BCM2002X
器件资料摘要：
BCM2002X FEATURES
Loop
Filters
Ext Clk
(from Mobile Phone)
BRCLK
BRXD
BTXD
BPKTCTRL
BPAEN
BRXEN
BTXEN
BSEN
BXTLEN
BnPWR
TX CLK
FSK D
TX D
SL CTR L
PA RAMP
RX PU
TX PU
SYNTH PU
XTAL PU
BPWR
Baseband
Device
BCM2002X
BMISO
BMOSI
BOCLK
BnDEN
SRI DO
SRI DI
SRI C
SRI E
BCM2002X BlueRF Frac-N Radio Application Example
•
Ideal for mobile phone integration
• Designed to handle the very harsh environment of mobile
phones while maintaining high radio performance and
optimizing overall phone performance.
• In-band and out-of-band blocking performance significantly
exceeds Bluetooth requirements.
• Fractional-N frequency generation technology eliminates the
need for a dedicated reference crystal, which is an additional
source of RF noise.
•
Monolithic implementation in a standard digital
CMOS process with minimal external components
provides a manufacturable low-cost Bluetooth RF/IF
solution.
•
On-chip auto-calibration eliminates process variation
across components and mitigates temperature
variation, enabling the chips to be used in high-volume
mobile phone applications.
•
The BlueRF RXMODE2 unidirectional baseband
interface supports connection to a wide variety of
baseband devices.
•
Applications:
• GSM, CDMA, GPRS, and WCDMA mobile phones
SUMMARY OF BENEFITS
®
BCM2002X 2.4 GHZ BLUETOOTH
TM
FRAC-N RADIO
PRODUCTPRODUCT
BriefBrief
BCM2002X
•
BQB qualified Bluetooth V1.1 radio transceiver
•
Fractional-N frequency generation
• Supports 12, 13, 19.2, 19.68, or 19.8 MHz reference
frequencies
•
Differential RF interface
•
Typical -80 dBm receiver sensitivity under high
interference environments
•
Typical +3 dBm RF output power satisfied
requirements for Class 2 operation
•
Strong spurious emissions performance
• Minimal filtering required to meet mobile phone integration
requirements
•
Excellent blocking performance
• Minimal filtering required to meet mobile phone integration
requirements
•
Highly linear receiver exceeds Bluetooth specifications
•
Meets FCC radiated emissions requirements without
RF filtering or shielding
•
Low power consumption
•
Built-in digital RSSI
•
Programmable PA gain
•
8mm x 8mm, 52-pin LPCC standard package
Loop
Filters
Ext Clk
(from Mobile Phone)
BRCLK
BRXD
BTXD
BPKTCTRL
BPAEN
BRXEN
BTXEN
BSEN
BXTLEN
BnPWR
TX CLK
FSK D
TX D
SL CTR L
PA RAMP
RX PU
TX PU
SYNTH PU
XTAL PU
BPWR
Baseband
Device
BCM2002X
BMISO
BMOSI
BOCLK
BnDEN
SRI DO
SRI DI
SRI C
SRI E
BCM2002X BlueRF Frac-N Radio Application Example
•
Ideal for mobile phone integration
• Designed to handle the very harsh environment of mobile
phones while maintaining high radio performance and
optimizing overall phone performance.
• In-band and out-of-band blocking performance significantly
exceeds Bluetooth requirements.
• Fractional-N frequency generation technology eliminates the
need for a dedicated reference crystal, which is an additional
source of RF noise.
•
Monolithic implementation in a standard digital
CMOS process with minimal external components
provides a manufacturable low-cost Bluetooth RF/IF
solution.
•
On-chip auto-calibration eliminates process variation
across components and mitigates temperature
variation, enabling the chips to be used in high-volume
mobile phone applications.
•
The BlueRF RXMODE2 unidirectional baseband
interface supports connection to a wide variety of
baseband devices.
•
Applications:
• GSM, CDMA, GPRS, and WCDMA mobile phones
SUMMARY OF BENEFITS
®
BCM2002X 2.4 GHZ BLUETOOTH
TM
FRAC-N RADIO
PRODUCTPRODUCT
BriefBrief
BCM2002X
•
BQB qualified Bluetooth V1.1 radio transceiver
•
Fractional-N frequency generation
• Supports 12, 13, 19.2, 19.68, or 19.8 MHz reference
frequencies
•
Differential RF interface
•
Typical -80 dBm receiver sensitivity under high
interference environments
•
Typical +3 dBm RF output power satisfied
requirements for Class 2 operation
•
Strong spurious emissions performance
• Minimal filtering required to meet mobile phone integration
requirements
•
Excellent blocking performance
• Minimal filtering required to meet mobile phone integration
requirements
•
Highly linear receiver exceeds Bluetooth specifications
•
Meets FCC radiated emissions requirements without
RF filtering or shielding
•
Low power consumption
•
Built-in digital RSSI
•
Programmable PA gain
•
8mm x 8mm, 52-pin LPCC standard package