CHN 488 Search Results

CHN 430

Contextual Info: PD - 93874 IRGC100B120KB In te rn a tio n a l i ü R R e c t if ie r Die in Wafer Form Features 1200V • G E N 5 Non Punch T hrough NPT T e chn ology • Low V CE(onj lc(nom)= 1Û0A V,C E (o n )ty p . 2.2V @ ^C(nom) @25°C Motor Control IGBT Short Circuit Rated

CHN 550

Abstract: CHN 545 chn 710 CHN 712 chn 538 CHN 431 CHN 709 CHN 741 chn 738 chn 648 equivalent
Contextual Info: R&S ZNC/ZND Vector Network Analyzers User Manual ;xíÇ2 User Manual Test & Measurement 1173.9557.02 ─ 26 This manual describes the following vector network analyzer types: ● R&S®ZNC3 (2 ports, 9 kHz to 3 GHz, N connectors), order no. 1311.6004K12

chn 650

Abstract: chn 825 CHN 838 M-986-2A1 M-986-2A1P M-986-2A1PL T180 N1016 chn 348 CHN 419
Contextual Info: M-986-2A1 MF Transceiver • · · · · · · · Functional Description Direct A-Law or m-Law PCM digital input The M-986-2A1 can be set up for various modes of operation by writing two configuration bytes to the coprocessor port. The format of the two configuration bytes is shown in Table 1 and the

Contextual Info: tC e l x d n e MF TRUNK RECEIVERS & TRANSMITTERS M-986-1R1 &-2R1 MF Transceivers Features Teltone M-986-1R1 and -2R1 M F Transceivers contain all the logic necessary to transmit and receive R1 multifrequency signals on one integrated circuit IC . M-986-1R1 is a sin­

chn 437

Abstract: B1354 dxo 1100 CHN 703 D1302 M-986-1R1 M-986-1R2 M-986-2R1 dxo crystal oscillator 01324
Contextual Info: tCEŒ DNE* . . MF TRUNK RECEIVERS & TRANSMITTERS INNOVATING SOLUTIONS M-986-1R1 & -2R1 MF Transceivers Features Teltone M-986-1R1 and -2R1 MF Transceivers contain all the logic necessary to transmit and receive R1 multifrequency signals on one integrated circuit IC . M-986-1R1 is a sin­

Chn 835

Abstract: ST CHN 021 chn 825 dxo 1100
Contextual Info: îh e l x c in e Data Sheit M-986-2A1 MF Transceiver • Functional Description Direct A-Law or n-Law PCM digital input • 2.048 Mb/s clocking • Operates with standard codecs for analog interfacing • Microprocessor read/write interface The M-986-2A1 can be set up for various modes of operation by

chn 347

Abstract: TR-NPL-000275
Contextual Info: t C e l x o n MF TRUNK RECEIVERS & TRANSMITTERS e M-986-1R1 & -2R1 MF Transceivers Features Teltone M-986-1R1 and -2R1 MF Transceivers contain all the logic necessary to transmit and receive R1 multifrequency signals on one integrated circuit IC . M-986-1R1 is a sin­

CHN 650

Abstract: CHN 524 CHN 65 kp 1832 M-986-2A1 M-986-2A1P M-986-2A1PL T180 chn 625
Contextual Info: M-986-2A1 MF Transceiver Features • Direct A-Law or µ-Law PCM digital input • 2.048 Mb/s clocking • Operates with standard codecs for analog interfacing • Microprocessor read/write interface • Binary or 2-of-6 data formats • Dual-channel • 5 volt power

CHN 703

Abstract: chn 823 CHN 524 chn 508 CHN 838 chn 348 CHN 650 CHN 030 M-986-1R1 ST CHN 510
Contextual Info: M-986-1R1 and -2R1 MFC Transceivers • · · · · · · · For the R1 versions of the M-986, m-law is used for coding/decoding. The M-986 is configured and controlled through an integral coprocessor port. Direct m-Law PCM digital input 2.048 Mb/s clocking

Contextual Info: i MF TRUNK RECEIVERS & TRANSMITTERS M-986-1R1 &-2R1 M l Transceivers Teltone M-986-1R1 and -2R1 MF Transceivers contain all the logic necessary to transmit and receive R1 multifrequency signals on one integrated circuit IC . M-986-1R1 is a sin­ gle-channel version; M-986-2R1 provides two channels.

chn 511

Contextual Info: ÏC E L X D N E MF TRUNK RECEIVERS & TRANSMITTERS M-986-1R1 &-2R1 MF Transceivers Features Teltone M-986-1R1 and -2R1 M F Transceivers contain all the logic necessary to transmit and receive R1 multifrequency signals on one integrated circuit IC . M-986-1R1 is a single-channel version; M-986-2R1 provides two channels.

