856577 TriQuint, 856577 Datasheet - Page 3

• Manufacturer Part Number: 856577
• Description: Filters CRF 1960 MHz CSP5BT BW2.5=60 MHz
• Manufacturer: TriQuint
• Type: Filterr

Specifications of 856577

• Product: SAW Filters
• Frequency: 1960 MHz
• Frequency Range: 1930 MHz to 1990 MHz
• Package / Case: 1.4 mm x 1.2 mm
• Insertion Loss: 1.5 dB
• Termination Style: SMD/SMT
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Other names: 1035351

TriQuint Semiconductor
‘Connects the Digital World
to the Global Network
through our wide selection
of innovative RF solutions.
We design, develop and
manufacture advanced, high-
performance rF solutions
with Gallium Arsenide (GaAs),
Gallium nitride (Gan), Surface
Acoustic Wave (SAW) and
bulk Acoustic Wave (bAW)
technologies. our product
portfolio of active and acoustic
technologies serves mobile
device, 3G / 4G base station,
microwave, optical, cAtV / FttH,
WLAn and defense / aerospace
applications.
triQuint solutions, designed
and crafted with the industry’s
largest in-house technology
portfolio, enable quicker design
turns while lowering overall
system costs. We are an award-
winning provider of innovative
About TriQuint Semiconductor
®
’
rF products serving start-up
firms as well as the world’s
largest, most well-established
companies. We also support
the need for custom solutions
through the industry’s widest
selection of foundry processes
based on GaAs and Gan
technologies.
Growth throughout 2010
and 2011 has led to capacity
expansion at all three uS
manufacturing facilities as well
as our San Jose design center.
these expansions will further
equip us to meet today’s product
demands while we position
triQuint to serve the growing
needs of wireless manufacturers
around the world.
Key advantages of
GaAs, GaN, SAW and
BAW technologies:
•
• GaAs can operate efficiently
• GaN offers greater power
• SAW filter technology offers
at higher breakdown
voltages compared to silicon-
based semiconductor
technologies while generating
less noise in frequencies in
excess of 250 mHz. GaAs
offers high efficiency,
linearity and good wideband
performance.
handling and density
than GaAs beginning at 20
mHz. intrinsic Gan technology
advantages enables
performance at a given power
level using fewer or smaller
devices. Gan offers strong
linearity and efficiency, plus
greater wideband capability.
excellent performance and
economy through 2.5 GHz. We
are growing our SAW capacity
to include an array of
temperature-compensated
SAW products that will
expand this versatile
technology’s capabilities for
new and emerging
applications.
BAW filters offer superior
loss levels, stronger eSd
performance and greater
resistance to temperature
effects from 2.5 to 6 GHz.
bAW is ideal for challenging
applications including co-
existence filter requirements.
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