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ISL55033IRTZ Intersil Corporation 400MHz Slew Rate Enhanced Rail-to-Rail Output Gain Block; TQFN12; Temp Range: -40° to 85°C visit Intersil Buy
ISL55033IRTZ-T13 Intersil Corporation 400MHz Slew Rate Enhanced Rail-to-Rail Output Gain Block; TQFN12; Temp Range: -40° to 85°C visit Intersil Buy
ISL55036IRTZ-T13 Intersil Corporation 400MHz Slew Rate Enhanced Rail-to-Rail Output Gain Block; TQFN24; Temp Range: -40° to 85°C visit Intersil Buy
ISL55036IRTZ Intersil Corporation 400MHz Slew Rate Enhanced Rail-to-Rail Output Gain Block; TQFN24; Temp Range: -40° to 85°C visit Intersil Buy
ISL9491ERZ Intersil Corporation Single Output LNB Supply Voltage Regulator for Satellite Set-Top Box Applications; QFN16; Temp Range: -25° to 85°C visit Intersil Buy
ISL9491ERZ-T Intersil Corporation Single Output LNB Supply Voltage Regulator for Satellite Set-Top Box Applications; QFN16; Temp Range: -25° to 85°C visit Intersil Buy

tdma block diagram

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tdma circuit diagram

Abstract: tdma block diagram Applications 3.5V U.S. PCS TDMA Handsets Functional Block Diagram CAUTION! SENSITIVE ELECTRONIC DEVICE , PRELIMINARY DATA SHEET ECM807 U.S. PCS TDMA 3.5V POWER AMPLIFIER MODULE Description , . It is optimized for PCS TDMA (digital) in the 1850 MHz to 1910 MHz band. It operates from a , matched to 50. It is housed in a 6 X 6 mm Land Grid Array package. U.S. PCS TDMA Single 3.5V Supply for 3-Cell Ni or Li-Ion Battery Power-down activated when Vref pin
EiC
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tdma circuit diagram tdma block diagram SS-000490-000

GVQ09253

Abstract: Functional Block Diagram VREF When this voltage is 2.8 V, all circuits are in normal operation-mode , Figure 1 Data Sheet Block Diagram 2 2001-01-01 GaAs Components CGB 91 Pin Configuration , , CDMA and TDMA portable cellular phones Integrated temperature compensated bias circuit Power down , mode should be used for best linearity in CDMA/TDMA operation at high output power levels. Low mode should be used for best efficiency in AMPS and low power CDMA/TDMA operation. VCB VMODE VREF1
Infineon Technologies
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GVQ09253 P-VQFN-24-3

4456-P

Abstract: in CDMA/TDMA operation at high output power levels. Low mode should be used for best efficiency in AMPS and low power CDMA/TDMA operation. ^ mode Figure 1 Block Diagram Data Book 259 , .0, 2001-01-01 · ecfmcioflifcs In fineon GaAs Components CGB 91 Functional Block Diagram VREf , AMPS, CDMA and TDMA portable cellular phones Integrated temperature compensated bias circuit Power down , power ^OUT Gain Efficiency Digital Mode TDMA TDMA output power Gain Maximum linear out put power in low
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OCR Scan
4456-P CGB91

MAAPSS0003

Abstract: MAAPSS0003RTR VCC1 · · · · · · · VCC1 Functional Block Diagram Features 20 GND 1 GND , Visit www.macom.com for additional data sheets and product information. V 1.0 1 PCS TDMA/CDMA Power Amplifier, 1750 - 1910 MHz Block Diagram GND VCC2 GND VCC1 VCC1 PIN Configuration , MAAPSS0003 Preliminary PCS TDMA/CDMA Power Amplifier 1750 - 1910 MHz GND VCC2 GND , The MAAPSS0003 is ideally suited for TDMA and CDMA handset applications where high linearity and low
M/A-COM
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MD59-0062 MAAPSS0003TR MAAPSS0003RTR

pa2022

Abstract: tdma block diagram IBM3602022Q020 Datasheet 900 MHz AMPS/TDMA Power Amplifier Features AMPS/TDMA Power Amplifier Block Diagram 16 GND 17 GND · +31.5dBm output power for AMPS operation 18 VCC_D · +29.5dBm output power for TDMA operation 19 VCC_D 20 GND · Highly integrated SiGe BiCMOS technology · +16 dBm Low Power TDMA operation ON/OFF 5 · Small-outline, low profile package: QFN , 1. -30 to +85°C 2. ±30 kHz 3. ±60 kHz Figure 1. Functional Block Diagram One matching
IBM
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pa2022 pa2022ds 900MH TDMA/IS-54
Abstract: .2 Block Diagram / Application Circuit example 1 www.rohm.com © 2013 ROHM Co., Ltd. All rights , .3 Block Diagram / Application Circuit example 2 www.rohm.com © 2013 ROHM Co., Ltd. All rights , dots) ・Continuous (TDMA off ) lighting function for LED14-LED17 ・Easy register setting by A/B 2 , . 3/40 2013.02 - Rev.A Technical Note BD26503GUL ●Block Diagram / Application Circuit , VREF SW6 T05 OSC SW5 T04 ISET Logic TDMA IREF SW4 T03 100kΩ SW3 ROHM
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VCSP50L3 R1102A

