The Datasheet Archive

SA1620 datasheet (8)

Part ECAD Model Manufacturer Description Type PDF
SA1620 SA1620 ECAD Model Philips Semiconductors Low voltage GSM front-end transceiver Original PDF
SA1620BE SA1620BE ECAD Model Philips Semiconductors RF Transceiver, 2.5V|3.3V|5V|7.5V Supply Voltage, TQFP Original PDF
SA1620BE SA1620BE ECAD Model Others Historical semiconductor price guide (US$ - 1998). From our catalog scanning project. Scan PDF
SA1620BE SA1620BE ECAD Model Philips Semiconductors Low voltage GSM front-end transceiver Scan PDF
SA1620BE SA1620BE ECAD Model Philips Semiconductors Low voltage GSM front-end transceiver Scan PDF
SA1620BE SA1620BE ECAD Model Philips Semiconductors Low voltage GSM front-end transceiver Scan PDF
SA1620BE SA1620BE ECAD Model Philips Semiconductors Low voltage GSM front-end transceiver Scan PDF
SA1620BE-T SA1620BE-T ECAD Model Others Historical semiconductor price guide (US$ - 1998). From our catalog scanning project. Scan PDF

SA1620 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
tl 2345 ml

Abstract: C529 c528 transistor SWITCHING TRANSISTOR C144 C134 C144 C530 R546 SA1620 SA1620BE
Text: SA1620. Both regulators may also be used for external circuitry. For this application, different voltages , Philips Semiconductors Product specification Low voltage GSM front-end transceiver SA1620 DESCRIPTION The SA1620 is a combined receive (Rx) and transmit (Tx) front-end for GSM cellular telephones , -Pin Thin Quad Flat Pack (TQFP) -40 to +85°C SA1620BE SOT313-2 RECOMMENDED OPERATING CONDITIONS SYMBOL , voltage GSM front-end transceiver SA1620 BLOCK DIAGRAM SR00129 Figure 2. Block Diagram 1996 Oct 8


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PDF SA1620 SA1620 950MHz OT313-2 711Dfl2b tl 2345 ml C529 c528 transistor SWITCHING TRANSISTOR C144 C134 C144 C530 R546 SA1620BE
1nt02

Abstract: g110 transistor C618 C134 C144 SA1620 SA1620BE SA1638 400MHZ transceiver DSC1800
Text: and in Table 1. REG1 is intended to supply, at least, the internal functions of the SA1620. Both , INTEGRATED CIRCUITS M SlrHEET SA1620 Low voltage GSM front-end transceiver Product , voltage GSM front-end transceiver SA1620 DESCRIPTION The SA1620 is a combined receive (Rx) and transmit , to +85° C SA1620BE SOT313-2 RECOMMENDED OPERATING CONDITIONS SYMBOL PARAMETER RATING UNITS Vccxx , transceiver SA1620 BLOCK DIAGRAM ■7110fl2b QOflTin ZTfl ■1995 Feb 23 3 This Material Copyrighted By


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PDF SA1620 711DflSt) SA1620 70MHz 500MHz. 711002b TQFP48: OT313-1 1nt02 g110 transistor C618 C134 C144 SA1620BE SA1638 400MHZ transceiver DSC1800
C144 TRANSISTOR RESISTOR

Abstract: SWITCHING TRANSISTOR C144 C144 SA1620 SA1620BE SA1638 LNA21 philips gmsk
Text: to supply, at least, the interna! functions of the SA1620. Both regulators may also be used for , Philips Semiconductors Objective specification Low-voltage GSM front-end transceiver SA1620 DESCRIPTION The SA1620 is a combined receive (Rx) and transmit (Tx) front-end for GSM cellular telephones , Flat Pack (TQFP) -40 to +85°C SA1620BE 1706B RECOMMENDED OPERATING CONDITIONS SYMBOL PARAMETER , Semiconductors Objective specification Low-voltage GSM front-end transceiver SA1620 PIN DESCRIPTIONS Pin No


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PDF SA1620 SA1620 70MHz 500MHz. 950MHz 10MHz DCS1800TX DCS1800 200kHz C144 TRANSISTOR RESISTOR SWITCHING TRANSISTOR C144 C144 SA1620BE SA1638 LNA21 philips gmsk
LNA12

