BLUENRG-LP datasheet(41/72 Pages) STMICROELECTRONICS

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Table 17. Bluetooth Low Energy RF transmitter characteristics at 2 Mbps not coded

Symbol

Parameter

Test conditions

Min. Typ. Max.

Unit

PBW1M

6 dB bandwidth for modulated

carrier

Using resolution bandwidth of 100 kHz

670

kHz

PRF1, 2 Ms/s

In-band emission at ±4 MHz(1)

Using resolution bandwidth of 100 kHz and

average detector

-20

dBm

PRF2, 2 Ms/s

In-band emission at±5 MHz(1)

Using resolution bandwidth of 100 kHz and

average detector

-20

dBm

PRF3, 2 Ms/s

In-band emission at ±[6+n]MHz,

where n=0,1,2..(1)

Using resolution bandwidth of 100 kHz and

average detector

-30

dBm

PSPUR

Spurious emission

Harmonics included. Using resolution

bandwidth of 1 MHz and average detector

-41

dBm

Freqdrift

Frequency drift(1)

Integration interval #n – integration interval

#0, where n=2,3,4..k

-50

+50

kHz

IFreqdrift

Initial carrier frequency drift(1)

Integration interval #1 – integration interval #0

-23

+23

kHz

IntFreqdrift

Intermediate carrier frequency

drift(1)

Integration interval #n – integration interval

#(n-5), where n=6,7,8..k

-20

+20

kHz

DriftRatemax

Maximum drift rate(1)

Between any two 20-bit groups separated by

50 µs

-20

+20 kHz/50µs

ZRF1

Optimum RF load

(impedance at RF1 pin)

@ 2440 MHz

Ω

1. Tested according to Bluetooth SIG radio frequency physical layer (RF PHY) test suite (not tested in production).

Table 18. Bluetooth Low Energy RF transmitter characteristics at 1 Mbps LE coded (S=8)

Symbol

Parameter

Test conditions

Min. Typ. Max.

Unit

PBW

6 dB bandwidth for modulated

carrier

Using resolution bandwidth of 100 kHz

500

kHz

PRF1, LE coded In-band emission at ±2 MHz(1)

Using resolution bandwidth of 100 kHz and

average detector

-20

dBm

PRF2, LE coded

In-band emission at ±[3+n]

MHz, where n=0,1,2..(1)

Using resolution bandwidth of 100 kHz and

average detector

-30

dBm

PSPUR

Spurious emission

Harmonics included. Using resolution

bandwidth of 1 MHz and average detector

-41

dBm

Freqdrift

Frequency drift(1)

Integration interval #n – integration interval

#0, where n=1,2,3..k

-50

+50

kHz

IFreqdrift

Initial carrier frequency drift(1)

Integration interval #3 – integration interval

-19.2

+19.2

kHz

IntFreqdrift

Intermediate carrier frequency

drift(1)

Integration interval #n – integration interval

#(n-3), where n=7,8,9..k

-19.2

+19.2

kHz

DriftRatemax

Maximum drift rate(1)

Between any two 16-bit groups separated

by 48 µs

-19.2

+19.2

kHz/48

µs

ZRF1

Optimum RF load

(Impedance at RF1 pin)

@ 2440 MHz

Ω

1. Tested according to Bluetooth SIG radio frequency physical layer (RF PHY) test suite (not tested in production).

5.3.5

RF receiver characteristics

All performance data are referred to a 50 Ω antenna connector, via reference design.

BlueNRG-LP

Operating conditions

DS13282 - Rev 2

page 41/72

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