VQFN24
Abstract: CGB91 VQFN-24 Marking code CGB tdma circuit diagram VC-37 MMIC marking CODE 73
Text: GaAs MMIC CGB91 Target Datasheet • HBT power amplifier for 800 MHz AMPS, CDMA and TDMA portable cellular phones • Integrated temperature compensated bias circuit
|
Original
|
PDF
|
CGB91
VQFN24
VQFN24
CGB91
VQFN-24
Marking code CGB
tdma circuit diagram
VC-37
MMIC marking CODE 73
|
CGM800C
Abstract: tdma block diagram
Text: GaAs Module CGM800C Target Datasheet • HBT power amplifier module for 800 MHz AMPS, CDMA and TDMA portable cellular phones • Integrated temperature compensated bias circuit
|
Original
|
PDF
|
CGM800C
30dbm
30dBm,
885kHz
98MHz
CGM800C
tdma block diagram
|
Untitled
Abstract: No abstract text available
Text: GaAs MMIC CGB 91 Target Data Sheet • • • • • HBT power amplifier for 800 MHz AMPS, CDMA and TDMA portable cellular phones Integrated temperature compensated bias circuit Power down control CMOS- switchable high/low-power mode Internal input match
|
Original
|
PDF
|
P-VQFN-24-3
GVQ09253
|
transistor C456
Abstract: microstripline FR4 AT-41511 4.1 amplifier circuit diagram 2907A PNP bipolar transistors microstripline 41511 FR4 epoxy dielectric constant 4.4 AT-41411 AT-41486
Text: Two-Stage 800 – 1000 MHz Amplifier Using the AT-41511 Silicon Bipolar Transistor Application Note 1084 Introduction Circuit Design Commercial markets in the VHF through L band frequency range require low cost, high performance components. In many applications, such as cellular and
|
Original
|
PDF
|
AT-41511
5964-3853E
transistor C456
microstripline FR4
4.1 amplifier circuit diagram
2907A PNP bipolar transistors
microstripline
41511
FR4 epoxy dielectric constant 4.4
AT-41411
AT-41486
|
GVQ09253
Abstract: No abstract text available
Text: GaAs MMIC CGB 91 Target Data Sheet • • • • • HBT power amplifier for 800 MHz AMPS, CDMA and TDMA portable cellular phones Integrated temperature compensated bias circuit Power down control CMOS- switchable high/low-power mode Internal input match
|
Original
|
PDF
|
P-VQFN-24-3
GVQ09253
GVQ09253
|
800 mhz Cellular amplifier circuit diagram
Abstract: GN01125B s-mini
Text: GaAs MMICs for Cellular Phone GN01125B Driver Amplifier for 800 MHz-Band PDC Features • • • • Matching circuit built-in Input-side,Output-side Low consumption current : I DD = 15 mA High gain : PG = 18 dB Small package : S-Mini Type . 6-pin Characteristics Diagram
|
Original
|
PDF
|
GN01125B
800 mhz Cellular amplifier circuit diagram
GN01125B
s-mini
|
smd code marking book
Abstract: smd code book marking code H2 SMD GPS09230 Marking code CGB
Text: GaAs HBT CGB 90 Preliminary Data Sheet • • • • • HBT power amplifier for 800 MHz AMPS, CDMA and TDMA portable cellular phones Integrated temperature compensated bias circuit Power down control CMOS-switchable high/low-power mode Simple input and output match on PCB
|
Original
|
PDF
|
P-TSSOP-10-2
Q62702-G0112
GPS09230
smd code marking book
smd code book
marking code H2 SMD
GPS09230
Marking code CGB
|
Untitled
Abstract: No abstract text available
Text: GaAs Module CGM 800C Target Data Sheet • • • • • • HBT power amplifier module for 800 MHz AMPS and CDMA portable cellular phones Integrated temperature compensated bias circuit Power down control CMOS-switchable high/low-power mode Input and output matched to 50 Ω
|
Original
|
PDF
|
EHT09232
|
Untitled
Abstract: No abstract text available
