B9300

B9300 EPCOS | Alldatasheet

Document overview

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Technical content

25 May 19, 2005

1842,5 & 1960,0 MHzLow-Loss Dual Band Filter for Mobile Communication Data Sheet Chip Sized Saw PackageQCS10H 0,26 0,65 0,325 0,50 bottom view 0,26 0,0750,27 0,075 6789 10 5 1234 side view 1,6top view 0,68 2,0

Features

■ Low-loss 2-in-1 RF filter for mobile telephone GSM1800 and GSM1900 systems, receive path ■ Usable passband: Filter 1 (GSM 1900): 60 MHz Filter 2 (GSM 1800): 75 MHz ■ Unbalanced to balanced operation for both filters ■ Impedance transformation from 50Ω to 150Ω for both filters ■ Suitable for GPRS class 1 to 12 ■ Package forSurfaceM ountedTechnology (SMT ) ■ Pb-free Terminals ■ Ni, gold-plated Pin configuration

1 Input [Filter 1]

4 Input [Filter 2]

6,7 Output, balanced [Filter 2] 8,9 Output, balanced [Filter 1] 2,3,5,10 Case-ground ElectrostaticSensitiveD evice (ESD ) Type Ordering code Marking and Package according to Packing according to B9300 B39202-B9300-G110 C61157-A7-A141 F61074-V8152-Z000 Maximum ratings Operable temperature range T – 40 /+ 85 ˚C Storage temperature rangeTstg – 40 /+ 85 ˚C DC voltage VDC 5V ESD voltage VESD 50 V machine model, 10 pulses 1) 1) acc. to JESD22-A115A (Machine Model), 10 negative & 10 positive pulses Input power at GSM850, GSM900, GSM1800, GSM1900 TX bands PIN 15 dBm effective power in the on-state, duty cycle 4:8 2,3,5,10 Dimensions in mm, approx. weight t.b.d.

3 May 19, 2005

1842,5 & 1960,0 MHzLow-Loss Dual Band Filter for Mobile Communication Data Sheet Characteristics of Filter 1 (GSM 1900) Operating temperature range: T = 25 ˚C Terminating source impedance: ZS = 50Ω Terminating load impedance: ZL = 150Ω || 18nH (balanced) min. typ. max. Center frequency fc — 1960,0 — MHz Maximum insertion attenuation α max 1930,0 ...1990,0MHz — 1,6 2,1 dB Amplitude ripple(p-p) Δα 1930,0 ...1990,0MHz — 0,5 1,0 dB Input VSWR Output VSWR Output phase balance(Φ (S31) -Φ (S21) + 180˚) 1930,0 ...1990,0MHz -10 -2/+4 +10 degree Output amplitude balance(|S31/S21|) Attenuation α min 10,0 ...1510,0MHz 40,0 43 — dB 1510,0 ...1830,0MHz 30,0 36 — dB 1830,0 ...1850,0MHz 26,0 32 — dB 1850,0 ...1890,0MHz 23,0 28 — dB 1890,0 ...1910,0MHz 13,0 18 — dB 2010,0 ...2070,0MHz 13,0 15 — dB 2070,0 ...2400,0MHz 22,0 26 — dB 2400,0 ...6000,0MHz 30,0 34 — dB

45 May 19, 2005

1842,5 & 1960,0 MHzLow-Loss Dual Band Filter for Mobile Communication Data Sheet Characteristics of Filter 1 (GSM 1900) Operating temperature range: T = -20 to + 75 ˚C Terminating source impedance: ZS = 50Ω Terminating load impedance: ZL = 150Ω || 18nH (balanced) min. typ. max. Center frequency fc — 1960,0 — MHz Maximum insertion attenuation α max 1930,0 ...1990,0MHz — 1,7 2,3 dB Amplitude ripple(p-p) Δα 1930,0 ...1990,0MHz — 0,6 1,3 dB Input VSWR Output VSWR Output phase balance(Φ (S31) -Φ (S21) + 180˚) 1930,0 ...1990,0MHz -10 -3/+5 +10 degree Output amplitude balance(|S31/S21|) Attenuation α min 10,0 ...1510,0MHz 40,0 43 — dB 1510,0 ...1830,0MHz 30,0 35 — dB 1830,0 ...1850,0MHz 26,0 32 — dB 1850,0 ...1890,0MHz 23,0 27 — dB 1890,0 ...1910,0MHz 12,0 16 — dB 2010,0 ...2070,0MHz 12,0 15 — dB 2070,0 ...2400,0MHz 21,0 24 — dB 2400,0 ...6000,0MHz 30,0 34 — dB

