ERICSSON RECTIFIER 100 AMP Search Results

Contextual Info: ERICSSON ^ Preliminary July 1997 PBL38812 Voice-switch circuit for Handsfree speakerphone TAM Description The PBL 388 12 contains all the necessary circuitry, amplifiers, detectors, comparators and control functions to implement a high performance, voice-switched,

Contextual Info: ERICSSON ^ December 1995 PBL 3786/2 Voice-switched Speakerphone Circuit Description Key Features The PBL 3786/2 contains all the necessary circuitry, amplifiers, detectors, comparators and control functions to implement a high performance, voice-switched,

PBL38814

Contextual Info: ERICSSON ^ Preliminary July 1997 PBL388 14 Voice-switched Speakerphone Circuit Key Features Description The PBL 388 14 contains all the necessary circuitry, amplifiers, detectors, comparators and control functions to implement a high performance, voice-switched,

nrf 0

Abstract: Ericsson PBL
Contextual Info: ERICSSON ^ Preliminary August 1997 PBL388 11/1 Voice-switched Speakerphone Circuit Description The PBL 388 11/1 contains all the necessary circuitry, amplifiers, detectors, comparators and control functions to implement a high performance, voice-switched,

PBL3726

Abstract: talking energy meter circuit diagram
Contextual Info: ERICSSON ^ January 1998 P B L 38813 V o i c e - s w i t c h e d S p e a k e r p h o n e Ci rcui t with built in l o u d s p e a k e r a mp l i f i e r Description. Key Features The PBL 388 13 contains all the necessary circuitry, amplifiers, detectors, comparator and control functions to implement a high performance, voice-switched,

HT 3786 d

Abstract: TeS ERICSSON
Contextual Info: ERICSSON ^ September 1989 PBL 3786/02 Voice-switched Speakerphone Circuit Description Key features The PBL 3786/02 contains all the necessary circuitry, amplifiers, detectors, compara­ tors and control functions to implement a high-performance, voice-switched, loud­

HF receiver circuit

Contextual Info: ERICSSON ^ Preliminary A pril 1998 PBL38812 Voice-switch circuit for Handsfree speakerphone TAM Description Key Features The PBL 388 12 contains all the necessary circuitry, amplifiers, detectors, comparators and control functions to implement a high performance, voice-switched, ’’hands-free ”

EM80 MICrophone

Contextual Info: ERICSSON COMPONENTS INC ERICSSON ^ IbE D • 3373bflG □□01504 3 ■ September 1989 T - 77-13 PBL 3726/18 Universal Speech Circuit Description Key Features PBL 3726/18 Is a standard version of the PBL 3726 family of the mask-programmable,

Contextual Info: ERICSSON COMPONENTS INC IbE D • 3373bñ0 000157b 4 ■ ERICSSON ^ September 1989 _ X - 7 7 - / 3 PBL 3726/16 Universal Speech Circuit Description Key Features PBL 3726/16 Is a standard version of the PBL 3726 family of mask-programmable, monolithic Integrated speech circuits for use in electronic telephones.

Contextual Info: ERICSSON $ September 1989 PBL 3726/18 Universal Speech Circuit Description Key Features PBL 3726/18 is a standard version of the PBL 3726 family of the mask-programmable, monolithic integrated speech circuits for use in electronic telephones. • Minimum number of inexpensive

Contextual Info: ERICSSON $ September 1989 PBL 3726/19 Universal Speech Circuit Description Key Features PBL 3726/19 is a standard version of the PBL 3726 family of mask-programmable, monolithic integrated speech circuits for use in electronic telephones. • Soft clipping. All active components

Contextual Info: ERICSSON ^ March 1996 PBL 3881 Voice-switched Speakerphone Circuit Description T h e P B L 3881 contains all the necessary circuitry, amplltiers, detectors, com parators and control functions to im plem ent a high perform ance, voice-switched, loudspeaking, "hands-free " telephone. T h e gain dynam ics attenuation between

Contextual Info: ERICSSON ^ September 1989 PBL 3726/16 Universal Speech Circuit Description Key Features PBL 3726/16 is a standard version of the PBL 3726 family of mask-programmable, monolithic integrated speech circuits for use in electronic telephones. • Minimum number of inexpensive

EM80 MICrophone

Abstract: electret em 80
Contextual Info: ERICSSON ^ July 1997 PBL 385 41 Universal Speech Circuit Description Key Features PBL 385 41 is a monolithic integrated speech circuit for use in electronic telephones. It is designed for use with a low impedance microphone. Transmitting and receiv­ ing gain is regulated with line length. Different regulation for various current feeds

