DS472 Search Results

LTA 702 NE

Contextual Info: MOON MITEL CDMA/AMPS Dual Band Transmit Circuit S E M IC O N D U C T O R _ Prelim inary Inform ation Supersedes Septem ber 1997 version, DS4720- 1.6 DS4720 - 2.0 T he M O O N circu it is desig ned fo r use in dual band, dual m ode m obile phones C D M A /A M P S . The circu it is designed

ceramic bandpass Filter 10MHz

Contextual Info: M IT E L Neptune _ CDMA/AMPS/TDMA Filter for Digital Phones S DU OR aE uM » „ICuOuN.,L .uCoT,U n nPreliminary i i t Information Supersedes February 1998 version, DS4723 - 3.2 DS4723 -4.1 Septem ber 1998 NEPTUNE is a monolithic active low pass filter circuit

QUALCOMM LTE

Abstract: SATURN Qualcomm LTE baseband ALL BAND QUALCOMM LTE power amplifier
Contextual Info: @ M IT E L SATURN _ CDMA/AMPS Dual Band IF Receiver for Digital Phones S E M IC O N D U C T O R r. . . r Prelim inary Inform ation Supersedes March 1998 issue 1.9 DS4721 - 2.2 The SATURN circuit is designed for use in dual band dual

saw filter modulator circuit diagram

Abstract: diagram pin modulator uhf DS472 Direct quadrature Modulator and Mixer 28-pin
Contextual Info: MOON CDMA/AMPS Dual Band Transmit Circuit Preliminary Information Supersedes March 1998 version, DS4720- 2.0 DS4720 - 3.0 May 1998 The MOON circuit is designed for use in dual band, dual mode mobile phones CDMA/AMPS . The circuit is designed to be compatible with digital baseband and mixed signal

cdma baseband processor

Abstract: Jupiter 13
Contextual Info: PLUTO Dual Mode CDMA/AMPS Baseband Interface Advance Information DS4722 - 1.8 July 1998 The PLUTO baseband interface circuit is designed for use in dual mode CDMA/AMPS digital cellular telephones. In the telephone, Pluto provides the interface between the radio RF

90dB AGC Amplifier

Abstract: RF900 2Ghz agc amplifier GAL-5 moon RF CIRCUIT DIAGRAM low pass filter circuit diagram DS4720 QUALCOMM QSOP28
Contextual Info: MOON CDMA/AMPS Dual Band Transmit Circuit Preliminary Information Supersedes March 1998 version, DS4720- 2.0 DS4720 - 3.0 May 1998 The MOON circuit is designed for use in dual band, dual mode mobile phones CDMA/AMPS . The circuit is designed to be compatible with digital baseband and mixed signal

Contextual Info: JUPITER M IT E L CDMA and FM AMPS l/Q Filter Preliminary Information SE M IC O N D U C T O R DS4724 - 3.1 The JUPITER circuit is designed for use in dual band and dual mode mobile phones (CDMA/AM PS) and meetsthe requirements for IS-95 when used with other chips from Mitel that form the

LTA 702 NE

Abstract: D47-20 D4720 DS4720
Contextual Info: MOON MITEL CDMA/AMPS Dual Band Transmit Circuit S E M IC O N D U C T O R _ Prelim inary Inform ation Supersedes March 1998 version, D S 4 7 2 0 -2.0 DS4720 - 3.0 T he M O O N circu it is desig ned fo r use in dual band, dual m ode m obile phones C D M A /A M P S . The circu it is designed

Contextual Info: S i M IT E L Neptune _ CDMA/AMPS/TDMA Filter for Digital Phones S E M IC O N D U C T O R r. i i t Prelim inary Inform ation Supersedes June 1997 version, DS4723 - 2.1 DS4723 - 3.2 February 1998 NEPTUNE is a monolithic active low pass filter circuit

vhdl code for 4 channel dma controller

Abstract: DS472 vhdl code dma controller dma spartan 3
Contextual Info: OPB Central DMA Controller DS472 December 1, 2005 Product Specification Introduction LogiCORE Facts The OPB Central DMA Controller provides simple Direct Memory Access DMA services for peripherals and memory devices on the OPB bus. The controller moves a programmable quantity of data from a source address to a

DUAL CHANNEL FM receiver CIRCUIT DIAGRAM

Abstract: MGCM01 MGCR01 QSOP28
Contextual Info: MGCR01 Dual Mode IF Receiver for TDMA/AMPS and CDMA/AMPS Datasheet Features • • • • • • • DS4721 ISSUE 4.4 November 2001 Ordering Information MGCR01/KG/QP1S MGCR01/KG/QP1T Dual IF Inputs 50 to 250 MHz 90dB AGC Gain Control IQ demodulator On chip oscillator provides high accuracy

tdma circuit diagram

Abstract: tdma block diagram vhf fm receiver VHF oscillator Prescaler quadrature oscillator MGCM01 MGCR01 DS4721
Contextual Info: MGCR01 Dual Mode IF Receiver for TDMA/AMPS and CDMA/AMPS Features • • • • • • • DS4721 ISSUE 4.3 December 2000 Ordering Information MTCR01/KG/QP1S MGCR01/KG/QP1T Dual IF Inputs 50 to 250 MHz 90dB AGC Gain Control IQ demodulator On chip oscillator provides high accuracy