chn 437

Contextual Info: r c i T H M E - MF TRUNK RECEIVERS & TRANSMITTERS INNOVATING SOLUTIONS M-986-1R1 &-2R1 MF Transceivers Features Teltone M-986-1R1 and -2R1 M F Transceivers contain all the logic necessary to transmit and receive R1 multifrequency signals on one integrated circuit IC . M-986-1R1 is a sin­

dxo 1100

Abstract: ST CHN 510 chn 825 CHN 703 CHN T4 ST CHN t4 D6/chn 609 CHN 510 TR-NPL-000275 CHN 838
Contextual Info: q i-B i t t im f » MF TRUNK RECEIVERS & TRANSMITTERS 1- M -986-1R 1 & -2 R 1 MF Transceivers Teltone M-986-1R1 and -2R1 M F Transceivers contain all the logic necessary to transmit and receive R1 multifrequency signals on one integrated circuit IC . M-986-1R1 is a sin­

ST CHN 510

Abstract: CHN 510
Contextual Info: ÏC E U D N E 1-ji]ÎS m iæ .iii,i.m MF TRUNK RECEIVERS & TRANSMITTERS M-986-1R1 &-2R1 MF Transceivers Features Teltone M-986-1R1 and -2R1 M F Transceivers contain all the logic necessary to transmit and receive R1 multifrequency signals on one integrated circuit IC . M-986-1R1 is a single-channel version; M -986-2R1 provides two channels.

CHN 744

Abstract: CHN 517 AS3244
Contextual Info: t C e l x d n e M-986-2A1 MF Transceiver Teltone M-986-2A1 dual channel MF Transceiver contains all the logic necessary to transmit and receive North Ameri­ can CCITT Region 1 multifrequency signals on one inte­ grated circuit (IC). Operating with a 20.48 MHz crystal, the M-986 is capable of

Contextual Info: MCP3914 3V Eight-Channel Analog Front End Features: Description: • Eight Synchronous Sampling 24-bit Resolution Delta-Sigma Analog-to-Digital A/D Converters The MCP3914 is a 3V eight-channel Analog Front End (AFE), containing eight synchronous sampling deltasigma, Analog-to-Digital Converters (ADC), eight

TR-NPL-000275

Abstract: CHN 703 AT324 M-986-1R2 R2B marking code M-986-1R1 M-986-2R2 T3R marking
Contextual Info: tH ELXDN E MF TRUNK RECEIVERS & TRANSMITTERS M -986-1R2 & -2R2 MF Transceivers Teltone M-986-1R2 and -2R2 MFC Transceivers contain all the logic necessary to transmit and receive CCITT R2F forward and R2B (backward) multifrequency signals on one integrated circuit (IC). M-986-1R2 is a single-channel ver­

Contextual Info: M -9 8 6 -1 R 1 a n d -2 R 1 M FC Transceivers Teltone M-986-1R1 and -2R1 MF Transceivers contain all the logic necessary to transmit and receive R 1 multifrequency signals on one 40-pin integrated circuit IC . M-986-1R1 is a single-channel version; M-986-2R1 provides two channels.

CHN 519

Abstract: CHN 524 CHN 517 CHN 523
Contextual Info: g -c i-r -r iM C » MF TRUNK RECEIVERS & TRANSMITTERS INNOVAI INO SOLUTIONS M-986-1R2 & -2R2 MF Transceivers Teltone M-986-1R2 and -2R2 MFC Transceivers contain all the logic necessary to transmit and receive CCITT R2F forward and R2B (backward) multifrequency signals on one

CHN 423

Contextual Info: i MF TRUNK RECEIVERS & TRANSMITTERS M-986-1R2 & -2R2 MF Transceivers Teltone M-986-1R2 and -2R2 MFC Transceivers contain all the logic necessary to transmit and receive CCITT R2F forward and R2B (backward) multifrequency signals on one integrated circuit (IC). M-986-1R2 is a single-channel ver­

chn 825

Abstract: chn 348
Contextual Info: M-976-2C2 MFC Transceiver Features • M-976-2C2 MFC Transceiver • Designed for R2 MF signaling transmit and receive levels used in China • Direct A-Law PCM digital input • 2.048 Mb/s clocking • Programmable forward/backward mode • Programmable compelled/direct control

Contextual Info: M-986-2R2 MFC Transceivers Features • Direct A-Law PCM digital input • 2.048 Mb/s clocking • Programmable forward/backward mode • Programmable compelled/direct control • Operates with standard codecs for analog interfacing • Microprocessor read/write interface

CHN 523

Abstract: CHN 524 CHN 519 chn 825 chn 926 CHN 517 CHN 518 CHN 522 CHN 703 chn 521
Contextual Info: MF TRUNK RECEIVERS & TRANSMITTERS 5i~n ttim c * INNOVATING SOLUTIONS M -986-1R2 & -2R2 M F Transceivers Teltone M-986-1R2 and -2R2 MFC Transceivers contain all the logic necessary to transmit and receive CCITT R2F forward and R2B (backward) multifrequency signals on one

50/CHN 846

Abstract: dr-2m eton e3 LT 1740 M-986-1R1 M-986-1R2 M-986-1R2P M-986-1R2PL M-986-2R2 M-986-2R2P
Contextual Info: M-986-1R2 and -2R2 MFC Transceivers • · · · · · · · · · The M-986 can be configured by the customer to operate with the transmitter and receiver either coupled together or independently, allowing it to handlea compelled cycle automatically or via command from the host processor. For the R2 versions of