Abstract: rf transmitter receiver 1800Mhz xl 1225 transistor SA1620BE c530 TRANSISTOR
Text: intended to supply, at least, the internal functions of the SA1620. Both regulators may also be used for , Philips Semiconductors Product specification Low voltage GSM front-end transceiver SA1620 DESCRIPTION The SA1620 is a combined receive {Rx) and transmit (Tx) front-end for GSM cellular telephones , Pack (TQFP) TEMPERATURE RANGE *40 to +85°C ORDER CODE SA1620BE DW G# SOT313-2 RECOMMENDED OPERATING , SA1620 BLOCK DIAGRAM Q Q O Q Q P Q Q 9 9 9 9 t VREG2 8ANDGAP BIAS SUPPLIES


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PDF SA1620 SA1620 100mA SRQ0152 LNA12 rf transmitter receiver 1800Mhz xl 1225 transistor SA1620BE c530 TRANSISTOR
1997 - transistor C535

Abstract: c535 transistor transistor C635 IR546 transistor C618 C644 transistor transistor c380 C645 diode c530 TRANSISTOR C535
Text: of the SA1620. Both regulators may also be used for external circuitry. For this application , INTEGRATED CIRCUITS SA1620 Low voltage GSM front-end transceiver Product specification , Semiconductors Product specification Low voltage GSM front-end transceiver SA1620 · Feedthrough , compatible with SA1638 GSM IF Digital I/Q circuit DESCRIPTION The SA1620 is a combined receive (Rx) and , 48-Pin Thin Quad Flat Pack (TQFP) ORDER CODE SA1620BE SOT313-2 RECOMMENDED OPERATING


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PDF SA1620 12dBm SA1638 SA1620 transistor C535 c535 transistor transistor C635 IR546 transistor C618 C644 transistor transistor c380 C645 diode c530 TRANSISTOR C535
uc IR for Tx, RX

Abstract: GSM Transceiver 1994
Text: 2 and in Table 1. REG1 is intended to supply, at least, ttie internal functions of the SA1620. Both , DESCRIPTION Tha SA1620 Is a combined rscwv* (Rx) and transmit (Tx) front-end tor GSM cellular telephones. Tha , powered-down. SA1620 a Absolute gain tolerance in the Rx path: ±2dB (active mode) a Feedthrough , +85 °C ORDER CODE SA16208E ow e# 1706B RECOMMENDED OPERATING CONDITIONS SYMBOL vccxx VBATT , specification Low-voltage GSM front-end transceiver SA1620 BLOCK DIAGRAM June 1994 666


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PDF SA1620 70MHz 900MHz. SA1620 32dable DCS1800 10MHz 200kHz uc IR for Tx, RX GSM Transceiver 1994
CMOS Gilbert Cell Mixer

Abstract: GSM Transceiver chip transceiver gsm transistor C618 C134 C144 C529 C530 R546 SA1620
Text: and in Table 1. REG1 is intended to supply, at least, the internal functions of the SA1620. Both , INTEGRATED CIRCUITS M SlnlEE SA1620 Low voltage GSM front-end transceiver Product , Low voltage GSM front-end transceiver SA1620 DESCRIPTION The SA1620 is a combined receive (Rx) and , -Pin Thin Quad Flat Pack (TQFP) -40 to +85°C SA1620BE SOT313-2 RECOMMENDED OPERATING CONDITIONS SYMBOL , voltage GSM front-end transceiver SA1620 BLOCK DIAGRAM 1995 Jun 15 ■711Dfl2b □0ñc1b3ci bTO This


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PDF SA1620 7110fl2b SA1620 70MHz 500MHz. OT313-2 711002b CMOS Gilbert Cell Mixer GSM Transceiver chip transceiver gsm transistor C618 C134 C144 C529 C530 R546
1998 - microcontroller interface with gsm module

Abstract: gsm signal amplifier GSM Transceiver chip Firmware interface GSM GSM RF module gsm module with microcontroller GSM Transceiver RF gsm transceiver IC "RF Transceiver" gsm module datasheet
Text: section: the SA1620 RF transceiver, the SA1638 IF transceiver and the UMA1021M RF synthesizer. The ICs , in hilly areas and fast-moving vehicles. Philips Semiconductors' GSM ICs include: SA1620 - Low , Wireless Communications UBA1710 CGY2013 Introduction SA1638 SA1620 PCF507X I Q RF


