-s duobinary an8081 C1996 CT-20

duobinary

Abstract: telephone* -"transmission lines" awg attenuation (Fourier) spectrum, the phase velocity independence on an applied frequency, and the absence of attenuation , former results in signal attenuation (reduction in amplitude). This attenuation may also be a function of frequency. Attenuation and dispersion cause the frequency components of a signal, at some point , of the signals become progressively "rounded" due to attenuation and dispersion of the high frequency signal components. It should be noted that there is a theoretical condition where attenuation is
National Semiconductor
Original
power semiconductor 1973

telephone* -"transmission lines" awg attenuation

Abstract: MT8972 24 AWG Applications â'¢ Digital subscriber lines â'¢ Digital PABX line cards and telephone sets , cable being used. Most important factors include cable attenuation (dB/km), bridged taps, and crosstalk , Information MH89726 (160 kbit/s) CONFIGURATION ^^^^ 24 AWG (8.0 dB/km at 120 kHz) 26 AWG (11.5 dB/km at , ) ^^^^^CABLE CONFIGURATION ^^^ 24 AWG (6.9 dB/km at 60 kHz (Note 1) 26 AWG (10.0 dB/km at 60 kHz) DNIC to DNIC , Typical Transmission Performance at 80 kbit/s Note 1: The attenuation of the cable as specified by Bell
-
OCR Scan
MT8972 MH89728 atx 24 pin circuit diagram 4-wire to 2-wire hybrid IN5817 MH89726/728 H89726/728

4-wire to 2-wire hybrid

Abstract: 12 km fm transmitter package â'¢ Over 6km loop range on 24 AWG Applications â'¢ Digital subscriber lines â'¢ Digital PABX line cards and telephone sets â'¢ High speed, limited distance modem â'¢ ISDN U - Interface , include cable attenuation (dB/km), bridged taps, and crosstalk interfererce The LEC is powered typically , Advance Information MH89728 (80 kbit/s) 24 AWG 26 AWG CONFIGURATION (6.9 dB/km at 60kHz)(Note 1 , km 0.65 to 4.1 km Table 1 - Typical Transmission Performance at 80kbit/s Note 1: The attenuation of
-
OCR Scan
12 km fm transmitter fm transmitter 10 KM transmission line transformer telephone* "transmission lines" awg attenuation M5817 fm transmitter 3 KM 9161-002-075NA V1T8972 MH89728/726

MT8972

Abstract: telephone* "transmission lines" awg attenuation package. â'¢ Over 6km loop range on 24 AWG. Applications â'¢ Digital subscriber lines. â'¢ Digital PABX line cards and telephone sets. â'¢ High speed, limited distance modem. â'¢ ISDN U - Interface , attenuation (dB/km), bridged taps, and crosstalk interference. The LEC is powered typically from ±15 Volts , ) CONFIGURATION 24AWG (8.0 dB/km at 120kHz) 26 AWG (11.5 dB/km at 120kHz) DNIC toDNIC 0.0 to 4.1 km 0.0 to 3.0 km , at MH89728 (80 kbit/s) CONFIGURATION 24 AWG (6.9 dB/km at 60kHzXNote 1) 26 AWG (10.0 dB/km at
-
OCR Scan
atx power supply diagram 9161-002-075-NA

telephone* -"transmission lines" awg attenuation

Abstract: FDM 2B AWG Twisted-Pair Telephone Loop Attenuation versus Frequency . . . . . . . . . . . . . . Hybrid Echo , 1.3 Twisted-Pair Telephone Loop Attenuation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , Twisted-Pair Telephone Loop Attenuation A reach distance is directly affected by twisted-pair telephone loop attenuation. The reach of an ADSL system is the distance over telephone lines that it can transmit and receive information. Reach is the key performance parameter for ADSL. Telephone loop attenuation is
Texas Instruments
Original
AFE1302 FDM 2B PXI-1002 NSA400 hybrid telephone transformer modem circuit echo SBAA095

fm transmitter 2KM documentation

Abstract: FM TRANSMITTER 3KM trellis coding. Twisted-pair telephone-loop attenuation The reach of an ADSL system is the distance , parameter for ADSL and is limited by twisted-pair telephone-loop attenuation. Telephone-loop attenuation , greater within the ADSL signal bandwidth. Figure 2. A 24-AWG twisted-pair telephoneloop attenuation vs , to the telephone-loop port and to pass the receive signal from the telephone loop port to the AFE , variation of telephone-loop attenuation and its impact on reach. This article further pointed out that the
Texas Instruments
Original
fm transmitter 2KM documentation FM TRANSMITTER 3KM C011905 SLYT091

IN5817

Abstract: MH89726 compatible with each other Compact SIL package Over 6km loop range on 24 AWG MH89726/728 10 Pin SIL , subscriber lines Digital PABX line cards and telephone sets High speed, limited distance modem ISDN U - , characteristics of the transmission cable being used. Most important factors include cable attenuation (dB/km , kbit/s) CONFIGURATION CABLE 24 AWG (8.0 dB/km at 120 kHz) 26 AWG (11.5 dB/km at 120 kHz , ) CONFIGURATION CABLE 24 AWG (6.9 dB/km at 60 kHz (Note 1) 26 AWG (10.0 dB/km at 60 kHz) DNIC to
Mitel Semiconductor
Original

telephone* "transmission lines" awg attenuation

Abstract: IN5817 compatible with each other Compact SIL package Over 6km loop range on 24 AWG MH89726/728 10 Pin SIL , subscriber lines Digital PABX line cards and telephone sets High speed, limited distance modem ISDN U - , characteristics of the transmission cable being used. Most important factors include cable attenuation (dB/km , kbit/s) CONFIGURATION CABLE 24 AWG (8.0 dB/km at 120 kHz) 26 AWG (11.5 dB/km at 120 kHz , ) CONFIGURATION CABLE 24 AWG (6.9 dB/km at 60 kHz (Note 1) 26 AWG (10.0 dB/km at 60 kHz) DNIC to
Mitel Semiconductor
Original