DB82

Abstract: .2 Block Diagram / Application Circuit example 1 www.rohm.com © 2013 ROHM Co., Ltd. All rights , .3 Block Diagram / Application Circuit example 2 www.rohm.com © 2013 ROHM Co., Ltd. All rights , dots) ・Continuous (TDMA off ) lighting function for LED14-LED17 ・Easy register setting by A/B 2 , . 3/40 2013.02 - Rev.A Technical Note BD26503GUL ●Block Diagram / Application Circuit , VREF SW6 T05 OSC SW5 T04 ISET Logic TDMA IREF SW4 T03 100kΩ SW3
ROHM
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DB82

tdma block diagram

Abstract: cdi schematic diagram Handsets Functional Block Diagram CAUTION! SENSITIVE ELECTRONIC DEVICE EiC Corp. A Subsidiary of , PRELIMINARY DATA SHEET ECM807 U.S. PCS TDMA 3.5V POWER AMPLIFIER MODULE Description The , for PCS TDMA (digital) in the 1850 MHz to 1910 MHz band. It operates from a positive voltage (3 - , in a 6 X 6 mm Land Grid Array package. Features U.S. PCS TDMA Single 3.5V Supply for 3-Cell Ni or Li-Ion Battery Power-down activated when Vref pin
EiC
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cdi schematic diagram capacitor 6032 1850MH 1880MH 1910MH AP-000513-000 AP-000516-000 ECM807-2000

DOT matrix LED display DRIVER

Abstract: DB82 rights reserved. 3/39 2010.02 - Rev.A Technical Note BD26502GUL Block Diagram / Application , .2 Block Diagram / Application Circuit example 1 www.rohm.com © 2010 ROHM Co., Ltd. All rights reserved. 4/39 2010.02 - Rev.A Technical Note BD26502GUL Block Diagram / Application Circuit , .3 Block Diagram / Application Circuit example 2 www.rohm.com © 2010 ROHM Co., Ltd. All rights reserved , every dot). 64 steps of the luminance control by PWM (common setting for all dots) Continuous (TDMA
ROHM
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DOT matrix LED display DRIVER DB46 diode da85 DAE4 DB33 DIODE DB92 10041EAT01 VCSP50L4 R1010A
Abstract: Ground 8 RFout RF Output 9 GND Ground 10 Functional Block Diagram Name 1 â'¢ WCDMA â'¢ TDMA GND Ground 9 2 8 3 7 4 6 (Top View) 1 5 , AP1069 RFIC Technology Corporation TDMA Power Amplifier Module www.rfintc.com RFIC Preliminary 2009.07 AP1069 is a Power Amplifier Module for WCDMA/TDMA applications. The MMIC is , ) TDMA : 29.5dBm WCDMA : 28.5dBm â'¢ Dual Mode Operation (High/Low Power Control) Pin Details RFIC Technology
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824-849MH
Abstract: . IBM3602022Q020 Datasheet SiGe BiCMOS 900 MHz AMPS/TDMA Power Amplifier AMPS/TDMA Power Amplifier Block Diagram 19 VCC_D 18 VCC_D Features · Highly integrated SiGe BiCMOS technology 20 GND 17 GND · +29.5dBm output power for TDMA operation · +31.5dBm output power for AMPS operation · +16 dBm Low Power TDMA operation · High power added efficiency · Two-stage design with partial on-chip , Units Vdc MHz dB dBm mA % dB dBc dBc Notes IS-54 mode -1 2 3 Figure 1. Functional Block Diagram IBM
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smd code marking book

Abstract: smd code book Channel-soldering point RthChS t.b.d. K/W Data Book 1 03.00 CGB 90 Functional Block Diagram , best linearitiy in CDMA/TDMA operation at high output power levels. Low mode should be used for best efficiency in AMPS and low power CDMA/TDMA operation. VC1 VMODE VCON Interstage-match Control Circuit RF IN RF OUT EHT08541 Figure 1 Block Diagram Pin Configuration Pin # Symbol , , CDMA and TDMA portable cellular phones Integrated temperature compensated bias circuit Power down
Infineon Technologies
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GPS09230 smd code marking book smd code book Marking code CGB marking code H2 SMD P-TSSOP-10-2 Q62702-G0112
Abstract: Functional Block Diagram VREF VMODE When this voltage is 2.8 V, all circuits are in normal , Block Diagram Data Book 259 V1.0, 2001-01-01 GaAs Components CGB 91 Pin Configuration Pin , GaAs MMIC Target Data Sheet · · · · · HBT power amplifier for 800 MHz AMPS, CDMA and TDMA portable , should be used for best linearity in CDMA/TDMA operation at high output power levels. Low mode should be used for best efficiency in AMPS and low power CDMA/TDMA operation. VCB VMODE VREF1 VREF2 RF IN Infineon Technologies
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china mobile phone circuit diagram

