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Part : TANK-820-H61-P/2G/2P1E-R21 Supplier : IEI Technology Manufacturer : Avnet Stock : - Best Price : - Price Each : -
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TANK-820-H61-P/2G/2P1E-R21

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JTAG header 7x2 Connector

Abstract: JTAG header 7x2 D4 LL103A R6 820 82 R2 333 R3 333 R4 333 R10 333 R11 333 R5 333 R12 333 R16 334 , 2G U2 NCP511SN30T1 N/C Vin Vout Gnd EN The currently supported devices, which , 3 15 2 14 1 CTDO CTCLK EN JTAG CTCK CTST CTMS CTDI EN TCLK CRST R6 820 82 R2 , VCC 1A1 1A2 1A3 1A4 2A1 2A2 2A3 2A4 U1 74HC244A 1G 2G VCC 20 18 16 14 12 9 7 , 100P R21 3.6K R17 330K R38 33K R28 33K R26 1K R31 12K C3 20U R4 33K R10
OLIMEX
Original
M25HP284 JTAG header 7x2 Connector JTAG header 7x2 DB25 LPT FET marking codes db25 connector LPT MSP430-FET MSP-FET430 R7R8R9R13R14 RR1R2R3R4R5R10R11R12R15R19 R16R17 3528B 35283216AA

CA3165

Abstract: darlington pair ignition system 4.6 Q21 R8 1 R21 2.4 R17 10 Q5 R7 6.2 R6 0.6 9 3.3 Q7 R27 1.8 , Q18 Q16 R6 6.2 Q29 Q19 Q20 Q17 Q33 R7 0.6 R29 4.6 R23 5.1 R21 2.4 , and R5 (27 and 820 to Supply) 9 - Output Amplifier Input - through R4 (6800) to D3 and C5 , H.V. R1 220 C2 R5 820 0.01µF R6 27 NC 14 NC 13 12 11 10 9 8 , USING THE CA3165E1 10-29 CA3165 +13V 820 1W 5% R1 220 6 7 5 CA3165E TOP VIEW
Harris Semiconductor
Original
darlington pair ignition system R15A R24A

darlington pair ignition system

Abstract: darlington pair ignition Q18 R9 R37 4.5 Q33 Q20 Q6 3.3 Q9 Q32 Q21 R8 1 R36 4.6 R21 2.4 , Q19 Q20 Q17 Q33 R7 0.6 R29 4.6 R23 5.1 R21 2.4 Q40 R8 3.3 1 R9 3.3 , (100k) 8 - Output Amplifier Output - Through R6 and R5 (27 and 820 to Supply) 9 - , - No Connection AUTOMOTIVE SUPPLY 5V - 24V C1 0.01µF H.V. R1 220 C2 R5 820 , CA3165 +13V 820 1W 5% R1 220 6 7 5 CA3165E TOP VIEW 4 3 8 2 1 R6
Harris Semiconductor
Original
darlington pair ignition COIL IGNITION

FERRITE core TRANSFORMER

Abstract: V14220 20 + S1 PBL 3755 +A +Pulse D21 D1 -A -D D22 -Pulse D25 R21 T2 D23 D24 R22 Out - Figure 12 , S1 to -22 V) Less severe than transversal: R21, R22 limit current Negative: Not critical thanks to D1 and R20. Positive: R21, R22 and D25 dissipate the power. Negative: Less severe with D1 and R20. T2 , Center +Pulse D21 D25 R21 T2 D23 D24 R22 R20 D1 S1 N. C. C2 R2 T1 In R4 L2 R5 R6 D2 D4 D5 R3 L6 R7 R8 , R11 R12 -In Shunt To other PBL 3755 Tank Phase Center +Pulse D21 D25 R21 T2 D23 D24 R22 R20 D1 S1
Ericsson
Original
FERRITE core TRANSFORMER V14220 transformer less power supply 6v output Ericsson Base Station thyristor TD 42 F TANTAL C-16 3755J S-164

Torroid

Abstract: SOEAIJ-14 , 2006 MARKING DIAGRAMS* A L, Y W M G or G VCC TANK http://onsemi.com 2G M G G , 0.20 9.90 10.50 5.10 5.45 1.27 BSC 7.40 8.20 0.50 0.85 1.10 1.50 10 _ 0_ 0.70 0.90 -
ON Semiconductor
Original
MC100EL1648 K1648 KEL1648 Torroid SOEAIJ-14 MC1648 spice model 365 pF variable capacitor EL14 SOEIAJ-14 506AA AND8002/D

