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Part : GN 52.2-ND-10 Supplier : Elesa+Ganter Manufacturer : TME Electronic Components Stock : 11 Best Price : $3.77 Price Each : $4.47
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GN 52.2-ND-10

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: m A, Power C o nd itio n s: U n its O h m s M In. Typ. 16 18 f = Gain , of tw o 1.0 mil diam eter bond wires, each 2 0 mils long, connected to the gate and drain pads on the , B iasing C onfiguration Mounting Instructions Pin D e si gn at i on 1 -â'" RF in 2 GND 3 RF out a nd Bias 4 1. Use 1 o r 2 ounce copper, if possible. 2. S o ld e r the -
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00000C
Abstract: GN D c 9 D OR Qo 15 3 Q i 14 Q2 13 12 10 DIP/SOIC TOP VIEW MR 9 Qa Û4 G N D C 10 CERPACK TOP VIEW 11 3 MR 2747 dr» 04 NOTES: 1. Pin 1: NC - No Connection , > Sym bol V ter m R ating T e rm ina l V oltage with R espect to GN D O p e ra ting T e m p . T e m p e , ilitary - 0 .5 to +7.0 U n it V RECOMMENDED OPERATING CONDITIONS S ym bol V cc V cc G ND P aram eter M , £ Vi < V c c V c c = M ax., GN D £ Vi s V c c V c c = M in., Io l = 8m A V c c = M in., Io h = -4m A -
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IDT72401 IDT72402 IDT72403 IDT72404 IDT72401/03 IDT72402/04

fm if

Abstract: TC9318 [Hz] Ik FREF [Hz] Ik IF [Hz] 1 st 10.7M/ + 54.25M ÍMnto 3Ì + 10.7M/ + 54.25M 2'nd + 450k METER BAND , /LW /TV /SW each band 10 stations each band O CLOCK FUNCTION · DUAL CLOCK FUNCTION · 12/24H , ^ T i l AM VCO LPF LPF - 0 + 3V O^F GN[> I FM VCO I DO 2 D0 1 /O T BANDO
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fm if TC9318 TC9318FB-001 104//F
Abstract: [4 5 l 10 GND 9 G ND 8 Row D Row C PXIRSVB22 r PXI RSVC22 GN D PXI LBR1 , [4 5 ] G ND V [l/0 ] A D [4 4 ] A D [4 3 ] GN D 10 GND A D [4 9 ] A D [4 8 , E [2 ]# GN D 10 GND A D [2 1 ] G ND 3 .3 V A D [2 0 ] A D [1 9 ] GN D , 6 ] GN D A D [5 2 ] GN D VU /O l A D [5 1 ] A D [5 0 ] GN D G ND A D [5 6 , [6 0 ] GN D 5 G ND C /B E I51# GN D V II/O ] C /B E I41# PAR 64 GN D 4 -
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MCER41 PXIRSVA22 PXIBRSVA15 PXIRSVD22 RSVE22 CLK10

Ka-band

Abstract: MAAPGM0012-DIE :G VG GN D:G GND:G GND:G G ND:G GND:G G ND:G GND:G G ND:G GN D:G GN D:G G ND:G GND:G GN D:G GND :G GN D:G GN D:G GND :G GND :G GND:G GN D:G GN , G ND:G G ND:G G ND:G G ND:G G ND:G G ND:G GN D:G GND:G GND:G G ND:G G ND:G 1.516mm. OUT 1.515mm. G ND:G GND:G IN GN D:G GND:G GND:G G ND:G G ND:G G ND:G GND:G GN D:G G ND:G GND:G GND :G GND:G G ND:G GN D:G GND:G G ND:G
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MAAPGM0013-DIE MAAPGM0012-DIE Ka-band RO-P-DS-3058

