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Operating Frequency;380; ;490;MHz ; ;RF Pulsed signal (With External modulation signal) RF INPUT; ;0; ;dBm Duty cycle; ; ;10;% Pulse width; ; ;20;us P-sat Output Power; ;53; ;dBm Power Gain; ;53; ;dB Power Gain Flatness; ;2.5; ;dB Spurious Signals; ;-55; ;dBc Harmonic Signals; ;-20; ;dBc Pulse delay(PA ON/OFF time); ;1; ;us Input VSWR; ; ;2;-- In-Out impedance; ;50; ;Ω Operating Voltage; ;48;50;V DC Average Current@ 10% cycle; ;2;3;A

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Dimensions (L x W x H);200x150x30;mm RF Connectors (Input / Output);SMA- KFD/ N- KFD;-- DC / Control Connector;D-SUB 7W2;-- Cooling;Consider heat dissipation with the system;-- Mounting;φ3.5-4 Thru Hole;-- Weight;≤3;kg

AMPLIFIER CONNECTOR TYPE:; ;D-SUB 7W2 TRIAD CABLE PART NUMBER:; ;—— NUMBER;Definition;DESCRIPTION

A1;VDD;+48V A2;GND;GND 1;Amp Enable;Enable : TTL “Low”, Disable : TTL “High” (Low : 0~0.5V, High : 2.5~5V) (Pulse modulation synchronous signal, switch time less than 1us) 2;GND;Ground 3;Output Power monitoring;Output Power Detection (Output pulsed wave analog voltage) @The peak of the pulse wave is relative to RF power (0.1 ~ 3.0V relative to +30 dBm ~ +53dBm) 4;Reverse Power monitoring; Reverse Power Detection (Output pulsed wave analog voltage) @The peak of the pulse wave is relative to RF power (0.1 ~ 3.0V relative to +30 dBm ~ +53dBm) 5; Temp monitoring;Analog voltage relative to module temperature @10mv/℃:V=0.5+10mv*△℃) （0 .75V relative to 25℃)