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PDF SA1620 SA1638 UMA1021M BGY204 CGY2011G PCF507ller TDA8002/TDA8005 P90CL301 PCF507X PCF5083 microcontroller interface with gsm module gsm signal amplifier GSM Transceiver chip Firmware interface GSM GSM RF module gsm module with microcontroller GSM Transceiver RF gsm transceiver IC "RF Transceiver" gsm module datasheet
xlxxxx

Abstract: 100PF 1200S DCS1800 SA1620 SA1638 SA1638BE GSM Zero IF transceiver GSM Transceiver 1994
Text: , 26, 39 or 52MHz • Fully compatible with SA1620 GSM RF front-end APPLICATIONS • IF circuitry , Control output (for SA1620 attenuation select A pin) 8 BOUT Control output (for SA1620 attenuation select , /attenuation settings of SA1620 data sheet, see Table 4, Gain Control Logic for LNA1 and LNA2 of the SA1620 , -WIRE BUS AOUT BOUT TO SA1620 ATTENUATION CONTROL LOGIC INPUTS STROBE Figure 4. Recommended Application , Architecture The SA1620 RF front-end and SA1638 IF transceivers form a dual conversion architecture which uses


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PDF SA1638 SA1638 50kHz 500kHz. 711DflSb PCA5075 7110fl2Li xlxxxx 100PF 1200S DCS1800 SA1620 SA1638BE GSM Zero IF transceiver GSM Transceiver 1994
gsm baseband IF 1994

Abstract: PHILIPS GSM I Q GSM Transceiver 1994
Text: frequency required, choice of 13. 26, 39 or 52MHz · Fully compatible with SA1620 GSM RF front-end , Control output (for SA1620 attenuation select A pin) Control output (for SA1620 attenuation select B pin , 2 bits, s0.s1. controls gam/attenuation settings of SA1620 data sheet, see Table 4. Gain Control , specification Low-voltage IF l/Q transceiver SA1638 Overview of Dual GSM/PCN Architecture The SA1620 , commonality, and reduces power consumption. The SA1620 and SA1638 allow considerable flexibility to optimize


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PDF SA1638 792kHz. 50kHz 500kHz. gsm baseband IF 1994 PHILIPS GSM I Q GSM Transceiver 1994
2000 - 2SA1638

Abstract: SAW Filter 900MHz SA8025
Text: and B of the SA1620. (See Figure 9) Phase Detector The phase detector is a D-type flip-flop phase , SA1620 GSM RF front-end (see Figure 9) APPLICATIONS · Direct supply: 3.3V to 7.5V · Two DC regulators , specification Low voltage IF I/Q transceiver SA1638 Overview of Dual GSM/PCN Architecture The SA1620 , commonality, and reduces power consumption. The SA1620 and SA1638 allow considerable flexibility to optimize , receiver cost and size. to be relaxed. For example, at a 400MHz IF, the natural gain roll-off in the SA1620


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PDF SA1638 SA1638 01-Dec-97) 2SA1638 SAW Filter 900MHz SA8025
1998 - 2SA1638

Abstract: resistor var 20k DCS1800 SA1620 SA1638 SA1638BE capacitor 106 35K
Text: the AGC control inputs A and B of the SA1620. (See Figure 9) Phase Detector DC Offset Register , · Fully compatible with SA1620 GSM RF front-end (see Figure 9) FEATURES · Direct supply: 3.3V , /PCN Architecture The SA1620 RF front-end and SA1638 IF transceivers form a dual conversion , . This reduces receiver cost and size. The SA1620 and SA1638 allow considerable flexibility to , SA1620 LNAs and mixer suppresses the image signal in the 1800MHz band by typically 28dB below the


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PDF SA1638 SA1638 2SA1638 resistor var 20k DCS1800 SA1620 SA1638BE capacitor 106 35K
GSM transceiver baseband 1995

Abstract: 2SA1638 DCS1800 SA1620 SA1638 SA1638BE
Text: Aout and Bout- These outputs can be connected to the AGC control inputs A and B of the SA1620. (See , • Fully compatible with SA1620 GSM RF front-end (see Figure 9) APPLICATIONS • IF circuitry for , Architecture The SA1620 RF front-end and SA1638 IF transceivers form a dual conversion architecture which uses , , maximizes circuitry commonality, and reduces power consumption. The SA1620 and SA1638 allow considerable , . The availability of two LNAs in the SA1620 allows flexibility in receiver dynamic design for portable


