UM10772 User Manual BFU5xx series starter kits User manual

UM10772
User Manual BFU5xx series starter kits
Rev. 1 — 21 January 2014
User manual
Document information
Info
Content
Keywords
BFU520, BFU530, BFU550, BFU520A, BFU530A, BFU550A, BFU520W
BFU530W, BFU550W, BFU520X, BFU530X, BFU550X, BFU520XR,
BFU530XR, BFU550XR, amplifier, LNA, Wide Band Amplifier, PCB
layout, Assembly drawings
Abstract
Document that describes the PCB’s and SW content as delivered in the
BFU5xx series transistor starter kit
UM10772
NXP Semiconductors
How to use BFU5xx starter-kit
Revision history
Rev
Date
Description
1
2014-01-21
First publication
Contact information
For additional information, please visit: http://www.nxp.com
For sales office addresses, please send an email to: [email protected]
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1. Introduction
The BFU5xxX transistor family is designed to meet the latest requirements on high frequency
applications (up to approximately 1.5 GHz) such as communication, automotive and industrial
equipment.
As soon as fast, low noise analogue signal processing is required, combined with medium to high
voltage swings, the BFU5xxX transistors are the perfect choice. Due to the high gain at low supply
current those types can also be applied very well in battery fed equipment.
Compared to previous Philips / NXP transistor generations and competitor products, improvements
on gain, noise and thermal properties are realized. BFU5xxX transistors will be available in various
packages.
The transistors will be promoted with a full promotion package, called “starter kits” (one kit type per
package-type). Those kits include two PCB’s (one with grounded emitter, one with emitter
degeneration provision), RF connectors, transistors and simulation model parameters required to
perform simulations. See the overview of available starter kits in the table below.
Table 1.
Customer evaluation kits
UM10772
User manual
Transistor Types
Evaluation Kit
BFU520, BFU530, BFU550
OM7962, starter kit SOT143
BFU520X, BFU530X, BFU550X
OM7963, starter kit SOT143X
BFU520XR, BFU530XR, BFU550XR
OM7964, starter kit SOT143XR
BFU520A, BFU530A, BFU550A
OM7961, starter kit SOT23
BFU520W, BFU530W, BFU550W
OM7960, starter kit SOT323
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Table 2.
Application Notes
Transistor Type
Application Notes (433MHz LNA; 866MHz LNA)
BFU520
BFU530
BFU550
BFU520A
BFU530A
BFU550A
BFU520W
BFU530W
BFU550W
BFU520X
BFU530X
BFU550X
BFU520XR
BFU530XR
BFU550XR
AN11427; AN11428
AN11429; AN11430
AN11431; AN11432
AN11377; AN11378
AN11379; AN11380
AN11381; AN11382
AN11421; AN11422
AN11423; AN11424
AN11425; AN11426
AN11433; AN11434
AN11435; AN11436
AN11437; AN11438
AN11439; AN11440
AN11441; AN11442
AN11443; AN11444
2. Content of the starter kits
The starter kits contains following items:
1) 10 transistors of BFU520W
2) 10 transistors of BFU530W
3) 10 transistors of BFU550W
4) One generic Printed Circuit Board for amplifier design with grounded emitter
5) One generic Printed Circuit Board for amplifier design using feedback via emitter
6) 4 SMA connectors
7) 2 DC connectors
8) A USB memory stick containing Application notes, models, datasheets, S parameter data
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2.1 The starter kit
Fig 1.
BFU5xx series starter kit
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2.2 PCB’s example for BFU5xx series LNA
Fig 2.
PCB’s BFU5-- series populated board, example 433MHz LNA in SOT143 package
3. Target applications for starter kit PCB’s
Basically the PCB’s are designed to accommodate an RF amplifier. These could be:
1) LNA’s
2) Generic RF Amplifiers, small signal, small band
3) Wide band amplifiers (by applying feedback)
4) Amplifiers for large signal (using for example BFU550 types).
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3.1 Basic schematic for Grounded Emitter versions (VGE0x)
C1
C2
Zc3
Celectrolytic +
C3
C4
Zbias2
C5
Zc2
Zbias1
C6
Zc1
Zbias3
C7
RF output
Zout1
Zin2
TR1
Zout3
Zin6
Zin3
Zin5
Zin4
Zin1
Zout2
Zout4
Zfb1
RF input
Fig 3.