Abstract: "RF IC" CX74037 block diagram is shown in Figure 2. VGA_EN VCC_MIX LO_PCS_IN NC NC IF_SELECT IF_VCO_IN2- IF_VCO_IN2+ MODE NC MIX_IN+ LO_CELL · Cellular and/or PCS-band phones · TDMA , 101103A-2_080900 LPF or BPF Figure 2. CX74037 Functional Block Diagram Technical Description The CX74037 , CX74037 Transmit RF IC for TDMA or AMPS Applications Features Conexant's CX74037 Transmit RF , -136 compliant cellular phones. As a dual mode IC, it can be used in Time Division Multiple Access (TDMA) mode
Conexant Systems
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IS-136 china mobile phone circuit diagram PIN assignments of VGA 48pin RF IC china phone BLOCK diagram mobile phone
Abstract: Block Diagram RF Micro Devices, Inc. 7628 Thorndike Road Greensboro, NC 27409, USA Tel (336) 664 , MICRO DEVICES T y p ic a l A p p lic a tio n s " r F2376 I CELLULAR TDMA/CDMA LINEAR VARIABLE GAIN AM PLIFIER · CDMA Cellular Handsets TDMA Cellular Handsets P ro d u c t D e s c r ip tio n The RF2376 is a linear variable gain amplifier suitable for use in TDMA and CDMA systems In the , =25°C 24 50 30 2.5:1 Maximum gain. Over entire gain control range Maximum gain TDMA modulation -
OCR Scan

nf 829

Abstract: paddle A block diagram of the RF410 is shown in Figure 1. Figure 2 shows the RF410 pin signals. Applications · · · AMPS-DAMPS and PCS band phones TDMA and AMPS mode phones Portable battery-powered equipment , Data Cell Drv In Cell Mixer Out Vvga Figure 1. RF410 Transmit RFIC Block Diagram Data , RF410 Tx Application-Specific Integrated Circuit (ASIC) for IS-136 TDMA/AMPS Cellular Telephone , intended to be used in IS-136 compliant cellular phones. As a dual mode IC it can be used in TDMA mode or
Conexant Systems
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nf 829
Abstract: Block Diagram Rev A17 000914 Ordering Information RF2153 RF2153 PCBA CDMA/TDMA/PACS 1900MHz , RF2153 2 CDMA/TDMA/PACS 1900MHZ 3V POWER AMPLIFIER Typical Applications â'¢ 3V TDMA PCS , CDMA and TDMA handheld digital equipment, spread-spectrum systems, and other applications in the , Linear Output Power â'¢ 30dB Linear Gain 3 11 RF OUT â'¢ 40% Linear Efficiency TDMA RFIN , harmonic trap) Third Harmonic Fourth Harmonic Minimum Linear Output Power (CDMA or TDMA Modulation RF Micro Devices
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1850-1910MH 1750-1780MH 1750MH MP16KO1A 0805HQ-

BCM3212

Abstract: BCM3034 degrees C) PCI bus. Upstream Analog Inputs Typical Application Block Diagram BCM3138 Dual Adv. TDMA Receiver BCM3138 BCM3138 Upstream SDRAM (keys and reassembly.) Upstream SDRAM (PHS , (PHS, output queues) Memory WAN B C M 3 2 1 2 O V E R V I E W BCM3212 Block Diagram , and advanced TDMA PHY-layer CMTS products. With hardware support for concatenation parsing, fragment reassembly, payload header suppression, and advanced TDMA PHY-layer data rates, the BCM3212 serves as the
Broadcom
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BCM3034 BCM3352 BCM3352- 3212-PB03-D1
Abstract: range (â'"40 to +85 degrees C) PCI bus. Upstream Analog Inputs Typical Application Block Diagram BCM3138 Dual Adv. TDMA Receiver BCM3138 BCM3138 Upstream SDRAM (keys and reassembly , Simplified Block Diagram Upstream SDRA M 1 S DRAM controller SDRAM controller Post-Processing U , and advanced TDMA PHY-layer CMTS products. With hardware support for concatenation parsing, fragment reassembly, payload header suppression, and advanced TDMA PHY-layer data rates, the BCM3212 serves as the Broadcom
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3212-PB02-R-4

BCM3140

Abstract: BCM3214 Termination System (CMTS) Block Diagram 5-65 MHz Upstream BCM3140 Dual Adv. TDMA/ SCDMA Receiver , Block Diagram 24 Variable Decimator DAP/N 2 AFE (ADC AND MUX) Matched Filter , BCM3140 PRODUCT Brief DUAL UNIVERSAL ADVANCED TDMA/SCDMA PHY-LAYER BURST RECEIVER B C M 3 1 4 0 S U M M A R Y F E AT U R E S BCM3140 is a universal headend advanced TDMA · The , DSP Core Ranging Block Preamble Process Tracking Loops FFTDV 24 DBP/N MAC/PHY
Broadcom
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BCM3214 BCM3040 CAble HEADEND CMTS 3140-PB00-R-4
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