0805CS-220XMBC

Abstract: 2930106x90 1 47k, 5% resistor 5 10k, 5% resistors R11, R21 2 Not installed R10, R13 4 , and C33. Add three 49.9 (0402) resistors in place of R6, R7, and R21. Add three shorts in place of , C24 47pF VCC J3 TANK R21 OPEN LNA GAIN VEXT TXIN SMA GND MAX2424
Maxim Integrated Products
Original
MAX2424EVKIT MAX2426EVKIT 0805CS-220XMBC 0805CS-080XMBC MAX2426 2930106x90 MAX2424/MAX2426 0805HS-060TMBC

0805CS-080XMBC

Abstract: 0805CS-101XKBC % resistor R9, R14­R17 5 10k, 5% resistors R11, R21 2 Not installed R10, R13 2 10k , place of R6, R7, and R21. Add three shorts in place of R11, L3, and L4. Apply the LO signal at 0dBm to , VCC VCOON R20 49.9 VEXT 24 RXIN C24 47pF VCC R19 C11 0 0.01µF TANK R21
Maxim Integrated Products
Original
0805HS-060TJBC 0805CS-101XKBC 0805CS-120XMBC 0805CS-180XMBC 0805HS-030TJBC SMV1299-004 900MH

SOEAIJ-14

Abstract: MMBV609 1 KEL1648 ALYWG 1 DFN8 MN SUFFIX CASE 506AA 2G M G G The MC100EL1648 is a voltage , 0.20 9.90 10.50 5.10 5.45 1.27 BSC 7.40 8.20 0.50 0.85 1.10 1.50 10 _ 0_ 0.70 0.90 -
ON Semiconductor
Original
MC1648 MMBV609 purposes of varactor diode symbol of varactor diode and equivalent circuit Variable Capacitance Diodes buffer driver ic SPICE MODEL S D 3410 A MC100EL1648/D

0805CS-220XMBC

Abstract: , R3 R4, R5 R6, R7 R8 R9, R14­R17 R11, R21 R10, R13 R12 R18, R20 R19 1 0 1 1 1 2 2 2 1 5 2 2 1 2 1 , (0402) resistors in place of R6, R7, and R21. Add three shorts in place of R11, L3, and L4. Apply the LO , R21 OPEN RXIN R6 C33 OPEN C3 R4 1k VCC CAP1 GND GND GND RXOUT TANK 25 28 VCC2 27 26 EXTLO INPUT SMA
Maxim Integrated Products
Original
0805CS-180

max3232acse

Abstract: p61 female SIN0 4 5 EN VCC RXD VS TXD BUS GND INH 3 8 TLE6259-2G 1 GND , X13 1 2 3 4 D16 Power (green) C39 100NF C41 100NF R2 R21 720 1 2 3 4 , GND 8 TLE6259-2G Pin59 Pin58 Pin23 Pin25 Pin17 Pin14 Pin15 Pin16 1 2 3 4 5 6 7 , JP10 JUMPER2 CON10 CON4 GND C13 1NF G 2 5 X14 R22 820 1k D10 1N4148
Fujitsu
Original
max3232acse p61 female con40 BC547 DTR 4k7 PCA82C250T CON40 P70/DA0/AN8 P71/DA1/AN9 P72/SIN1/AN10 P73/SOT1/AN11 P74/SCK1/AN12

0805CS-101XKBC

Abstract: 0805CS-120XMBC ) R8 1 47k, 5% resistor R9, R14­R17 5 10k, 5% resistors R11, R21 2 Not , place of R6, R7, and R21. Add three shorts in place of R11, L3, and L4. Apply the LO signal at 0dBm to , VCC VCOON R20 49.9 VEXT 24 RXIN C24 47pF VCC R19 C11 0 0.01µF TANK R21
Maxim Integrated Products
Original

AIE MAGNETICS

Abstract: and repeaters. RECEIVER J1 J2 J3 J4 R21 R20 REPEATER A SHORTED B SHORTED SHORTED DIG , R19 C10 « R2 R22 C12 C9 C16 R21 2-191 R23
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OCR Scan
AIE MAGNETICS XR-T56L22 1N914

56L22

Abstract: mately 5 to 4 0 d B of cable attenuation. 5) RECEIVER J1 J2 J3 J4 R21 R20 A SH O RTED B SH O RTED , 1 1 1 C 12 C9 R21 C 16 1 1 1 1 1 1 1 1 1 1 1 1 1 1 01 C5 2-191
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OCR Scan
56L22

mcm 750 integrated circuit

Abstract: S642 PRODUCT SUMMARY SKY73100: 750 ­ 900 MHz High Performance VCO/Synthesizer Solution for 2G/3G Base Station Transceiver Applications Applications Description · 2G/3G base station transceivers: - GSM/EDGE, CDMA, UMTS/WCDMA, iDEN · Land mobile radio · ISM band transceivers · High performance radio links · RF identification The SKY73100 is a fully integrated, high performance signal source for high dynamic range transceivers. This solution includes a 21-bit sigma-delta fractional-N
Skyworks Solutions
Original
mcm 750 integrated circuit S642 J-STD-020

