QBH-870 PDF Datasheet

REMEC m o Hybrid Amplifiers c . High Dynamic Range U 4 t e: Electrical Specifications e h S a t a D . w w w (1) 10 - 200 MHz Parameter Specification Limit -55 to +85 10 - 200 +0.7 / -0.8 1.4 9 1.6:1 1.6:1 +19 +32 +48 3.5 33 Units °C MHz dB dB Max dB Max p-p dB Min Max Max dBm Min QBH-870 Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Re

REMEC m o Hybrid Amplifiers c . Low Noise Figure U 4 t e Electrical Specifications : e h S a t a D . w w w (1) 1930 - 1990 MHz Parameter Specification Limit +25 (Typical) 1930 - 1990 28.0 ± 1.0 0.9 40 1.5:1 1.5:1 +25 +37 1.2 190 Units °C MHz dB dB Max dB Max p-p dB Min Max Max dBm Min QBH-8701 Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flat

REMEC m o Hybrid Amplifiers c . Low Noise Figure U 4 t e Electrical Specifications : e h S a t a D . w w w (1) 1850 - 1910 MHz Parameter Specification Limit +25 (Typical) 1850 - 1910 28.0 ± 1.0 0.9 44 1.5:1 1.5:1 +25 +37 1.2 190 Units °C MHz dB dB Max dB Max p-p dB Min Max Max dBm Min QBH-8702 Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flat

QBH-8705 Amplifier Performance Specifications Specifications Frequency (MHz) Gain (dB) Gain Flatness (dB) Noise Figure (dB) Power Out (dBm) 3rd Order Int (dBm) 2nd Order Int (dBm) Reverse Isolation (dB) Input VSWR Output VSWR DC Current (mA) DC Voltage (V) Gain vs. Vdc (dB/V) w w w .D a S a t he et 1930 - 1990 Typical . +25 °C U 4 m o c 28.0 +0.6 1.2 +20.0 +30.0 Min

h mount · Hybrid surface S package a t a · Very Low noise figure, D . 1.2 w dB typical w ·wLow VSWR · High OIP3, +32 dBm typical t e e 4U . m o c Parameters Frequency range Small signal gain Gain flatness Reverse isolation VSWR Input Output 1 dB compression Output intercept point 3rd Order 2nd Order Noise figure DC supply voltage* DC supply current Gain vs. Vdc Package/

• 1850-1910 MHz bandwidth • Hybrid surface mount package • High intercept point, +30 dBm typical IP3 w w w .D a t a Sh t e e 4U . m o c Parameters Frequency range Small signal gain Gain flatness Reverse isolation Gain vs. Temperature VSWR Input Output 1 dB compression Output intercept point 3rd Order 2nd Order Noise figure DC supply voltage* DC supply current Ga