Lanzar Amplifier Car Audio, Amplifier Monoblock, 1 Channel, 3,000 Watt, 2 Ohm, MOSFET, RCA Input, Bass Boost, Amplifier for Car Speakers, Crossover Network – HTG158.5

Price: $69.82
(as of Jan 10, 2024 03:31:00 UTC – Details)

Class “AB” High-Current Dual Discrete Drive Stages, Mosfet PWM Power Supply, Electronic Crossover Network, Low Pass Filter Controls, Bass Boost Circuitry, Subsonic Circuitry, 2 Ohm Stable, Chrome RCA Inputs, Power Speaker Terminals, Line Output (L/R) Channels, 5 Way Protections, Power + Protection LED Indicators, Soft Turn ON/OFF Muting, Mono-Block Mosfet Amplifier, Accessories, 1 x 650W RMS @ 4 OHMS, 1 x 1250W Peak @ 4OHMS, 1 x 1500W RMS @ 2 OHMS, 1 x 3000W Max @ 2 OHMS, THD: <0.01%., S/N Ratio: >90dB, Freq. Response:10Hz~45KHz, LPF Freq. Response: 50Hz-250Hz, Subsonic Freq. Resp.: 0Hz~80Hz, Bass Boost(50Hz) : 0,6,12dB, Input Sensitivity:0.2V~6V, Fuse: 40A x1, Product Dimensions (L x W x H): 12.99” x 8.81” x 2.24” -inches, Weight: 5.07 lbs.
Package Dimensions ‏ : ‎ 16.77 x 11.73 x 4.69 inches; 6.22 Pounds
Item model number ‏ : ‎ HTG158.5
Date First Available ‏ : ‎ November 26, 2023
Manufacturer ‏ : ‎ Dana Trading
ASIN ‏ : ‎ B0CNZPD564
Country of Origin ‏ : ‎ China

MAX POWER OUTPUT: 3000 watts into a single channel at 2 ohms. Maximum power output of 1250 watts into a single channel at 4 ohms. This amplifier is intended to power your subwoofer(s), giving them the power they require to perform as intended.
SLIM SIZE DESIGN: This amplifier has a slim design that makes it very convenient. It comes complete with all necessary mounting hardware for easy installation. This is very portable and lightweight to touch
VARIABLE BASS BOOST: Variable bass boost makes it easy to customize the low bass within the boost range to your preferences. Enhanced audio and bass, easy to use with user friendly controls. Reliable with excellent sound quality
SHORT CIRCUIT PROTECTION: This amplifier also includes a 2 x 40 amplifying maxi type fuse to protect the amplifier and your vehicle’s electrical system from thermal / overload / short circuit conditions