IN5817

Abstract: MH89726 compatible with each other Compact SIL package Over 6km loop range on 24 AWG MH89726/728 10 Pin SIL , subscriber lines Digital PABX line cards and telephone sets High speed, limited distance modem ISDN U - , factors include cable attenuation (dB/km), bridged taps, and crosstalk interference. D1, D2 IN5817 , ) CONFIGURATION CABLE 24 AWG (8.0 dB/km at 120 kHz) 26 AWG (11.5 dB/km at 120 kHz) DNIC to DNIC , 24 AWG (6.9 dB/km at 60 kHz (Note 1) 26 AWG (10.0 dB/km at 60 kHz) DNIC to DNIC 0.0 to 5.2
Mitel Semiconductor
Original

ul 497B requirements for gas discharge tubes

Abstract: stc TUBE entering a facility and at key points within the building. 8 TEST & MEASUREMENT RJ Connection Telephone , D) The Sola STC-TEL Series are single pair telephone or data line protectors that use an advanced , Equipment Location: IEEE Category C and Category B Stock No. Mfr.'s Type EMI Attenuation: , . Mfr.'s Type Description Base for all STC-642 models. Designed to accommodate up to 10 AWG wire. It offers , Accept 10-16 AWG Wire - Meets IP20 Specifications for Ingress Protection UL1449 3rd Edition, UL 1283
RS Components
Original
ul 497B requirements for gas discharge tubes stc TUBE RJ-45 STFE030-10N STFE050-10N STFE100-10N STFE200-10N STFE030-24L

TC 9174

Abstract: Attenuation for Bit Error Rate of 10-6 (Note 1) Line Length at 80 kbit/s -24 AWG -26 AWG Sym Afb L80 L160 Min , 2 3 Allowable Attenuation for Bit Error Rate of 10-6 (Note 1) Line Length at 80 kbit/s -24 AWG -26 , attenuation - 11.5 dB/km Line Length at 160 kbit/s -24 AWG -26 AWG Note 1: Attenuation measured from , transmission over twisted wires Digital PABX line cards and telephone sets 80 or 160 kbit/s single chip modem , including PCS wireless base stations, smart telephone sets, workstations, data terminals and computers. The
Zarlink Semiconductor
Original
TC 9174 MT9173/74 DS5131 MT9173AE MT9173AN MT9173AP MT9174AE

TC 9151 P

Abstract: MT9173 twisted wires Digital PABX line cards and telephone sets 80 or 160 kbit/s single chip modem DSTi/Di , networks including PCS wireless base stations, smart telephone sets, workstations, data terminals and , S-interface device in an NT1 arrangement, or to digital PABX components. Smart telephone sets with data and , while additional electronics could provide interfaces for a standard telephone set and any number of , telephone lines. The MT9173/74 could also be valuable within existing computer networks for connecting a
Zarlink Semiconductor
Original
MT9173 MT9174 TC 9151 P MT9174AN MT9174AP zpd n MT9171/72

MT9173

Abstract: MT9173AE twisted wires Digital PABX line cards and telephone sets 80 or 160 kbit/s single chip modem DSTi/Di , networks including PCS wireless base stations, smart telephone sets, workstations, data terminals and , S-interface device in an NT1 arrangement, or to digital PABX components. Smart telephone sets with data and , while additional electronics could provide interfaces for a standard telephone set and any number of , telephone lines. The MT9173/74 could also be valuable within existing computer networks for connecting a
Zarlink Semiconductor
Original
Abstract: Allowable Attenuation for Bit Error Rate of 10-6 (Note 1) Line Length at 80 kbit/s -24 AWG -26 AWG Sym. Afb , dB/km Line Length at 160 kbit/s -24 AWG -26 AWG Note 1: Attenuation measured from Master LOUT , and telephone sets 80 or 160 kbit/s single chip modem DSTi/Di CDSTi/ CDi Transmit Interface , to digital telecommunication networks including PCS wireless base stations, smart telephone sets , . Smart telephone sets with data and voice capability can be easily implemented using the MT9173/74 as a Zarlink Semiconductor
Original
MT9173AN1
Abstract: twisted wires Digital PABX line cards and telephone sets 80 or 160 kbit/s single chip modem DSTi/Di , networks including PCS wireless base stations, smart telephone sets, workstations, data terminals and , S-interface device in an NT1 arrangement, or to digital PABX components. Smart telephone sets with data and , while additional electronics could provide interfaces for a standard telephone set and any number of , telephone lines. The MT9173/74 could also be valuable within existing computer networks for connecting a Zarlink Semiconductor
Original
Abstract: over twisted wires â'¢ Digital PABX line cards and telephone sets â'¢ The MT9173 and MT9174 , interface to digital telecommunication networks including PCS wireless base stations, smart telephone sets , . Smart telephone sets with data and voice capability can be easily implemented using the MT9173/74 as a , telephone set and any number of data ports supporting standard data rates for such things as computer , transmission over existing telephone lines. The MT9173/74 could also be valuable within existing computer Microsemi
Original
MT9173AE1 MT9173AP1 MT9173ANR1 MT9174AN1 MT9174AP1
Showing first 20 results.