10DBTYP Search Results

2SK582

Abstract: 2SK600 2SK581 2SK609 2SK610 2SK606 2SK603 2sk611 2SK590 2SK604
Contextual Info: 56 - f m & ffl tt £ & m ft K 2SK578 £ X V* it ? Jk V fë [* * £* (V) H E Pp/PcH (A) * (max) (A) (W) & <Ta=25eO) ¥f m I g ss Vg s (V) (min) (max) Vds (A) (A) (V) (min) (max) Vds (V) (V) (V) (min) (S) Id (A) •—Vt - Id (A) HS PSW MOS N E 150 DSS

FSC11LF

Abstract: FSX52WF FSC10LF FT6022D FSX51WF FT6012D FT6110D FT6046 FT6021D ft6021
Contextual Info: - 140 - :1 f m g FSCIOLF it S ± ii FSCIOX FSC11FA/LG Ä ±ü§ ffl € fr & m ¡s 4 % 1 V* K V * fg "Æ Vg s * X * * (V) 1* (A) % m [ P d /P c h (max) * * m (A) Vg s (V) tt n (Ta=25'C) V g s (c ff) (min) (max) Vd s (V) (V) (V) I ds s (min) (max) V d s

2SK477

Abstract: 2SK453 2SK625 2SJ123 2SK459 2SK470 2SK438 2SK441 2SK447 2SK437
Contextual Info: - 50 - ft f m £ tt £ * V * it k K V m * fé "Æ: » * (V) ^ xi 4M m i* X P d /P c h (A) » * (W) Ig s s (max) (A) Vos (V) ft S (min) (max) V d s (A) (A) (V) (Ta=25*C) tfe (min) (max) V d s (V) (V) (V) g (min) (S) Id (A) Vds (V) W 1d (A) 2SK437(H) fôT

2SK653

Abstract: 2SK652 2SK671 Gv-80dB 2SK674 2SK650 2SK669 150ni 2SK677 2SK649
Contextual Info: - 60 - M £ ft ffl € & flt £ f •ç !• 4 1 H 2S K 6 4 8 m X [H# * * V æ fê ft £ * (V) * P d/Pch I gss (W) (max) (A) Vg s (V) ^ (min) (A) (max) (A) Vd s (V) W fî tt ( T a = 2 5 <C ) (min) (V) (max) V d s (V) (V) (min) (S) Id (A) (typ) V d s

FLM6472-12D

Abstract: FLM4450-4B/D FLM3742-12D FLM6472-8C FLM3742-4B FLM4450-25D FLM7177-4C FLM6472-4C FLM5964 FLM5964-14/D
Contextual Info: - 136 - & a £ tt € ffl iÉ m ís A ñ * K V * té £ 1 (V) (A) M V P d/P ch * I gss (max) (A) « Vg s (V) (Ta=25cC ) (min) (raax) Vd s (A) (V) (A) (rain) (max) Vd s (V) (V) (V) Id (A) (rain) (S) Vd s (V) Id (A) FLM3742-12D a ± ii C-Band PA GaAs N D

2sk405 2sj115

Abstract: 2SK389 2SK400 2SK385 2SJ109 2SJ112 2SJ114 2SK388 2SK373 2SK370
Contextual Info: - 46 - f M £ tt £ m W l % 3: fe V* & % K V * ft (V) (A) m ft* P d /P c h (W) Ig s s (max) (A) Vg s (V) ft te % te (Ta=25tî) IÇfcU (min) (max) V d s (V) (V) (V) (min) (max) Vd s (A) (A) (V) g m (min) (S) Id (A) Vd s (V) W Id (A) LF HV A, CC N D -100 GDS

2SJ99

Abstract: 2SK354 2SK336 2sk3542 2SK356 2SK347 2SK354A 2SK353 2SK345 2sk351
Contextual Info: - 44 - m ? S £ tt m € ìà m & nu Ì i]/ K 2SK331 V * tt $ ft * (V) X I* (A) ft * P d /P c h g m Vg s (V) 100m (min) (max) V d s (A) (A) (V) (min) (max) V d s (V) (V) (V) C—MIC J N 1) -20 GDO 10m G 0.06m 1. 5m 10 2SK332 H # Diff J N D -40 GDS 10m G 0. 2/CH

2SK565

Abstract: 2SK541 2SK566 2SK569 2SK561 2SK564 2SK549 2SK572 2SK538 2SK544
Contextual Info: - 54 - m e tt ÌÈ. £ m & f y * 1 % K ft X £ P d/ Pc h E ft * V MOS N E 900 DSX ±20 2SK539 SW Reg MOS N 900 DSX ±20 IF J ND 12 D S X -15 S ±20 s a 2SK542 NEC i 2SK543 2SK544 2SK545 - f t 2SK546 LN A , t ' f *i*7 SW MOS N E F M Tuner, V H F RF MOS

IQF20E300

Contextual Info: M E RR IM AC I N D U S T R I E S INC MbE D 00 0 2 0 0 0 □ • Will Merrimac - - 7 T - 0 <i IQF-20E series PRECISION I & Q DEMODULATORS Close Tolerance Flatpack • Catalog and Custom to 1000 MHz • Low Loss, ±1°, 0.1 dB nominal IF Balance • Low Profile, High Reliability Package