MAAPGM0056-DIE

Abstract: GN D:G GND:G G ND:G GND:G 1.968mm GND:G G DN G : G ND:G GND:G GND:G G , : G GND: G GND:G G ND :G G ND :G GN D:G GND:G G ND: G GND:G GND: G GND:G , VDD 0.1 F VD1 VD2 VD3 GND :G 100 pF GND:G G N D:G GN D:G G ND: G GN D , D :G GN D :G G ND: G GND:G RFOUT GND:G G DN G : GND :G G ND: G GND:G , G DNG : G ND :G GND :G GND:G G DN G : GND:G GN D:G GN D: G GN D :G GND:G
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MAAPGM0056-DIE MAAPGM0057-D

za sot353

Abstract: BZA820A network) GND GN D Vertical Scale =10 V /D iv Vertical Scale =10 V /D iv Horizontal Scale = 50 ns , BZA800A-series 100 10 IZSM (A) BZA856A, BZA862A, BZA868A PZSM (W) BZA856A BZA862A BZA868A BZA820A BZA820A 10 1 0.1 0.01 0.1 1 1 0.01 10 0.1 1 10 tp (ms) tp , BZA856A 80 BZA862A BZA868A 40 BZA820A 0 0 5 10 15 VR (V) Tj = 25 °C; f = 1 MHz , Horizontal Scale = 50 ns/Div B ZA 8 20A V ertica l S cale =10 V /Div H orizontal Sc ale = 50 ns/D iv
Philips Semiconductors
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IEC1000-4-2 za sot353 transient suppressor BZA800A marking za sc-88A 68A sot353 MBD127 BZA800A- SC-88A MAM212
Abstract: [5 ] GND 21 G ND 3 .3 V A D [9 ] A D [8 ] M 6 6 E N 4 C /B E [0 ]# GN D 20 G ND A D [1 2 ] G ND V ( l/ 0 ) l3> A D [1 1 ] A D [1 0] GN D 19 G ND 3 .3 V A D [1 5 ] A D [1 4 ] G N D "' A D [1 3 ] GN D 18 G ND SERR , G N D "1 PERR# GN D 16 G ND DEVSEL GND V fl/O )1 '3 â' 1 S TO P # LO C , ] G N D "1 A D [2 7 ] GN D 6 G ND REQO# G ND 3.3V':" C LK A D [3 1 ] GN -
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F105

Abstract: ND:G G ND :G GN D:G VD2 GND:G 4.302mm. GND:G VGE_T VD1 G DN G : GN D:G G DNG : G ND:G G ND: G G ND: G G ND :G GND:G GN D:G VGA_T GND:G VGC_T , : G G DN G : G ND: G GND: G GN D:G G ND: G G ND:G G ND:G G DN G : G ND:G G ND: G G ND:G GND :G G DN G : G ND :G GND :G GN D: G GND :G G ND: G G DN G : G DN G : GN D:G G DN G : G ND:G G ND: G GND :G G ND: G GND :G GND:G GND:G
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F105 MAAPGM0062 RO-P-DS-3095 MAAPGM0062-D

MAAPGM0057-DIE

Abstract: . 4.461mm. VGT G ND: G V G_T GND :G 4.284mm. GND: G GND: G GND: G GND: G GN D:G , VG_B GND: G GND: G GND :G GN D:G GND: G VGB G ND:G 0.214mm. 0 4.257mm , RFIN G ND :G G ND :G G ND :G G ND: G G ND :G GND:G S =8 d = 10 8 i S= 8 , GN D :G i G N D:G G ND:G G ND : G G ND :G G ND: G VGB GN D: G VG _B , . Ramp VDD to desired voltage, typically 10 V. 3. Adjust VGG to set IDQ, (approximately @ ­2 V). 4. Set
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MAAPGM0057-DIE RO-P-DS-3089
Abstract: Electrical Specifications at Ta = 25C S y m boi Param et e rs : Test Id = 5 0 m A , Zo = Gain 50 Co nd it io , u tV S W R Intercept @ OdBm Point 10 M H z A p a r t over at any 100 MHz band G r- o F , dB -10- dB 1 2 GHz GHz |S12| vs. Frequency 0 |S22| vs. Frequency , - 5 , 6.078 5.638 5.343 S21 Ang 148 136 103 93 52 10 -32 -70 |SS*2| 0.108 0.103 0.102 0.103 0.102 0.101 0.104 , S22 A ng. 124 117 71 59 3 -52 -109 -167 (S -P aram eters in clude the effects o f tw o 1.0 mil -
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SCA-16