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PDF SA1638 OT313-2 711002b GSM transceiver baseband 1995 2SA1638 DCS1800 SA1620 SA1638BE
2000 - 2SA1638

Abstract: DCS1800 SA1620 SA1638 SA1638BE
Text: the AGC control inputs A and B of the SA1620. (See Figure 9) Phase Detector DC Offset Register , · Fully compatible with SA1620 GSM RF front-end (see Figure 9) FEATURES · Direct supply: 3.3V , /PCN Architecture The SA1620 RF front-end and SA1638 IF transceivers form a dual conversion , . This reduces receiver cost and size. The SA1620 and SA1638 allow considerable flexibility to , SA1620 LNAs and mixer suppresses the image signal in the 1800MHz band by typically 28dB below the


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PDF SA1638 SA1638 2SA1638 DCS1800 SA1620 SA1638BE
Not Available

Abstract: No abstract text available
Text: reference input frequency required, choice of 13, 26, 39 or 52MHz • Fully compatible with SA1620 GSM


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PDF SA1638 SA1638 SR00524 48-Pin SA1638BE OT313-2
CT918

Abstract: semiconductors replacement guide CT914 UMA1000LT ct-918 TEA1041T tea1101 TEA1104 PCA5000A philips ic01
Text: SA702 SA703 SA900 SA1620 SA1638 SA5752 SA5753 SA7025 SA8025 SAA1500T SAA1501T TDA1010A TDA1011 TDA1015T


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PDF CT914; CT918 MC3361 NE570/571/SA571 NE/SA572 NE/SA575 NE/SA576 NE/SA577 NE/SA578 NE/SA600 semiconductors replacement guide CT914 UMA1000LT ct-918 TEA1041T tea1101 TEA1104 PCA5000A philips ic01
IC 2025

Abstract: transistor 1203 low power fm audio transmitter fm mixer converter GSM Transceiver analog 1ghz modulator TM 1222 transistor for RF amplifier and mixer TM 1298 Frequency Generator 1GHz
Text: Philips Semiconductors Semiconductors for Wireless Communications Functional index PAGE Advanced telephony services ICs PCD3316 Caller-ID on Call Waiting (CIDCW) receiver 537 Front-ends and Paging UAA3500HL Pager receiver 2319 SA1620 Low voltage GSM front-end transceiver 1548 SA1920 Dual-band RF front-end 1617 SA1921 Satellite and cellular dual-band RF front-end 1642 SA2420 Low voltage RF transceiver - 2.45GHz 1676 SA602A Double-balanced


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PDF PCD3316 UAA3500HL SA1620 SA1920 SA1921 SA2420 45GHz SA602A SA611 SA612A IC 2025 transistor 1203 low power fm audio transmitter fm mixer converter GSM Transceiver analog 1ghz modulator TM 1222 transistor for RF amplifier and mixer TM 1298 Frequency Generator 1GHz
CT918

Abstract: semiconductors replacement guide ct914 TEA1100 TEA1041T UAA2050T OM-5300 TEA1101 sa571 equivalent SAA1500T
Text: SA702 Transferred to IC17 SA703 Transferred to IC17 SA900 Transferred to IC17 SA1620


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PDF CT914; CT918 MC3361 NE570/571/SA571 NE/SA572 NE/SA575 NE/SA576 NE/SA577 NE/SA578 NE/SA600 CT918 semiconductors replacement guide ct914 TEA1100 TEA1041T UAA2050T OM-5300 TEA1101 sa571 equivalent SAA1500T
pager board POCSAG

Abstract: 800MHz gsm Handset Circuit Diagram UAA2080 PCF8582T GSM intercom circuit diagram GSM Intercom From circuit 1997 single board integrated antenna receiver a7050
Text: : the SA1620 RF transceiver, the SA1638 IF transceiver and the UMA1021M RF synthesizer. The ICs support , in hilly areas and fast-moving vehicles. Philips Semiconductors' GSM ICs include: SA1620 - Low


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PDF SA1620 SA1638 UMA1021M BGY204 CGY2011G PCF5077 LQFP32 OM4706 PCF5001 OM4718 pager board POCSAG 800MHz gsm Handset Circuit Diagram UAA2080 PCF8582T GSM intercom circuit diagram GSM Intercom From circuit 1997 single board integrated antenna receiver a7050
transistor MW 882