Zfb3
Zout5
Zfb2
Schematic Amplifier design VGE
Remarks:
UM10772
User manual
-
Not all components are required, depends on amplifier/matching configuration
-
Input and output considered to be 50 Ohms characteristic impedance (SMA type)
-
Generic PI or T matching network at input and output possible
-
Basically on all BFU5xx series amplifier EVB’s this schematic is applied, small variations on
implementation are possible
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3.2 Basic schematic for Emitter Degeneration version (VED0x)
C1
C2
Zc3
Celectrolytic +
C3
C4
Zbias2
C5
Zc2
Zbias1
C6
Zc1
Zbias3
C7
RF output
Ze1
Zin6
Zout4
Zout3
Ze2
TR1
Zin3
Zin5
Zin2
Zin4
Zin1
Zout2
Zout1
Zfb1
RF input
Fig 4.
Zfb3
Zout5
Zfb2
Schematic Amplifier design VED
Remarks:
-
Not all components are required, depends on amplifier/matching configuration
-
Input and output considered to be 50 Ohms characteristic impedance (SMA type)
-
Two parallel components from emitter to GND enable to split DC/AC
-
Generic PI or T matching network at input and output possible
Basically on all BFU5xx series amplifier EVB’s this schematic is applied, small variations on
implementation are possible
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4. PCB drawings for all versions
On all PCB’s, except SOT143XR types the same circuit can be applied. On all PCB’s
except the SOT323, 0603 footprints for capacitors/inductors/resistors are implemented.
For SOT323 types this is reduced to 0402 because of the smaller size transistor
package.
4.1 Layer stack
Fig 5.
Applied PCB layout stack
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4.2 SOT323 Grounded Emitter
+
GND
+Vcc
Celectrolytic
GND
C1
Zc3
C2
C5
Zc2
Zfb1
TR1
Fig 6.
PCB Assembly drawing Amplifier design VGE
Fig 7.
PCB Assembly drawing Amplifier design VGE zoomed in
UM10772
User manual
Zout2
Zout5
Zout1
Zout4
Zin6
Zin3
Zin5
RF output SMA
Zc1
Zin2
Zin4
Zin1
Zfb2
Zfb3
Zb3
RF input SMA
C3
C4
Zb2
C7
Zb1
C6
Zout3
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4.3 SOT323 Emitter Degeneration
+
GND
+Vcc
Celectrolytic
GND
C1
Zc3
C2
C4
C5
Zc2
Zfb1
RF output SMA
Fig 8.
PCB Assembly drawing Amplifier design VED
Fig 9.
PCB Assembly drawing Amplifier design VED zoomed in
UM10772
User manual
Zout2
Zout5
Zout1
Zout3
Ze2
Ze1
TR1
Zout4
Zc1
Zin3
Zin5
Zin4
Zin2
Zin6
Zin1
Zfb3
Zb3
RF input SMA
C3
Zfb2
Zb2
C7
Zb1
C6
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4.4 SOT23 Grounded Emitter
+Vcc
Supply
Celectrolytic
GND
C1
Zc3
Zbias2
Zbias1
C2
Zfb2
Zc2
Zfb3
RF output SMA
TR1
Zout3
Zout2
Zout1
Zout5
Zin6
Zin3
Zin5
Zin4
C3
Zout4
Zin2
Zin1
C4
Zc1
RF input SMA
Zfb1
Zbias3
C5
Fig 10. PCB Assembly drawing Amplifier design VGE
Fig 11. PCB Assembly drawing Amplifier design VGE zoomed in
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4.5 SOT23 Emitter Degeneration
+Vcc
Supply
Celectrolytic
GND
C1
Zc3
Zc2
Zfb3
RF output SMA
Zout1
Zout2
Ze2
Ze1
TR1
Zout3
Zout5
Zin6
Zin3
Zin5
Zin4
C3
Zout4
Zin2
Zin1
C4
Zc1
RF input SMA
Zfb2
Zfb1
Zbias3
C5
Zbias2
Zbias1
C2
Fig 12. PCB Assembly drawing Amplifier design VED
Fig 13. PCB Assembly drawing Amplifier design VED zoomed in
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4.6 SOT143 Grounded Emitter
+Vcc
Supply
Celectrolytic
GND
C3
Zc3
Zc1
C2
Zfb3
Zfb1
C1
RF output SMA
Zout2
Zin6
Zout1
TR1
Zout3
Zout5
Zin3
Zin5
Zin2
Zin4
Zin1
Zfb2
Zout4
RF input SMA
Zc2
Zbias2
Zbias3
Zbias1
C7
C4