Text: GaAs Module CGM 800C Target Data Sheet • • • • • • HBT power amplifier module for 800 MHz AMPS and CDMA portable cellular phones Integrated temperature compensated bias circuit Power down control CMOS-switchable high/low-power mode Input and output matched to 50 Ω
|
Original
|
PDF
|
EHT09232
|
nf 829
Abstract: No abstract text available
Text: RF410 Tx Application-Specific Integrated Circuit ASIC for IS-136 TDMA/AMPS Cellular Telephone The RF410 Tx Application-Specific Integrated Circuit (ASIC) is a triplemode, dual-band transmitter intended to be used in IS-136 compliant cellular phones. As a dual mode IC it can be used in TDMA mode or
|
Original
|
PDF
|
RF410
IS-136
RF410
nf 829
|
TQ9222
Abstract: IS-136 QSOP-24 TQ5121
Text: WIRELESS COMMUNICATIONS DIVISION TQ9222 Vdd LNA OUT MXR LO MXR 1900 1900 1900 Vdd LNA 1900 MXR RF 1900 DATA SHEET MXR IF 1900 Dual-Band TDMA LNA/Downconverter IC LNA IN 1900 Vdd LNA 800 MXR IF 800 LNA IN 800 MXR RF 800 LNA OUT Vdd 800 MXR 800 Features MXR LO
|
Original
|
PDF
|
TQ9222
TQ5121
TQ9222
IS-136
QSOP-24
TQ5121
|
890 MHz Low Pass Filter
Abstract: No abstract text available
Text: 200MHz to 3GHz High Linearity Y-Mixer ADL5350 Preliminary Technical Data FEATURES FUNCTIONAL BLOCK DIAGRAM Broadband RF, IF and LO Ports Low Conversion Loss Noise figure : 6dB High Input IP3: 26dBm High Input P1dB: 17dBm Low LO drive level Single-Ended Design: No Need for Baluns
|
Original
|
PDF
|
200MHz
26dBm
17dBm
ADL5350
ADL5350
ADL5350ACPZREEL71
ADL5350ACPZ-WP1
ADL5350-EVAL
PR05615
890 MHz Low Pass Filter
|
GN02039B
Abstract: GN02029B GN02034B GN01096B GN01105B GN01121B GN01125B GN01140B GN01154B GN02037B
Text: Caution for Safety • Gallium arsenide material GaAs is used in this product. DANGER Therefore, do not burn, destroy, cut, crush, or chemically decompose the product, since gallium arsenide material in powder or vapor form is harmful to human health. Observe the relevant laws and regulations when
|
Original
|
PDF
|
|
FET differential amplifier circuit
Abstract: CIRCUIT DIAGRAM FOR IC 810 MD59-0039 MD59-0039RTR MD59-0039TR
Text: MD59-0039 Cellular CDMA Upconverter / Driver 820 - 850 MHz LOA VDD MIX OUT 1 RFA VDD IF IN+ RFA SRC IF IN- RFA IN GND DRV SRC1 DRV VDD1 IF- VDD DRV VDD2 VVA CNTL DRV OUT IF+ VDD DRV SRC 2 M/A-COM’s MD59-0039 upconverter IC for cellular CDMA applications integrates a mixer, RF amplifier, IF amplifier, and
|
Original
|
PDF
|
MD59-0039
MD59-0039
MO-220A
FET differential amplifier circuit
CIRCUIT DIAGRAM FOR IC 810
MD59-0039RTR
MD59-0039TR
|
|
UPC8112T
Abstract: UPC8112T-E3
Text: 3 V SILICON MMIC L-BAND FREQUENCY DOWN CONVERTER UPC8112T INTERNAL BLOCK DIAGRAM FEATURES • BROADBAND OPERATION: RF Input: 800 - 2000 MHz IF Output: 100 - 300 MHz IF Output RF Input • INPUT IP3: -7 dBm • LOW VOLTAGE OPERATION: 2.7~3.3 V • LOW CURRENT CONSUMPTION: 8.5 mA
|
Original
|
PDF
|
UPC8112T
UPC8112T
UPC8112T-E3
34-6393/FAX
UPC8112T-E3
|
MAX2292
Abstract: Motorola transceiver chip 100 MHz to 4GHz MAX2382 ericsson single line module 900 GSM Max2606 fm transmitter Single Chip L-band Tuner DVB Satellite MAX2620 Cellular RF Transmitter 1900 2400 MHz MAX2750 MAX2451
Text: WIRELESS Data Sheets ANALOG DESIGN SOLUTIONS Applications Notes • Free Samples • Chip-Scale PA Delivers +22.5dBm Output Power for 2.4GHz 4. HIGHER 5dB POWE 802.11b WLAN PRISM R THAN II PA! +2.7V TO +3.6V SUPPLY BIAS DET OUT 1. DETECTOR mm 5 • 28.5dB GAIN
|
Original
|
PDF
|
MAX2242
MAX1687/1688
MAX4473
MAX1007
MAX104