Abstract: transistor for RF amplifier and mixer uhf range fm modulator N-CHANNEL ENHANCEMENT MODE HIGH VOLTAGE POWER MOS wireless lcd receiver Philips 787 receiver transistor for RF amplifier audio compandor IC mos transistor ecl prescaler
Text: SA900 SA910 SA1620 SA1630 SA1638 SA1920 SA1921 SA2410 SA2420 SA5200 SA5204A SA5205A 1997 Dec 15


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PDF 80CL580/83CL530 33CL781/83CL782 BGY120A; BGY1208; BGY120D BGY122A; BGY122B BG204 BGY205 BGY206 transistor MW 882 transistor for RF amplifier and mixer uhf range fm modulator N-CHANNEL ENHANCEMENT MODE HIGH VOLTAGE POWER MOS wireless lcd receiver Philips 787 receiver transistor for RF amplifier audio compandor IC mos transistor ecl prescaler
transistor 647

Abstract: amplifier TRANSISTOR 14 GHZ transistor for RF amplifier and mixer amplifier TRANSISTOR 12 GHZ audio compandor IC audio ic 1026 line AMPLIFIER satellite philips dect 1331 transistor sa636
Text: Philips Semiconductors Semiconductors for Wireless Communications Funchonal mdex Types added to the range since the last issue of handbook IC17 (1997)are shown in bold print PAGE Front-ends SA601 SA602A SA611 SA612A SA620 SA621 SA1620 SA1920 SA1921 SA2420 UAA2067G UAA2073AM UAA2073M UAA2077AM UAA2077BM UAA2077CM UAA2080 UAA2082 Amplifiers SA5200 SA5204A SA5205A SA5209 SA5219 RF dual gain-stage Wide-band high-frequency amplifier Wide-band high-frequency amplifier Wideband variable gain amplifier


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PDF SA601 SA602A SA611 SA612A SA620 SA621 SA1620 SA1920 SA1921 SA2420 transistor 647 amplifier TRANSISTOR 14 GHZ transistor for RF amplifier and mixer amplifier TRANSISTOR 12 GHZ audio compandor IC audio ic 1026 line AMPLIFIER satellite philips dect 1331 transistor sa636
2SA1638

Abstract: circuit diagram transceiver signal gsm PHILIPS GSM I Q
Text: , 39 or 52MHz · Fully compatible with SA1620 GSM RF front-end (see Figure 9, included in CD-ROM version


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PDF SA1638 SA1638 2SA1638 circuit diagram transceiver signal gsm PHILIPS GSM I Q
Not Available

Abstract: No abstract text available
Text: • Compatible with GSM RF transceiver SA1620. APPLICATIONS • 890 to 915 MHz hand-held


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PDF CGY2010G CGY2010G MGB764
CT914

Abstract: philips audio amplifier ic guide UMA1000LT P-Channel RF Amplifier Philips Semiconductors Selection Guide All Microphone CT918 "true Logarithmic Amplifier" TDA7050 bs107 transistor
Text: SA1620 SA1638 TDA1576T TDA8041 UAA2072M UAA2073M UAA2077AM UAA2077BM UAA2078M UAA2079M low-voltage LNA


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PDF PCA1070 TEA1060/1061 TEA1060: TEA1061: TEA1062/A TEA1064A TEA1064B TEA1065 TEA1066T TEA1067 CT914 philips audio amplifier ic guide UMA1000LT P-Channel RF Amplifier Philips Semiconductors Selection Guide All Microphone CT918 "true Logarithmic Amplifier" TDA7050 bs107 transistor
TRANSISTOR 187

Abstract: RADIO fm RECEIVER IC UHF transistor MW 882 IC 740 1ghz fm modulator cellular phone amplifier power control transistor 4w TRANSISTOR BTL POWER AMPLIFIER transistor 846 audio compandor IC transistor for RF amplifier and mixer
Text: 1184 SA910 Variable gain RF predriver amplifier 1201 SA1620 Low voltage GSM front-end


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PDF 80CL580/83CL580 83CL781/83CL782 BGY120A; BGY120B; BGY120D BGY122A; BGY122B BG204 BGY205 BGY206 TRANSISTOR 187 RADIO fm RECEIVER IC UHF transistor MW 882 IC 740 1ghz fm modulator cellular phone amplifier power control transistor 4w TRANSISTOR BTL POWER AMPLIFIER transistor 846 audio compandor IC transistor for RF amplifier and mixer
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