IQG-20E-300

Abstract: IQG20E300 IQG-20E-70 20E70
Contextual Info: MERRIMAC INDUSTRIES INC 4bE i bOD4b3^ D O D S D D T • M M Il ' 7^ - 7 7 ^ ^ Merrimac IQG-20E series PRECISION I & Q DEMODULATORS Close Tolerance SMD • Catalog and Custom to 1000 MHz • Low Loss, ±1°, 0.1 dB nom. Balance • Low Profile, High Reliability Package

FLL101ME

Abstract: FLL100MK FLL171ME FLM1414-4C fll171 FLM0910-8C FLK202MH-14 PA FLM1011-4C FLK202MH-14 FLM0910-4C
Contextual Info: - 134 - f =£ m % tt % s & m % ±m FLK202MH-14 FLK202XV ıiS FLLIOME ^ 2Ê! fë S P d/P c h % K FIK102XV I K ti !í 13=25*0 t st (V) * ft (A) (V) ft * Ig s s (max) (A) m Vg s (V) (min) (max) Vps (A) (A) (V) (min) (max) Vd s (V) (V) (V) Id (A) (min)

14001600

Abstract: slc-19
Contextual Info: Directional Coupler Feature ♦ Small Size 3.2 x 1.6 x 1.1 mm ♦ 120M H z-2G H z ♦ Low Insertion Loss ♦ High Reliability ♦ Tape & Reel Packaging ♦ Reflow Solderable Specification Model No. Freq. Range (MHz) Insertion Loss Coupling Directivity Handling

2SC 8550

Abstract: 6020v4 6030v4 HITACHI 08122B 2SC 8050 HITACHI 08123B transistor h945 H945 TRANSISTOR c 6030v4 2sk3545
Contextual Info: Status List HITACHI TRANSISTOR/GaAsIC Vol.16-4 2002.11 Topic - Hitachi High Frequency Bipolar Transistors . 2 Index . 3, 4

2sk270

Abstract: 2SJ96 2SK272 2SJ92 2SK260 2SK286 2SK247 2SK389 2SJ91 2SK261
Contextual Info: - 40 - 41 - % m tí & Ta=25'C u Cis (typ) (p F) Crs (typ) (pF) Vg s (V) typ max dB dB Vd s (V) f (Hz) Re <Q) R d s (ON) (max) Vg s (V) (0) •£ <D f& fé '14 Id (A) m £ & yfu 5* & m n m 10 82B SDG 2SK24G 7. 5 5 105A SDG 2SK247 800 -5 10 1.12 15 4 28A GDS

2SK1045

Abstract: 2SK1048 2sk1050 2SK1044 2SK1060 2sk1039 2SK1047 2SK1046 2SK1042 2SK1043
Contextual Info: - 82 - gy % 2SK1037 2SK1038 2SK1039 2SK1040 2SK1Ö41 2SK1042 2SK1043 2SK1044 2SK1045 2SK1046 2SK1047 2SK1048 2SK1049 2SK1050 2SK1051 2SK1052 2SK1053 2SK1056 2SK1057 2SK1058 2SK1059. 1059-Z 2SK1060,1060—Z 2SK1061 2SK1062 2SK1063 2SK1064 2SK1065 2SK1066 2SK1Q67

2SK1615

Abstract: 2SK1619 2sk1633 2SK1638 2SK1617 2SK1637 2SK1630 2SK1634 2501L 2SK1616
Contextual Info: - 114 - f ï m £ it € m m m & % H 1 K N E V Eft * 900 DSS fê. X ft* (V) fê (A) % ft* P d /P c h (W) Ig s s (max) (A) Vg s (V) ft ft t*fc (13=25*0) (min) (max) V d s (V) (V> (V) (min) (max) Vd s (A) (A) (V) (min) (S) Id (A) Vd s (V) Id (A) ±30 S 8 D

FLC081XP

Abstract: FLC253MH-6 FLC253MH-8 FLC091WF FLC053WG FLC103WG FLK022WG FLK012WF FLK052WG FHX15FA
Contextual Info: - 132 - m % tí: € m & m s f =£ t * 1 H % K V tm * {S) a * i» (A) % S të ^ VGS* ñ * P d /P c h (W) Igs s ; (max) (A) Vos (V) m (min) (max) Vd s (A) (A) (V) te (Ta=25°C) (min) (max) Vd s (V) (V) (V) (min) (S) Id (A) Vd s (V) b (A) FHX05X X-Band LN A

Contextual Info: MERRIMAC INDUSTRIES INC 4bE 0G02G01 D Merrimac S • UM 1 1 7 ^ 77 - 0 IQF-20F series PRECISION I & Q DEMODULATORS Close Tolerance, Flatpack • Custom Frequencies from 1.5 to 4 GHz • ± 1°, 0.2 dB I & Q Balance Precision I & Q Demodulators are integrated networks which, when fed by an RF and LO signal, produce two equal