B4141

B4141 EPCOS | Alldatasheet

Document overview

• Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
• PDF pages: 9

Technical content

2 Mar 01, 2001

942,50 MHzLow-Loss Filter for Mobile Communication Data Sheet Ceramic package DCC6D

Features

■ Low-loss RF filter for mobile telephone EGSM systems, receive path ■ Low amplitude ripple ■ Usable passband 35 MHz ■ Unbalanced to balanced Operation ■ Impedance transformation from 50Ω to 200Ω ■ Ceramic package forSurfaceM ounted Technology (SMT ) Terminals ■ Ni, gold-plated Dimensions in mm, approx. weight 0,037 g Pin configuration

2 Input, unbalanced

1, 3 Input ground 4, 6 Output, balanced

5 To be grounded

1, 3, 5 Case ground ElectrostaticSensitiveD evice (ESD ) Type Ordering code Marking and Package according to Packing according to B4141 B39941-B4141-U510 C61157-A7-A68 F61074-V8089-Z000 Maximum ratings Operable temperature range T – 10 / + 80 ˚C Storage temperature rangeTstg – 40 / + 85 ˚C DC voltage VDC 0V Input power max. 880 ... 915 MHzPIN 3,5 dBm source impedance 50Ω , load impedance 200Ω , peak power of GSM signal, duty cycle 2 : 8

3 Mar 01, 2001

942,50 MHzLow-Loss Filter for Mobile Communication Data Sheet Characteristics Operating temperature range: T = 25+-2 ˚C Terminating source impedance: ZS = 50Ω Terminating load impedance: ZL = 200Ω || 47nH ( L simulated with Q factor 20 ) min. typ. max. Center frequency fC — 942,5 — MHz Maximum insertion attenuation α max 925,0 ... 960,0 MHz — 2,5 3,2 dB Amplitude ripple(p-p) Δα 925,0 ... 960,0 MHz — 0,9 1,4 dB Input VSWR Output VSWR Attenuation α 0,0 ... 600,0 MHz 60 78 — dB 600,0 ... 880,0 MHz 50 66 — dB 880,0 ... 905,0 MHz 30 47 — dB 905,0 ... 915,0 MHz 20 28 — dB 980,0 ...1025,0 MHz 22 25 — dB 1025,0 ...1050,0 MHz 35 45 — dB 1050,0 ...1920,0 MHz 50 70 — dB 1920,0 ...2880,0 MHz 30 60 — dB 2880,0 ...3840,0 MHz 23 49 — dB 3840,0 ...5000,0 MHz 18 36 — dB 5000,0 ...6000,0 MHz 10 35 — dB Symmetry in band (referenced to the matched operating condition) arg(S31/S21) 925,0 ... 960,0 MHz 170 180 190 ˚

4 Mar 01, 2001

942,50 MHzLow-Loss Filter for Mobile Communication Data Sheet Characteristics Operating temperature range: T = +20 to +40 ˚C Terminating source impedance: ZS = 50Ω Terminating load impedance: ZL = 200Ω || 47 nH ( L simulated with Q factor 20 ) min. typ. max. Center frequency fC — 942,5 — MHz Maximum insertion attenuation α max 925,0 ... 960,0 MHz — 2,6 3,4 dB Amplitude ripple(p-p) Δα 925,0 ... 960,0 MHz — 1,0 1,6 dB Input VSWR Output VSWR Attenuation α 0,0 ... 600,0 MHz 60 78 — dB 600,0 ... 880,0 MHz 50 66 — dB 880,0 ... 905,0 MHz 30 44 — dB 905,0 ... 915,0 MHz 20 28 — dB 980,0 ...1025,0 MHz 22 25 — dB 1025,0 ...1050,0 MHz 35 45 — dB 1050,0 ...1920,0 MHz 50 70 — dB 1920,0 ...2880,0 MHz 30 60 — dB 2880,0 ...3840,0 MHz 23 48 — dB 3840,0 ...5000,0 MHz 18 36 — dB 5000,0 ...6000,0 MHz 10 35 — dB Symmetry in band (referenced to the matched operating condition) arg(S31/S21) 925,0 ... 960,0 MHz 170 180 190 ˚