C2631 transistor

Abstract: ql c307 =0, TXEN=1 (AC couple) Frequency range 820 860 MHz VSWR 2:1 Output level 0 +2 dBm 869 to , ) Frequency range 820 9202 MHz DUALTX VSWR 2:1 Output level (avg min) (I and Q quad, OdB VGA) 0 +2 , Vcc = 4.5V I?" VCC = 4.8V Vcc = 5.1V - â â'"â _ 820 , E Å' 2.50 S 2 00 2 1 50 1.00 0.50 0.00 â  T = +B5°C â  T = +27°C â  T = -45 °C 820 836 , -1.00 ' T = +85-C ' T = +27°C ' T = -45°C 820 836 FREQUENCY (MHz) AMPTX vs. Frequency (Vcc = 4.8V
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OCR Scan
SA900 C2631 transistor ql c307 T53 TCXO cmos 4004 lc 9202 TC289 836MH 1995S LQFP48

simple liquid level alarm

Abstract: ATEX* level float switch Marine: Germanischer Lloyd ATEX: II 1/2G EExd IIC T6 0 to 50°C Switching function Code , Code Enclosure 2 Flameproof ATEX 11 1/2G EExd IIcT6 (IP66/IP67) (NEMA 4) t t t SM B 2
Mobrey Measurement
Original
IP116 simple liquid level alarm ATEX* level float switch d6650 275psi Rosemount

01-102-23

Abstract: SA900 =0, TXEN=1 (AC couple) Frequency range 820 860 MHz VSWR 2:1 Output level -1.5 +2 dBm 869 to , ) Frequency range 820 9202 MHz DUALTX VSWR 2:1 Output level (avg) (I and Q quad, OdB VGA) 0 +2 dBm , 5.1V 820 836 FREQUENCY (MHz) AMPTX vs. Frequency (27°C, TXLO = -10dBm) 5.00E-02 ¡2 4.50E-02 [I , = +27°C â'"â'¢â'" T = â'"45°C - - â'"â'"^â'"â'"â'"C 820 836 , 1.00 0.50 0.00 -0.50 -1.00 â'¢ T = +85°C â'¢ T = +27°C â  T = â'"45°C 820 836
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OCR Scan
01-102-23 VGA Multiplier IC 836Mhz vco h t o 2000 varactor tuned oscillator IS-54 SA7025

E4600

Abstract: se 1117 ad V Logic HIGH 0.7Vcc V AMPSTX AMPS output, SE , output, SE=1, AD=1, TXEN=1 (with external matching Figure 5) Frequency range 820 920 MHz VSWR 2:1 , h . 820 836 FREQUENCY (MHz) DUALTX vs. Frequency (VÅ" = 4.8V, TXLO = -10dBm) 850 -16.00 , â'" â'"o- T- +95°C â'"T. +27*C -â'¢-Tâ'" , 1.20 1.00 - '"< -6 â'" Vcc-4.5V -â'¢-Vcc-4.8V Vcc-5.1V 820
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OCR Scan
E4600 se 1117 ad crystal oscillator 850mhz philips radio 900MHz KV1470 SA900BE T--45

LMX2604

Abstract: HP89441A ) CPout 820 60 MHz PLL Supply 70 deg Loop Bandwidth 3 2.8 Volts Phase Margin , 9 10 PLL C20 0.1 uF 15k R21 10k R18 15k C18 R19 10k R16 C16 , 1 3 5 7 9 11 13 C20 VccVCO 0.1 uF VccVCO 15k R21 10k R32 open VCO_CE , , R13, R15, R17, R19, R21, R23, R25, R27 R10, R12, R14, R16, R18, R20, R22, R24 28 L M X 2 6 0
National Semiconductor
Original
LMX2604 D3500 LMX2364 HP89441A 4352b LMX2604LQ HTSM3203-14G2 LMX2604LQEBI

C2631 transistor

Abstract: IC vco 900 1800 mhz 820 860 MHz VSWR 2:1 Output level 0 +2 dBm Spurious output 869 to 894MHz -104 dBm , DUAL output, SE=1, AD=1, TXEN=1 (with external matching Figure 5) Frequency range 820 920 MHz DUALTX , 820 836 FREQUENCY (MHz) AMPTX vs. Frequency (27°C, TXLO = -10dBm) » 4.50E-02 Å" L1J 0 , '" - - 820 836 FREQUENCY (MHz) DUALTX vs. Frequency (VCc = 4.8V, TXLO = -10dBm , CHARACTERISTICS -52.00 820 836 FREQUENCY (MHz) DUALTX Carrier Suppression vs. Frequency (Vcc = 4.8, TXLO = -1
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OCR Scan
IC vco 900 1800 mhz 12pf varactor c2631 transistor c2631 MO-136-BE-1992 SQFP48 5M-1982
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