QPQ1289

LTE Extended Band 4 / Band 10 BAW Duplexer

Data Sheet, February 8, 2017 | Subject to change without notice

2 of 11

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®

Parameter

Rating

Storage Temperature 

−40 to +125°C

−40 to +95 °C

Notes:

1.

Operation of this device outside the parameter ranges given may cause

permanent damage.

2.

Device will function but it is not guaranteed to meet electrical specifications

Life Test

Conditions

Rating

TBD dBm DL, +95°C, FD-

LTE, 5 MHz,

16QAM, PAR=8 dB

>TBD hours

TBD dBm UL, +95°C, FD-

LTE, 5 MHz,

16QAM, PAR=8 dB

>TBD hours

Electrical Specifications

Test conditions unless otherwise specified. Temperature Range:

−40 to +95 °C

Parameter

Min

Ty p

Max

Unit

2110

– 2180 MHz

-

2.0

2.9

dB

2110

– 2170 MHz, B10DL

-

2.0

-

dB

2110

– 2155 MHz, B4DL

-

2.0

-

dB

Input / Output Return Loss

2110

– 2180 MHz

9

12

-

dB

2110

– 2180 MHz

-

0.6

1.0

dB

10

– 1680 MHz

32

35

-

dB

1680

– 1800 MHz

42

45

-

dB

2402

– 2494 MHz

38

43

-

dB

2496

– 2690 MHz

31

38

-

dB

Electrical Specifications

Test conditions unless otherwise specified. Temperature Range:

−40 to +95 °C

Parameter

Conditions (1, 2)

Min

Ty p

Max

Unit

1710

– 1780 MHz

-

2.3

3.2

dB

1710

– 1770 MHz, B10UL

-

2.3

-

dB

1710

– 1755 MHz, B4UL

-

2.3

-

dB

Input / Output Return Loss

1710

– 1780 MHz

9

11

-

dB

1710

– 1780 MHz

-

0.7

1.5

dB

10

– 870 MHz

40

45

-

dB

870

– 1680 MHz

25

32

-

dB

1850

– 2050 MHz

38

45

-

dB

2080

– 2225 MHz

32

35

-

dB

2402

– 2494 MHz

34

37

-

dB

2496

– 2690 MHz

18

34

-

dB

Electrical Specifications

Test conditions unless otherwise specified. Temperature Range:

−40 to +95 °C

Parameter

Min

Ty p

Max

Unit

Isolation

1710

– 1780 MHz

42

45

-

dB

2110

– 2180 MHz

38

42

-

dB

1710

– 1780 MHz, B10UL

-

45

-

dB

2110

– 2170 MHz, B10DL

-

42

-

dB

1710

– 1755 MHz, B4UL

-

46

-

dB

2110

– 2155 MHz, B4DL

40

44

-

dB

Notes:

1.

All specifications are based on the QORVO schematic for the main reference design.

2.

Maximum Insertion Loss within defined frequency range.

3.

Amplitude Variation is defined as the difference between the lowest loss and the highest loss within 10 MHz channels.

4.

Attenuation is referenced to zero dB