1625-1725MHz amplifier, used for L-band meteorological satellites

A TA1892A surface acoustic wave filter is used as the bandpass, and three TQP3M9008 amplifier chips are cascaded for amplification. It uses a Type-C power supply interface and supports Bias-T power supply.
The TQP3M9008 can be replaced with any low-NF value SOT-89 packaged low-noise amplifier such as the SPF5189Z (total gain is controlled by the three amplifiers).
Besides applications such as meteorological satellites, according to BI4KZZ, this amplifier can be used for radio astronomy observations, covering three of the four OH massor frequencies. The 1665, 1667, and 1720 MHz
 
frequency range covers most L-band meteorological satellites, such as: (as of July 24, 2024, damaged satellites have been excluded)
NOAA-15 [Norad 25338] HRPT (1702.5MHz),
NOAA-18 [Norad 28654] HRPT (1707MHz), GAC (1698MHz),
NOAA-19 [Norad 33591]. HRPT (1698MHz) GAC (1702.5 MHz)
METEOR-M N2-2 [Norad 44387] HRPT (1700MHz)
METEOR-M N2-3 [Norad 57166] HRPT (1700MHz)
METEOR-M N2-4 [Norad 59051] HRPT (1700MHz)
METOP-B [Norad 38771] AHRPT (1701.3MHz)
METOP-C [Norad 43689] AHRPT (1701.3MHz)
FENGYUN 3-C [Norad 39260] AHRPT (1701.3MHz)
The following are geostationary satellites:
ELEKTRO-L3 [Norad 44903] xRIT (1691MHz) L-Band beacon CGAK (1693MHz)
ELEKTRO-L4 [Norad 55506] xRIT (1691MHz) L-Band Beacon CGAK (1693MHz)
{[Easiest to Receive] GK-2A [Norad 43823] LRIT (1692.14MHz) HRIT (1695.4MHz)}
FENGYUN-2G [Norad 40367] S-VISSR (1687.5MHz)
FENGYUN-2H [Norad 43491] S-VISSR (1687.5MHz)
FENGYUN-4A [Norad 41882]/4B [Norad 48808] LRIT [Carrier available but no downlink as of July 24, 2024] (1697MHz) HRIT [Encrypted] (1679MHz)