Fig 14. PCB Assembly drawing Amplifier design VGE
Fig 15. PCB Assembly drawing Amplifier design VGE zoomed in
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4.7 SOT143 Emitter Degeneration
+Vcc
Supply
Celectrolytic
GND
C3
Zc3
Zc1
Zfb3
Zfb1
C1
C2
RF output SMA
Zin3
Zout2
Zout4
Zout1
Zin6
Zout3
Ze2
TR1
Ze1
Zin5
Zin2
Zin4
Zin1
Zfb2
Zout5
RF input SMA
Zc2
Zbias2
Zbias3
Zbias1
C7
C4
Fig 16. PCB Assembly drawing Amplifier design VED
Fig 17. PCB Assembly drawing Amplifier design VED zoomed in
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4.8 SOT143X Grounded Emitter
+Vcc
Supply
Celectrolytic
GND
C3
Zbias2
Zc1
Zfb3
Zfb1
RF output SMA
Zout1
Zin5
Zin4
Zin6
Zin3
Zin2
Zout5
TR1
Zin1
Zout3
Zout2
Zout4
RF input SMA
C1
C2
Zbias3
Zbias1
C7
Zfb2
Zc3
Zc2
C4
Fig 18. PCB Assembly drawing Amplifier design VGE
Fig 19. PCB Assembly drawing Amplifier design VGE zoomed in
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4.9 SOT143X Emitter Degeneration
+Vcc
Supply
Celectrolytic
GND
C3
Zbias2
Zc1
Zfb3
Zfb1
RF output SMA
Zout1
Ze2
Ze1
Zin5
Zin4
Zin6
Zin3
Zin2
Zout5
TR1
Zin1
Zout3
Zout2
Zout4
RF input SMA
C1
C2
Zbias3
Zbias1
C7
Zfb2
Zc3
Zc2
C4
Fig 20. PCB Assembly drawing Amplifier design VED
Fig 21. PCB Assembly drawing Amplifier design VED zoomed in
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4.10 SOT143XR types, schematics
C1
C2
Zc3
Celectrolytic +
C3
C6
C4
Zc2
C5
Zc1
Zbias1
C7
RF output
Zfb3
RF input
TR1
Zout3
Zbias2
Zin3
Zin5
Zin2
Zin4
Zin1
Zout2
Zout4
Zfb1
Zout1
Zout5
Zfb2
Fig 22. Generic schematic used for SOT143XR Vge types, small differences in DC biasing
C1
C2
Zc3
Celectrolytic +
C3
C4
C5
Zc2
C6
Zc1
Zbias1
C7
RF output
Zfb3
Zin2
TR1
Ze1
Zbias2
Zin3
Zin5
Zin4
Zin1
Zout3
Ze2
RF input
Zout2
Zout4
Zfb1
Zout1
Zout5
Zfb2
Fig 23. Generic schematic used for SOT143XR Ved types, small differences in DC biasing
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4.11 SOT143XR Grounded Emitter
+Vcc
Supply
Celectrolytic
GND
C3
Zfb2
C1
Zc3
Zc2
C4
RF output SMA
TR1
Zin5
Zout3
Zbias2
Zin3
Zin2
Zin4
Zin1
Zout2
Zout5
Zout1
Zout4
RF input SMA
Zc1
Zfb3
Zfb1
C6
Zbias1
C7
C2
Fig 24. PCB Assembly drawing Amplifier design VGE
Fig 25. PCB Assembly drawing Amplifier design VGE zoomed in
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4.12 SOT143XR Emitter Degeneration
+Vcc
Supply
Celectrolytic
GND
C3
Zfb2
C1
Zc3
Zc2
C4
RF output SMA
TR1
Zout3
Ze2
Ze1
Zin5
Zbias2
Zin3
Zin2
Zin4
Zin1
Zout2
Zout5
Zout1
Zout4
RF input SMA
Zc1
Zfb3
Zfb1
C6
Zbias1
C7
C2
Fig 26. PCB Assembly drawing Amplifier design VED
Fig 27. PCB Assembly drawing Amplifier design VED zoomed in
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5. USB memory device: content
5.1 Product Datasheets
15 Datasheets for all BFU520, 530 and 550 types that are commercially available.
5.2 Files for in-circuit Simulations
Mextram, Spice, S-parameters 400MHz - 2GHz with Noise, 40MHz - 6GHz no noise,
instruction manual for installing the ADS design-kit
5.3 Product Application Notes
Application notes as listed in table 2.
5.4 Design files from PCB’s
DXF files of all EVB’s, created by ADS.
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6. Example amplifier designs
Some examples that can be used as starting point, for more detailed description, measurement and
simulation results please refer to NXP application notes on BFU5xx series. Basic schematic for Grounded
Emitter version (VGE0x) can be found in the next sections.
