CDM 316 Search Results

Contextual Info: MX* CDM, INC. MX816 f Preliminary Information C-BUS Ì I COMPATIBLE J NMT AUDIO PROCESSOR Features • Full-Duplex Audio Processing for NMT Cellular System • On-Chip Speech and SAT Abilities TX/RX/SAT Filtering & Gain - VOGAD - Pre-ZDe-Emphasis - Deviation

1532129

Contextual Info: tijca AMP Military Qualified Electronics SM A Connectors MIL-C-39012 — For Flexible Cable MIL-C-39012/55 .312 Hex. [7 .92] ,250 [6 .3 5] Outer Sleeve 1 O SM Plug Outline 1 Military Part No. AMP Part No. M/A-CDM* Part No. Ref. Only Outline 2 Outline Cat.’

cdm 316

Abstract: CDM6264 CDM6264-3 ca 3161 e IC CDM6264-2 M6264
Contextual Info: HARRIS SEMICOND SECTOR 37E P Random-Access Memories RAM s . H M3G2271 0023b45 1 Bi HAS - T-46-23-12 CDM6264 NC-AI2— AT — A6 — AS-A4-A3 — A2-A1 -AO— 1/01 — 1/02 — 1703-vss— r 2 3 4 5 6 7 8 9 10 II 12 IS 14

ASTM-A581

Abstract: C17300 ASTM-B-488 ASTM-B488 ASTM-A-581
Contextual Info: SPECIFICA TION CONTROL DRAWING ,185 MIN, F U L L THD 7/16-28 U N E F -2 B ;}}^ 0,250 117 ,115 KNIFE EDGE 7/16-28 U N E F -2 A 065RECDMMENDED MOUNTING 1. MATING 2. INTERFACE DIMENSIONS P e r M I L - S T D - 3 4 8 F ig . 3 1 3 .2 KTNC JACK . ELECTRICAL FREQUENCY RANGE GHz

W3041BCL

Abstract: active bandpass filter 300 khz
Contextual Info: Preliminary Data Sheet December 1998 W3041 IF Receiver with Integrated IF2 Bandpass Filters Features Description + Root Nyquist approximation 400 kHz or 450 kHz bandpass filters specified for PDC 25 kHz channel and baseband The W3041 is intended for application in cellular

cdm 316

Contextual Info: mic roelect ronics group A d v a n c e Data Sheet May 1 998 Lucent Technologies Bell Labs Innovations W3011 1 GHz Quadrature Modulator Features + Guaranteed performance at 2.7 V power supply + Output power of +3 dBm into 50 i i load single­ ended with 3 V operation

Contextual Info: Data Sheet September 1999 W3011 1 GHz Quadrature Modulator Features modulation of an RF carrier by I & Q baseband inputs. It is particularly suited for use in mobile and handheld cellular telephones designed to the IS-136 North American 824 MHz to 849 MHz , PDC

UHF Phase Shifter

Abstract: W3011 EVB3011 IS-136 LUCW3011FCL LUCW3011FCL-TR SAW oscillator 1030 quadrature modulator LUCENT phase modulator
Contextual Info: Data Sheet September 1999 W3011 1 GHz Quadrature Modulator Features modulation of an RF carrier by I & Q baseband inputs. It is particularly suited for use in mobile and handheld cellular telephones designed to the IS-136 North American 824 MHz to 849 MHz , PDC

cdm 316

Abstract: 3162E IS-137 UHF Phase Shifter
Contextual Info: group Preliminary Data Sheet November 1998 Lucent Technologies Bell Labs Innovations W3011 1 GHz Quadrature Modulator Features • Guaranteed performance at 2.7 V power supply ■ Output power of +3 dBm into 50 Q load single­ ended with 3 V operation ■

W3011

Abstract: EVB3011 IS-136 LUCW3011FCL LUCW3011FCL-TR
Contextual Info: Preliminary Data Sheet November 1998 W3011 1 GHz Quadrature Modulator Features modulation of an RF carrier by I & Q baseband inputs. It is particularly suited for use in mobile and handheld cellular telephones designed to the IS-136 North American 824 MHz to 849 MHz ,

BRR1A

Abstract: 26LS32 BRR1A16P IN4148
Contextual Info: Data Sheet October 1998 Quad Differential Receivers BRF1A, BRF2A, BRR1A, BRS2A, and BRT1A Features • Pin equivalent to the general-trade 26LS32 device, with improved speed, reduced power consumption, and significantly lower levels of EMI ■ High input impedance ≅ 8 kΩ

CHN 648 Diodes

Contextual Info: Data Sheet October 1998 group Lucent Technologies Bell Labs Innovations Quad Differential Receivers BRF1 A, BRF2A, BRR1 A, BRS2A, and BRT1A Features • Pin equivalent to the general-trade 26LS32 device, with improved speed, reduced power consumption, and significantly lower levels of EMI

chn 648 equivalent

Abstract: 1a16g CHN 648 F2A16
Contextual Info: Data Shoot October 1998 ¡nicroGlsctfonics qtoud Lucent Technologies Bell Labs Innovations Quad Differential Receivers BRF1 A, BRF2A, BRR1 A, BRS2A, and BRT1A Features • Pin equivalent to the general-trade 26LS32 device, with improved speed, reduced power consumption,