5 May 19, 2005

1842,5 & 1960,0 MHzLow-Loss Dual Band Filter for Mobile Communication Data Sheet Transfer Function of Filter 1 (GSM 1900)

65 May 19, 2005

1842,5 & 1960,0 MHzLow-Loss Dual Band Filter for Mobile Communication Data Sheet Characteristics of Filter 2 (GSM1800) Operating temperature range: T = 25 ˚C Terminating source impedance: ZS = 50Ω Terminating load impedance: ZL = 150Ω || 15nH (balanced) min. typ. max. Center frequency fc — 1842,5 — MHz Maximum insertion attenuation α max 1805,0 ... 1880,0MHz — 1,6 2,1 dB Amplitude ripple Δα 1805,0 ... 1880,0MHz — 0,5 1,0 dB Input VSWR Output VSWR Output phase balance(Φ (S31) -Φ (S21) + 180˚) 1805,0 ... 1880,0MHz - 10 -3/+3 +10 degree Output amplitude balance(|S31/S21|) Attenuation α min 10,0 ... 902,0MHz 30,0 52 — dB 902,0 ... 940,0MHz 45,0 52 — dB 940,0 ...1705,0MHz 28,0 42 — dB 1705,0 ...1785,0MHz 13,0 18 — dB 1920,0 ...1980,0MHz 17,0 23 — dB 1980,0 ...2030,0MHz 24,0 28 — dB 2030,0 ...2400,0MHz 28,0 34 — dB 2400,0 ...6000,0MHz 28,0 32 — dB

7 May 19, 2005

1842,5 & 1960,0 MHzLow-Loss Dual Band Filter for Mobile Communication Data Sheet Characteristics of Filter 2 (GSM1800) Operating temperature range: T = - 20 to + 75 ˚C Terminating source impedance: ZS = 50Ω Terminating load impedance: ZL = 150Ω || 15nH (balanced) min. typ. max. Center frequency fc — 1842,5 — MHz Maximum insertion attenuation α max 1805,0 ... 1880,0MHz — 1,8 2,3 dB Amplitude ripple Δα 1805,0 ... 1880,0MHz — 0,7 1,3 dB Input VSWR Output VSWR Output phase balance(Φ (S31) -Φ (S21) + 180˚) 1805,0 ... 1880,0MHz - 10 -3/+3 +10 degree Output amplitude balance(|S31/S21|) Attenuation α min 10,0 ... 902,0MHz 30,0 52 — dB 902,0 ... 940,0MHz 45,0 52 — dB 940,0 ...1705,0MHz 28,0 42 — dB 1705,0 ...1785,0MHz 12,0 15 — dB 1920,0 ...1980,0MHz 17,0 23 — dB 1980,0 ...2030,0MHz 24,0 28 — dB 2030,0 ...2400,0MHz 28,0 34 — dB 2400,0 ...6000,0MHz 28,0 32 — dB

85 May 19, 2005

1842,5 & 1960,0 MHzLow-Loss Dual Band Filter for Mobile Communication Data Sheet Transfer Function of Filter 2 (GSM 1800)

9 May 19, 2005

1842,5 & 1960,0 MHzLow-Loss Dual Band Filter for Mobile Communication Data Sheet Published by EPCOS AG Surface Acoustic Wave Components Division, SAW MC WT P.O. Box 80 17 09, 81617 Munich, GERMANY  EPCOS AG 2005. Reproduction, publication and dissemination of this brochure and the informa- tion contained therein without EPCOS’ prior express consent is prohibited. Purchase orders are subject to the General Conditions for the Supply of Products and Services of the Electrical and Electronics Industry recommended by the ZVEI (German Electrical and Electronic Manufacturers’ Association), unless otherwise agreed. This brochure replaces the previous edition. 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.