MAX106
MAX108
MAX1002
MAX1003
MAX1005
MAX2292
Motorola transceiver chip 100 MHz to 4GHz
MAX2382
ericsson single line module 900 GSM
Max2606 fm transmitter
Single Chip L-band Tuner DVB Satellite
MAX2620
Cellular RF Transmitter 1900 2400 MHz
MAX2750
MAX2451
|
2 LOIF
Abstract: UPC8112T UPC8112T-E3
Text: 3 V SILICON MMIC L-BAND FREQUENCY DOWN CONVERTER UPC8112T INTERNAL BLOCK DIAGRAM FEATURES • BROADBAND OPERATION: RF Input: 800 - 2000 MHz IF Output: 100 - 300 MHz IF Output RF Input • INPUT IP3: -7 dBm • LOW VOLTAGE OPERATION: 2.7~3.3 V • LOW CURRENT CONSUMPTION: 8.5 mA
|
Original
|
PDF
|
UPC8112T
UPC8112T
UPC8112T-E3
24-Hour
2 LOIF
UPC8112T-E3
|
sfgcg450
Abstract: 450 khz IF Filter EVB3030A IS136 IS-136 IS-54 LUCW3030ACA LUCW3030ACA-DB W3030 ba 8316
Text: Data Sheet April 1999 W3030 3 V Dual-Mode IF Cellular Receiver Features n n n n Proven double conversion architecture: First IF capability: 10 MHz to over 1000 MHz Second IF capability: 0.2 MHz to 2.0 MHz n Low supply current n Analog received signal strength indicator RSSI
|
Original
|
PDF
|
W3030
IS-136
DS98-399WRF
DS97-174WRF)
sfgcg450
450 khz IF Filter
EVB3030A
IS136
IS-136
IS-54
LUCW3030ACA
LUCW3030ACA-DB
ba 8316
|
4456-P
Abstract: No abstract text available
Text: In fineon ♦s*î hno!09 CGB 91 GaAs MMIC Target Data Sheet • HBT power amplifier for 800 MHz AMPS, CDMA and TDMA portable cellular phones • Integrated temperature compensated bias circuit • Power down control • CMOS- switchable high/low-power mode
|
OCR Scan
|
PDF
|
P-VQFN-24-3
4456-P
|
Untitled
Abstract: No abstract text available
Text: Infineon I wc h n c i o g i «* GaAs Module Target Data Sheet • • • • • • HBT power amplifier module for 800 MHz AMPS and CDMA portable cellular phones Integrated temperature compensated bias circuit Power down control CMOS-switchable high/low-power mode
|
OCR Scan
|
PDF
|
EHT09232
|
Untitled
Abstract: No abstract text available
Text: SEMICONDUCTOR WIRELESS COMMUNICATIONS DIVISION TQ9222 DATASHEET Dual-Band TDMA LNA/Downconverter 1C 800 M XR800 Features 800 Product Description The TQ9222 is a 3- V, RF receiver 1C designed specifically for dual-band TDMA applications. Its RF performance meets the requirements of products designed to
|
OCR Scan
|
PDF
|
TQ9222
XR800
TQ9222
IS-136
TQ5121
QSOP-24
QSOP-24
|
Untitled
Abstract: No abstract text available
Text: 3 V SILICON MMIC L-BAND FREQUENCY DOWN CONVERTER FEATURES upC8112T INTERNAL BLOCK DIAGRAM BROADBAND OPERATION: RF Input: 800 - 2000 MHz IF Output: 100- 300 MHz INPUT IP3: -7 dBm LOW VOLTAGE OPERATION: 2.7~3.3 V LOW CURRENT CONSUMPTION: 8.5 mA POWER SAVE FUNCTION
|
OCR Scan
|
PDF
|
upC8112T
UPC8112T
UPC8112T-E3
|
RF251
Abstract: No abstract text available
Text: *1* Rockw ell Semiconductor Systems RF251 Tx ASIC for CDMAr AMPS, and PCS Applications Product Description Applications The RF251 Tx Application-Specific Integrated Circuit ASIC is a triple-mode, dual-band transmitter intended to be used in Code Division Multiple Access (CDMA)
|
OCR Scan
|
PDF
|
RF251
|
6bta
Abstract: 2.4 ghz FM RECEIVER CIRCUIT DIAGRAM
Text: m Advance Data Sheet January 1993 Microelectronics W2005 1 GHz to Baseband FM and DQPSk Cellular Receiver Features Applications • 800 MHz to 1 GHz RF-IF mixer ■ IS54 North American dual-mode Cellular Radio Portable and Mobile Terminals ■ Proven double conversion architecture:
|
OCR Scan
|
PDF
|
W2005
DS92-1610TH
6bta
2.4 ghz FM RECEIVER CIRCUIT DIAGRAM
|