DUAL CHANNEL FM receiver CIRCUIT DIAGRAM

Abstract: MGCM01 MGCR01 QSOP28
Contextual Info: MGCR01 Dual Mode IF Receiver for TDMA/AMPS and CDMA/AMPS Datasheet Features • • • • • • • DS4721 ISSUE 4.4 November 2001 Ordering Information MGCR01/KG/QP1S MGCR01/KG/QP1T Dual IF Inputs 50 to 250 MHz 90dB AGC Gain Control IQ demodulator On chip oscillator provides high accuracy

AV11

Abstract: AV21
Contextual Info: JUPITER CDMA and FM AMPS I/Q Filter Preliminary Information DS4724 - 3.1 May 1998 The JUPITER circuit is designed for use in dual band and dual mode mobile phones (CDMA/AMPS) and meets the requirements for IS-95 when used with other chips from Mitel that form the

PLUTO

Abstract: GPD00296 JUPITER-1/KG/NP1S
Contextual Info: M IT E L JUPITER _ CDMA and FM AMPS l/Q Filter SEMICONDUCTOR a u v n u u i^ u u iu n n - in a ry In i t *•n P rerlim form atio DS4724 - 3.1 The JUPITER circuit is designed for use in dual band and dual mode mobile phones (CDMA/AM PS) and meets the requirements

Contextual Info: JUPITER CDMA and FM AMPS I/Q Filter Preliminary Information DS4724 - 3.1 May 1998 The JUPITER circuit is designed for use in dual band and dual mode mobile phones (CDMA/AMPS) and meets the requirements for IS-95 when used with other chips from Mitel that form the

9.8304MHZ KSS

Contextual Info: PLUTO M ITEL S E M IC O N D U C T O R Dual Mode CDMA/AMPS Baseband Interface _ Advance Information DS4722 - 1.8 July 1998 The PLUTO baseband interface circuit is designed for use in dual mode CDMA/AM PS digital cellular telephones. In the

Contextual Info: MGCR01 Dual Mode IF Receiver for TDMA/AMPS and CDMA/AMPS Features • • • • • • • DS4721 ISSUE 4.3 December 2000 Ordering Information MGCR01/KG/QP1S MGCR01/KG/QP1T Dual IF Inputs 50 to 250 MHz 90dB AGC Gain Control IQ demodulator On chip oscillator provides high accuracy

qualcomm IQ demodulator

Contextual Info: Preliminary Information SATURN SATURN CDMA/AMPS dual Band IF Receiver for Digital Phones Preliminary Information DS4721 Issue 4.2 April 1999 Features ● Selectable IF input buffers with characteristic impedance suitable for interface to IF CDMA and FM SAW filter outputs

AV11

Abstract: AV21 JUPITER-1/KG/NP1S
Contextual Info: JUPITER CDMA and FM AMPS I/Q Filter Preliminary Information DS4724 - 3.1 May 1998 The JUPITER circuit is designed for use in dual band and dual mode mobile phones (CDMA/AMPS) and meets the requirements for IS-95 when used with other chips from Mitel that form the

TST15

Abstract: cdma baseband processor Jupiter 13
Contextual Info: PLUTO Dual Mode CDMA/AMPS Baseband Interface Advance Information DS4722 - 1.8 July 1998 The PLUTO baseband interface circuit is designed for use in dual mode CDMA/AMPS digital cellular telephones. In the telephone, Pluto provides the interface between the radio RF

pluto tcxo

Abstract: cdma baseband processor Jupiter 13
Contextual Info: PLUTO Dual Mode CDMA/AMPS Baseband Interface Advance Information DS4722 - 1.8 July 1998 The PLUTO baseband interface circuit is designed for use in dual mode CDMA/AMPS digital cellular telephones. In the telephone, Pluto provides the interface between the radio RF

DUAL CHANNEL FM receiver CIRCUIT DIAGRAM

Contextual Info: MGCR01 Dual Mode IF Receiver for TDMA/AMPS and CDMA/AMPS Datasheet Features • • • • • • • DS4721 ISSUE 4.4 November 2001 Ordering Information MGCR01/KG/QP1S MGCR01/KG/QP1T Dual IF Inputs 50 to 250 MHz 90dB AGC Gain Control IQ demodulator On chip oscillator provides high accuracy

qualcomm IQ demodulator

Abstract: Qualcomm saturn vhf vco low voltage SATURN ISO 90dB AGC Amplifier block diagram of qualcomm DIGITAL IF RECEIVER QSOP28 DUAL CHANNEL FM receiver CIRCUIT DIAGRAM qualcomm IQ
Contextual Info: Preliminary Information SATURN SATURN CDMA/AMPS dual Band IF Receiver for Digital Phones Preliminary Information DS4721 Issue 4.2 April 1999 Features ● Selectable IF input buffers with characteristic impedance suitable for interface to IF CDMA and FM SAW filter outputs