5 Mar 01, 2001

942,50 MHzLow-Loss Filter for Mobile Communication Data Sheet Characteristics Operating temperature range: T = +10 to +60 ˚C Terminating source impedance: ZS = 50Ω Terminating load impedance: ZL = 200Ω || 47 nH ( L simulated with Q factor 20 ) min. typ. max. Center frequency fC — 942,5 — MHz Maximum insertion attenuation α max 925,0 ... 960,0 MHz — 2,6 3,6 dB Amplitude ripple(p-p) Δα 925,0 ... 960,0 MHz — 1,0 1,8 dB Input VSWR Output VSWR Attenuation α 0,0 ... 600,0 MHz 60 78 — dB 600,0 ... 880,0 MHz 50 66 — dB 880,0 ... 905,0 MHz 30 43 — dB 905,0 ... 915,0 MHz 20 28 — dB 980,0 ...1025,0 MHz 21 25 — dB 1025,0 ...1050,0 MHz 35 44 — dB 1050,0 ...1920,0 MHz 50 70 — dB 1920,0 ...2880,0 MHz 30 60 — dB 2880,0 ...3840,0 MHz 23 49 — dB 3840,0 ...5000,0 MHz 18 36 — dB 5000,0 ...6000,0 MHz 10 35 — dB Symmetry in band (referenced to the matched operating condition) arg(S31/S21) 925,0 ... 960,0 MHz 170 180 190 ˚

6 Mar 01, 2001

942,50 MHzLow-Loss Filter for Mobile Communication Data Sheet Characteristics Operating temperature range: T = -10 to +80 ˚C Terminating source impedance: ZS = 50Ω Terminating load impedance: ZL = 200Ω || 47 nH ( L simulated with Q factor 20 ) min. typ. max. Center frequency fC — 942,5 — MHz Maximum insertion attenuation α max 925,0 ... 960,0 MHz — 2,7 3,8 dB Amplitude ripple(p-p) Δα 925,0 ... 960,0 MHz — 1,1 2,0 dB Input VSWR Output VSWR Attenuation α 0,0 ... 600,0 MHz 60 78 — dB 600,0 ... 880,0 MHz 50 66 — dB 880,0 ... 905,0 MHz 30 40 — dB 905,0 ... 915,0 MHz 20 28 — dB 980,0 ...1025,0 MHz 20 23 — dB 1025,0 ...1050,0 MHz 35 44 — dB 1050,0 ...1920,0 MHz 50 70 — dB 1920,0 ...2880,0 MHz 30 60 — dB 2880,0 ...3840,0 MHz 23 49 — dB 3840,0 ...5000,0 MHz 18 36 — dB 5000,0 ...6000,0 MHz 10 35 — dB Symmetry in band (referenced to the matched operating condition) arg(S31/S21) 925,0 ... 960,0 MHz 170 180 190 ˚

7 Mar 01, 2001

942,50 MHzLow-Loss Filter for Mobile Communication Data Sheet Transfer function( spec at 25 ˚C ) Transfer function( wideband )

8 Mar 01, 2001

942,50 MHzLow-Loss Filter for Mobile Communication Data Sheet Amplitude Symmetry |S31|/|S21| (referenced to the matched operating condition) Phase Symmetry arg(S31/S21) - 180˚(referenced to the matched operating condition)

9 Mar 01, 2001

942,50 MHzLow-Loss Filter for Mobile Communication Data Sheet Published by EPCOS AG Surface Acoustic Wave Components Division, OFW E MF P.O. Box 80 17 09, D-81617 München  EPCOS AG 1999. All Rights Reserved. As far as patents or other rights of third parties are concerned, liability is only assumed for compo- nents per se, not for applications, processes and circuits implemented within components or assemblies. The information describes the type of component and shall not be considered as assured characteristics. Terms of delivery and rights to change design reserved. For questions on technology, prices and delivery please contact the sales offices of EPCOS AG or the international representatives. Due to technical requirements components may contain dangerous substances. For information on the type in question please also contact one of our sales offices.