SCA-14

Abstract: sca14 . C/W. 1 2 3 4 5 0 O hm Gain Blocks Pin D e si gn at i on RF in GND RF out a nd Bias GND O u , 139 96 84 28 -27 -79 -12 5 (S-Parameters include the effects of two 1.0 mil diameter bond wires
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SCA-14 sca14

MC74HC02N

Abstract: MC340 transistor GROUND C9 .1uf C20 .1uf C25 .1uf GN D G ND J1 Atop G ND 1 +5_SWITCHED 1 , 70pF R30 24 3 10 13 U8 8 8 11 U8 9 6 7 GN D 4 5 C21 4 70pf , General-Purpose Diode Motorola 1N4002 J1 1 2x7 .1o.c. Jumper Block Digi-Key S2011-36-ND J2 1 2x8 .1o.c. Jumper Block Digi-Key S2011-36-ND J3, J4, J5 3 1x3 .1o.c. Jumper Block Digi-Key S1011-36-ND 1 Green LED General Instruments MV5474C P1 1 DB
Motorola
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MC74HC02N MC340 transistor MC340 MOTOROLA MC340 MC340 64p 5723 180 volt DC motor speed control pwm AN1717/D ITC127 MC68HC705MC4 ITC122 ITC132

TQ14

Abstract: IC LM 384 gn AT40K AT40K05 12 8 1 /0 1/032, G CK2 M1 GN D MO A T40K10 192 I/O I/0 48 . G CK2 M1 G ND MO A T40K20 256 , ' G ND GND1 " 1/0115 1/0116 1/059 1/060 I/O 77 I/O 78 I/O 79 I/O 80 GN D GND GND 1/0117 1/0118 1 , /Async 10 ns SRAM - 2,048 -18,432 Bits of Distributed SRAM Independent of Logic Cells · 84 - 384 PCI , 0 0 3 3 OC 3 0 0 O 3 O C OCOO OOC1 0 0 0 c 3 3 ' 10 3 '3 OO 3 3 O O OCOO 3 0 0 C OC O0 3 3' O O , Figure 10. Clocking (for one column of cells) } FCK (2 Per Edge Column of Cells) } GCK1 - GCK8
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TQ14 IC LM 384 gn ad1b A E 23 AH XC4000 XC5200 AT40K40 AT40K40-2BQC AT40K40-2 AT40K40-2EQC

PJ 906 lv

Abstract: LM358L manufacturer. Version 1.0 November 2007 Preface Trademarks Intel, Celeron, and Intel Core are trademarks , ) . A-9 DVD-Dual RW (M660SRU/M665SRU) . A-10 Schematic Diagrams , -1 .B-10 DDR2 , °C ~ 35°C -20°C ~ 60°C Relative Humidity Operating: Non-Operating: 20% ~ 80% 10% ~ 90% 1 , Mainboard Overview - Bottom (Key Parts) 1.Introduction 3 4 5 1 - 10 Mainboard Overview -
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PJ 906 lv LM358L VN896 nec lcd inverter schematic m660sr INTEL CORE I5-4690 M660SR/M665SR
Abstract: . 4.246mm. G ND :G G N D:G G N D:G GN D:G VD VD GND:G V G_T VGT 4.284mm. i d = 25 i , GND :G GND: G G ND: G W= 8 S= 8 G ND :G GND: G GND :G 2.230mm. GN D:G G ND , (µm) 100 x 150 100 x 100 150 x 150 150 x 150 Size (mils) 4x6 4x4 6x6 6x6 G ND: G G ND: G GN D , W = 20 i d = 25 S= 8 W= 8 i VG_B VGB G ND:G GN D:G GN D:G G ND:G Figure 12 , G N D :G VD VD GND:G VG_T VGT G N D: G GN D :G G ND : G i d = 25 i GND:G M/A-COM
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12 pin glcd

