NJG1159PHH

GNSS Front-End Module

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Description
The NJG1159PHH is a front-end module (FEM) designed for GNSS including GPS, GLONASS, BeiDou, and Galileo applications. This FEM offers low noise figure, high linearity, and high out-band rejection characteristics brought by included high performance pre-SAW filter and low noise amplifier (LNA). This FEM can operate from 1.5V to 3.3V single voltage in -40 to 105°C. This FEM has stand-by mode to save current consumption. This FEM offers very small mounting area by included one SAW filter, only two external components, and very small package HFFP10-HH that is 1.5x1.1mm.

Applications
- GNSS ( GPS/ GLONASS/ BeiDou/ Galileo )

Spec

	Consumer	Automotive
Applications	GNSS ( GPS/ GLONASS/ BeiDou/ Galileo )
Gain	Typ. 15.5/ 16.0dB @V_DD=1.8/ 2.8V, V_CTL=1.8V, f=1575MHz, 1559 to 1591MHz	Typ. 16.0dB
NF	Typ. 1.55/ 1.50dB @V_DD=1.8/ 2.8V, V_CTL=1.8V, f=1575MHz 1.70/ 1.65dB @V_DD=1.8/ 2.8V, V_CTL=1.8V, f=1597 to 1606MHz 1.75/ 1.70dB @V_DD=1.8/ 2.8V, V_CTL=1.8V, f=1559 to 1591MHz	Typ. 1.50dB @f = 1575MHz 1.65dB @f = 1597 to 1606MHz 1.70dB @f = 1559 to 1591MHz
Operating Current	Typ. 3.0/3.7mA @V_DD=1.8/ 2.8V, V_CTL=1.8V 0.1µA @V_DD=1.8/ 2.8V, V_CTL=0V (Stand-by mode)	Typ. 3.7mA
Frequency Range	1575 1597 to 1606 1559 to 1591MHz
Operating Voltage	1.8/ 2.8V	2.8V
Package Size	Typ. 1.5x1.1x0.5(max.) mm
Wide Operating Temperature	-40°C to 85°C	-40°C to 105°C
Junction Temp.	85°C	105°C
Package	HFFP10-HH
AEC-Q100		AEC-Q100 grade 2
Note	High out band rejection (55dBc typ. @f=704 to 915MHz, relative to 1575MHz 43dBc typ. @f=1710 to 1980MHz, relative to 1575MHz 51dBc typ. @f=2400 to 2500MHz, relative to 1575MHz)

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Technical
Documents
- Design Support
  - NJG1159PHH Application note
  - NJG1159PHH_S-parameter

Quality &
Packages

Product Name	Compatibility	Package	Marking	Reliability
NJG1159PHH		HFFP10-HH	-	NJG-1-s-r
NJG1159PHH-A		HFFP10-HH	-	-

Refer to the datasheets for the details on the product.
The package file or the datasheet includes package dimensions, taping specifications, taping reels dimensions, power dissipations, and recommended land pattern.