Contextual Info: ERICSSON ^ August 1989 PBL 3726/6 Universal Speech Circuit Description Key Features PBL 3726/6 is a standard version of the PBL 3726 family of mask-programmable, monolithic integrated speech circuits for use in electronic telephones. • Minimum number of inexpensive

circuit diagram of rc transmitter and receiver TX

Contextual Info: October 1999 PBL 388 12 PBL 388 12 Voice-switch circuit for Handsfree speakerphone TAM Description Key Features The PBL 388 12 contains all the necessary circuitry, amplifiers, detectors, comparators and control functions to implement a high performance, voice-switched, ”hands-free ”

PSOP

Contextual Info: ERICSSON ^ September 1997 PBL 385 70 Universal Speech Circuit Description. PBL 38570 is a monolithic integrated speech transmission circuit for use in electronic telephones. It is designedto accomodate e ith e ra low impedance dynamic or anelectret microphone. A separate input for DTMF dialling tones that is controlled by a mute signal,

ZENER DIODE IN 47 1W 47A

Abstract: PBL3881
Contextual Info: ERICSSON ^ September 1997 PBL 385 70 Universal Speech Circuit Description. PBL 38570 is a monolithic integrated speech transmission circuit for use in electronic telephones. It is designedto accomodate either a low impedance dynamic or anelectret microphone. A separate input for DTMF dialling tones that is controlled by a mute signal,

Contextual Info: ERICSSON $ September 1989 PBL 3755 PCM-Repeater Description Key Features The PBL 3755 is a bipolar integrated circuit that contains all the necessary functions to form a regenerative repeater for Pulse Code M odulated PCM telecom m unications systems. The circuit is designed to operate at 2.048 Mbps CEPT lines with HDB3 code

2.4 agc 130 watts power amplifier schematic

Abstract: balanced microphone inside schematic PBL3726 microphone priority circuit Sound Design hearing G7 mic BD132 PBL38813 PBL38814 Signal Path Designer
Contextual Info: PRELIMINARY May 1998 PBL 388 14 Voice - switched 2-channel Circuit with loudspeaker amplifier Key Features Description. The PBL 388 14 contains all the necessary circuitry, amplifiers, detectors, comparator and control functions to implement a high performance voice switched

hf electret microphone

Abstract: PBL3801 rct Thyristor elimination feedback microphone 1A171 GSM transmitter receiver ZIAC-150ft a1711 817j Ericsson PBL
Contextual Info: LU! il UNU 17-JRN-1997 ni , ’ ,¿1 ,'ÏU ’as ERICSSON I-' np/m. A p ril 1 9 9 6 Itt- tL T h PBL 3852 Universal Transmission Circuit Description Key Features The PBL 3852 is an universal transmission circuit in bipolar technology that performs all the speech and line interface functions required to implement an electronic

eripower

Abstract: PKC4111PI 4TE SMD CODE PKC 4135 PI PKC 4131 PI 24v to 5v dc converter minmax ic PKC2126PI Ericsson MME LTE PKC 2135 ericsson mme
Contextual Info: ERICSSON COMPONENTS E R IfC C O N C | i I V m v 9 w AB MME D • 337331M DÜGSSSÖ b3G M E R IC [ f p ER,CSS0N COMPONENTS, INC. I M I a m 4 0 3 In tern a tio n a l P arkw ay S u ite 5 0 0 R IC H A R D S O N , TX 7 5 0 8 1 (2 14 669-9900 FAX ( 2 1 4 ) 68 0 - 1 0 5 9

PBL3853

Abstract: circuit diagram for simple IR receiver
Contextual Info: January 1998 PBL 388 13 Voice-switched Speakerphone Circuit with built in loudspeaker amplifier Description. Key Features The PBL 388 13 contains all the necessary circuitry, amplifiers, detectors, comparator and control functions to implement a high performance, voice-switched,

5V 40A DESIGN POWER SUPPLY

Abstract: i2t graph 4000B
Contextual Info: PKJ 4000B PIT 40A DC/DC Power Modules 48V Input Series; 1.8V, 2.5V and 3.3V Outputs • High efficiency 92% Typ at full load • High power density, 48.2 W/in3, 3.3V @ 40A • Fast dynamic response, 200µs, +- 200 mVpeak Typ • Low output ripple, 80 mVp-p Typ