Abstract: smd 2a y 3c TO G ND gn Ii 10. ID >V g 10. in ND OV I Gl N TO GN i GN j rt> » ro gnd gnd gnd in 10.0V gnd 1 gnd , . GN ID OV ID GN 10. IN GN ID OV ID Ol JT G I 10 G ND i â'¢ 0V ND Gl 10 D Gl TO OV * TO Gl ID GN IN 10. GN ID OV ID GN 10. IN GN ID OV ID II GN ID 10 I OV I Q Gl Gl n 10 G TO TO TO 1 OV TO G G Gl 10 E G ND , '¢ OV ND 10 II Gl OV ST TO D 10. GN OV ID 10. IN GN OV ID D Gf I ID 10 r -OV II D 10 Gl «I OV TO 10 E , OV ID I 10 G G G * ,0V ND ND ND 10 D Gl Gl Gl OV * TO TO TO I 10. GN I OV ID 10. D (9 OV I ID D
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4077B 12 pin glcd smd 2a y 3c smd marking 9z id212a dupont 5504 2Y smd MIL-M-38510/172B MIL-M-38510/172A MIL-M-38510 4085B 4086B

C115B

Abstract: 70 50 45 10 5 5 150 100 80 30 12 10 190 125 100 35 15 12 GND G ND -4.5 -6.0 GND -4.5 -6.0 V in , ns -55 to 125 °C 54H C M in. M ax. Unit V ee (V) G ND GN D G ND -4.5 G ND GN D G ND -4.5 GN D G ND G ND -4.5 GN D GN D GN D -4.5 GND GND GN D -4.5 GND GN D GN D -4.5 GN D GN D GND -4.5 R l = 1 KQ R , -4.5 G ND GN D GN D -4.5 GN D GN D GN D -4.5 GN D GN D GN D -4.5 GN D GN D GN D -4.5 GN D GN D GN D , I GND [ 6 9 10 A EN? | ; EN2 [ B | NC 13 15 1 1 -CM*. 15 12 1 1 »CMS« 1A 1B 1c
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C115B M54HC4351 M74HC4351/52/53

RFID loop antenna 13.56MHz 50ohm

Abstract: RFID loop antenna 13.56MHz coil /N PO GN D_TX 2 Q2 I RFD1 10 C12 GN D_ 1W G ND_ TX 1 2 CV1 5 .5- 50 PF/ 20 , 28 27 26 25 9 10 11 12 13 14 15 16 G ND_ Se r G ND_ 1W GND 3 2 1 GN D_Se , C18 GN D_TX GND_TX 1 GND _TX 2 short! 3 1 1 GND _1W GN D R 10 51 M1 , 10E Q2 IRF D110 C12 220PF/ 200V/N PO 4.7UF /TANTAL GN D_TX GN D_1W 10 VDD 1 TX , 1 BAR 18 2 2 10NF C 10 XXPF/200V GN D_TX 1 2.2U H CV1 5. 5-50PF /200V
Melexis
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DEMO90121LR FW90121 7805C 74HC00PW RFID loop antenna 13.56MHz 50ohm RFID loop antenna 13.56MHz coil RFID reader SOURCE CODE in C with 8 bit avr ic RFD110 ISO15693 RS232 MLX90121 UT121

3066

Abstract: MAAPGM0046-DIE GND:G GN D:G GN D :G G ND:G GND:G GND:G GND :G GND:G GND: G GN D :G GND :G , GND:G G ND:G GN GND:G D:G GN GND :G GN D :G D:G GN D:G G N D :G 0.86mm , :G GND :G GND :G GND :G GN D:G G ND :G G ND :G GN D:G GN D:G GND :G GND , GN GND:G GN D:G GND:G GND:G GN D: G RFOUT GND:G RFIN GN D: G ND:G G , 28 POUT PAE 35 24 25 16 20 12 8 10 4 15.5 16.0 16.5 17.0
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MAAPGM0046-DIE 3066 RO-P-DS-3066 MAAPGM0046-D
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