CFY67-08P (P) Infineon Technologies, CFY67-08P (P) Datasheet

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CFY67-08P (P)

Manufacturer Part Number
CFY67-08P (P)
Description
RF GaAs HiRel K-Band GaAs Super Low Noise HEMT
Manufacturer
Infineon Technologies
Datasheet

Specifications of CFY67-08P (P)

Drain Source Voltage Vds
3.5 V
Gate-source Breakdown Voltage
- 3 V, + 0.5 V
Continuous Drain Current
60 mA
Mounting Style
SMD/SMT
Package / Case
Micro-X
Configuration
Single Dual Source
Package
Micro-X
Comment
Also available in (H) and (S) quality
Ids (max)
60.0 mA
Vds (min)
3.5 V
Nf(typ)@12ghz
0.7 dB
Lead Free Status / Rohs Status
No
Other names
CFY6708PPNZ
HiRel K-Band GaAs Super Low Noise HEMT
ESD: Electrostatic discharge sensitive device, observe handling precautions!
CFY67-nnl: specifies gain and output power levels (see electrical characteristics)
(ql) Quality Level:
(see order instructions for ordering example)
IFAG IMM RPD D HIR
Type
CFY67-06 (ql)
CFY67-08 (ql)
CFY67-08P (ql)
CFY67-10 (ql)
CFY67-10P (ql)
HiRel Discrete and Microwave Semiconductor
Pseudo-morphic AlGaAs/InGaAs/GaAs HEMT
For professional super low-noise amplifiers
For frequencies from 500 MHz to > 20 GHz
Hermetically sealed microwave package
Super low noise figure, high associated gain
ESA/SCC Detail Spec. No.: 5613/004,
Type Variant No.s 01 to 04, 05 foreseen (tbc.)
Space Qualified
P: Professional Quality
H: High Rel Quality
S: Space Quality
ES: ESA Space Quality
Marking
-
Ordering Code Pin Configuration
see below
1 of 8
G
1
4
1
S
2
D
3
S
4
V2, February 2011
Package
Micro-X
CFY67
3
2

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CFY67-08P (P) Summary of contents

Page 1

... ESD: Electrostatic discharge sensitive device, observe handling precautions! Type Marking CFY67-06 (ql) CFY67-08 (ql) CFY67-08P (ql) CFY67-10 (ql) CFY67-10P (ql) CFY67-nnl: specifies gain and output power levels (see electrical characteristics) (ql) Quality Level: P: Professional Quality H: High Rel Quality S: Space Quality ES: ESA Space Quality (see order instructions for ordering example) IFAG IMM RPD D HIR ...

Page 2

... During 15 sec. maximum. The same terminal shall not be resoldered until 3 minutes have elapsed. IFAG IMM RPD D HIR Symbol Values 3... + 0 RF,in T 150 65... + 150 stg P 200 tot T 230 sol  515 (tbc CFY67 Unit dBm C C mW °C K/W V2, February 2011 ...

Page 3

... Gate leakage current at operation Thermal resistance junction to soldering point IFAG IMM RPD D HIR (at T =25°C; unless otherwise specified) A Symbol min Dss -V 0.2 Gth m15 -I - G15 CFY67 Values Unit typ. max 0.7 2.0 V < µA < 50 200 µ < 0.5 2 µA 450 - K/W V2, February 2011 ...

Page 4

... Output power gain compression mA GHz DS D CFY67-06, -08, -10 CFY67-08P, -10P Notes.: 1) Noise figure / sssociated gain characteristics given for minimum noise figure matching conditions (fixed generic matching, no fine-tuning). 2) Output power characteristics given for optimum output power matching conditions (fixed generic matching, no fine-tuning). ...

Page 5

... Typical Common Source S-Parameters CFY67-08 |S11| <S11 |S21| [GHz] [magn] [angle] [magn] [angle] [magn] [angle] [magn] [angle] [magn] 0,5 0,963 -15 5,315 1,0 0,938 -23 5,182 1,5 0,913 -33 5,060 2,0 0,889 -42 4,940 2,5 0,865 -52 4,824 3,0 0,844 -62 4,715 3,5 0,823 -72 4,591 4,0 0,800 ...

Page 6

... Typical Common Source S-Parameters CFY67-06 |S11| <S11 |S21| [GHz] [mag] [ang] [mag] 0,5 0,962 -13 6,112 1,0 0,937 -22 5,956 1,5 0,913 -33 5,810 2,0 0,889 -41 5,690 2,5 0,860 -51 5,522 3,0 0,834 -61 5,386 3,5 0,810 -71 5,236 4,0 0,784 -80 5,067 4,5 0,761 -90 4,911 5,0 0,740 ...

Page 7

... Typical Common Source Noise-Parameters CFY67-08 mA min opt [GHz] [dB] [magn] 1 0,29 0,756 2 0,30 0,690 3 0,34 0,643 4 0,38 0,606 5 0,41 0,578 6 0,46 0,553 7 0,50 0,534 8 0,55 0,518 9 0,60 0,505 10 0,64 0,495 11 0,69 0,486 12 0,73 0,476 13 0,78 0,467 14 0,84 0,455 15 0,88 0,443 16 0,93 0,428 ...

Page 8

... If they fail reasonable to assume that the health of the user or other persons may be endangered. IFAG IMM RPD D HIR Edition 2011-02 Published by Infineon Technologies AG 85579 Neubiberg, Germany © Infineon Technologies AG 2011 All Rights Reserved CFY67 V2, February 2011 ...

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