6.1 433MHz LNA using BFU520A
Fig 28. 433MHz LNA using BFU520A
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6.2 866MHz LNA using BFU520A
Fig 29. 866MHz LNA using BFU520A
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6.3 433MHz LNA using BFU530A
Fig 30. 433MHz LNA using BFU530A
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6.4 866MHz LNA using BFU530A
Fig 31. 866MHz LNA using BFU530A
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6.5 433MHz LNA using BFU550W
Fig 32. 433MHz LNA using BFU550W
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6.6 866MHz LNA using BFU550W
Fig 33. 866MHz LNA using BFU550W
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7. Legal information
NXP Semiconductors products in such equipment or applications and
therefore such inclusion and/or use is for the customer’s own risk.
7.1 Definitions
Draft — The document is a draft version only. The content is still under
internal review and subject to formal approval, which may result in
modifications or additions. NXP Semiconductors does not give any
representations or warranties as to the accuracy or completeness of
information included herein and shall have no liability for the consequences
of use of such information.
7.2 Disclaimers
Right to make changes — NXP Semiconductors reserves the right to make
changes to information published in this document, including without
limitation specifications and product descriptions, at any time and without
notice. This document supersedes and replaces all information supplied prior
to the publication hereof.
Suitability for use — NXP Semiconductors products are not designed,
authorized or warranted to be suitable for use in medical, military, aircraft,
space or life support equipment, nor in applications where failure or
malfunction of a NXP Semiconductors product can reasonably be expected
to result in personal injury, death or severe property or environmental
damage. NXP Semiconductors accepts no liability for inclusion and/or use of
User manual
7.3 Licenses
N/A
General — Information in this document is believed to be accurate and
reliable. However, NXP Semiconductors does not give any representations
or warranties, expressed or implied, as to the accuracy or completeness of
such information and shall have no liability for the consequences of use of
such information.
UM10772
Applications — Applications that are described herein for any of these
products are for illustrative purposes only. NXP Semiconductors makes no
representation or warranty that such applications will be suitable for the
specified use without further testing or modification.
<License statement text>
7.4 Patents
Notice is herewith given that the subject device uses one or more of the
following patents and that each of these patents may have corresponding
patents in other jurisdictions.
N/A
7.5 Trademarks
Notice: All referenced brands, product names, service names and
trademarks are property of their respective owners.
N/A.
All information provided in this document is subject to legal
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8. Contents
1.
2.
2.1
2.2
3.
3.1
3.2
4.
4.1
4.2
4.3
4.4
4.5
4.6
4.7
4.8
4.9
4.10
4.11
4.12
5.
5.1
5.2
5.3
5.4
6.
6.1
6.2
6.3
6.4
6.5
6.6
7.
7.1
7.2
7.3
7.4
7.5
8.
Introduction ......................................................... 3
Content of the starter kits ................................... 4
The starter kit ..................................................... 5
PCB’s example for BFU5xx series LNA ............. 6
Target applications for starter kit PCB’s ........... 6
Basic schematic for Grounded Emitter versions
(VGE0x) ............................................................. 7
Basic schematic for Emitter Degeneration
version (VED0x) ................................................. 8
PCB drawings for all versions............................ 9
Layer stack ......................................................... 9
SOT323 Grounded Emitter............................... 10
SOT323 Emitter Degeneration ......................... 11
SOT23 Grounded Emitter................................. 12
SOT23 Emitter Degeneration ........................... 13
SOT143 Grounded Emitter............................... 14
SOT143 Emitter Degeneration ......................... 15
SOT143X Grounded Emitter ............................ 16
SOT143X Emitter Degeneration....................... 17
SOT143XR types, schematics ......................... 18
SOT143XR Grounded Emitter.......................... 19
SOT143XR Emitter Degeneration .................... 20
USB memory device: content........................... 21
Product Datasheets.......................................... 21
Files for in-circuit Simulations........................... 21
Product Application Notes ................................ 21
Design files from PCB’s ................................... 21
Example amplifier designs ............................... 22
433MHz LNA using BFU520A .......................... 22
866MHz LNA using BFU520A .......................... 23
433MHz LNA using BFU530A .......................... 24
866MHz LNA using BFU530A .......................... 25
433MHz LNA using BFU550W ......................... 26
866MHz LNA using BFU550W ......................... 27
Legal information .............................................. 28
Definitions ........................................................ 28
Disclaimers....................................................... 28
Licenses ........................................................... 28
Patents ............................................................. 28
Trademarks ...................................................... 28
Contents ............................................................. 29
Please be aware that important notices concerning this document and the product(s)
described herein, have been included in the section 'Legal information'.
© NXP B.V. 2014.
All rights reserved.
For more information, please visit: http://www.nxp.com
For sales office addresses, please send an email to: [email protected]
Date of release: 21 January 2014
Document identifier: UM10772