BRS2A16P

Abstract: BRF2A16NB-TR BRS2A16G
Contextual Info: Data Sheet March 1999 Quad Differential Receivers BRF1A, BRF2A, BRR1A, BRS2A, and BRT1A Features • Pin equivalent to the general-trade 26LS32 device, with improved speed, reduced power consumption, and significantly lower levels of EMI ■ High input impedance ≅ 8 kΩ

3AFY 61201998 R0125 REV A

Abstract: plc wiring diagram for dg synchronisation schematic diagram igbt inverter welding machine ELEVATOR LOGIC CONTROL PLC 3 phase sinus inverters circuit diagram igbt abb variable frequency drive wiring diagram MTBF fit IGBT 1200 3AFE64514482 Motor Control Center wiring diagram abb wiring diagram dol motor starter
Contextual Info: ABB drives Technical guide book 2 Technical guide book ABB drives Technical guide book 3AFE64514482 REV E EFFECTIVE: 26.10.2010 Copyright 2010 ABB. All rights reserved. Technical guide book 3 4 Technical guide book Contents 1. Direct Torque Control explains what DTC is; why and how

26LS31

Abstract: 26LS32 41LF T7274B-EE T7274B-PE T7274B-PL application note 26LS31 IN100N
Contextual Info: Data Sheet October 1991 microelectronics group Lucent Technologies Bell Labs Innovations T7274B Quad Differential Line Driver Features Description • Four line drivers per package The T7274B Quad Differential Line Driver integrated circuit is a single-input-to-balanced-output converter

Contextual Info: Data Shoot March 1999 microfilsctronics Group Lucent Technologies Bell Labs Innovations Quad Differential Receivers BRF1 A, BRF2A, BRR1 A, BRS2A, and BRT1A Features • Pin equivalent to the general-trade 26LS32 device, with improved speed, reduced power consumption,

Lucent receiver

Abstract: 26LS31 application note 26LS31 BDP1A16P bdg1a16g
Contextual Info: Data Sheet January 1999 Quad Differential Drivers BDG1A, BDP1A, BDGLA, BPNGA, BPNPA, and BPPGA Features • Pin-equivalent to the general-trade 26LS31 device, with improved speed, reduced power consumption, and significantly lower levels of EMI ■ Four line drivers per package

BTL1A16P

Abstract: lucent btk1a16g BTL1A16 BTK1A16G 49/BTM1A16P
Contextual Info: Data Sheet October 1998 Dual Differential Transceivers BTK1A, BTL1A, and BTM1A Features Description Driver Features The BTK1A, BTL1A, and BTM1A devices are dual differential transceiver circuits that transmit and receive digital data over balanced transmission lines

lucent 41LF

Contextual Info: Data Sheet October 1991 microelectronics group Lucent Technologies Bell Labs Innovations T7274B Quad Differential Line Driver Features Description • Four line drivers per package The T7274B Quad Differential Line Driver integrated circuit is a single-input-to-balanced-output converter

chn 807

Abstract: CHN 510
Contextual Info: group Data Sheet February 1999 Lucent Technologies Bell Labs Innovations LG1602 Decision Circuit Features Functional Description • Operation up to 3 Gbits/s The LG1602 is a gallium arsenide GaAs decision circuit. It features a sensitive broadband input ampli­

T7275C-EE

Abstract: 26LS31 26LS32 41LG T7275C-PE T7275C-PL T7275C-EL 26LS31 receiver
Contextual Info: m i c r o e l e c t r o n i c s group Data Sheet December 1991 Lucent Technologies Bell Labs Innovations T7275C Quad Differential Line Receiver Features Description • Four line receivers per package The T7275C Quad Differential Line Receiver integrated circuit is a quad differential input to

EVB3013A

Abstract: IS-136 W3013 W3013BCL W3013BCL-TR dqpsk modulation transmitter j3036 0316E
Contextual Info: Preliminary Data Sheet November 1998 W3013 Indirect Quadrature Modulator with Gain Control Features Description n Low-voltage operation: 2.7 V n High-frequency operation: 2.2 GHz n High RF output power: –10 dBm n High-accuracy phase shifter, no trim required

LG1602

Abstract: LG1602AXB LG1602BXB TF1001A lucent technologies W series 11d5
Contextual Info: Data Sheet February 1999 LG1602 Decision Circuit Features • Operation up to 3 Gbits/s ■ Good sensitivity to low input signals ■ Low power dissipation ■ Surface-mount package Applications ■ SONET/SDH transmission systems ■ Digital video transmission