产品分类/ Products
- HTA8128 内置升压的60W立体声D类音频功放
- AU6815A集成音频 DSP 的 2×25W 数字型 Cl
- HTN78A3 6V~140V输入,3A实地异步降压变换器
- HT81297 18W内置升压单声道D类音频功放
- NS2583 同步升压型 2A 双节锂电池充电管理 IC
- NLC47022带NTC功能和电量均衡功能电流2A 5V异
- PT2027 单触控双输出 LED 调光 IC
- HT316C兼容HT326C防破音功能免电感滤波2×20WD
- HT3386兼容TPA3118 2×50W D类立体声音频功放
- NS8220 300mW 双声道耳机音频放大器
- HT6875 2.8W防削顶单声道D类音频功率放大器
- HT77221 HT77211 4.0V~30V输入,2A/1.2A同步降压变换器
- NS4117X 系列 外置 MOS 管开关降压型 LED 恒流控制器
- HT71663 13V,12A全集成同步升压转换器
AB类功放
产品名称:AXPA17850 4 x 50W AB类
型号: AXPA17850
产片介绍:DescriptionAXPA17850 is an automotive quad bridge class AB car radio audio power amplifier designed in BCD(Bipolar, CMOS, DMOS) technology with a fully complemen
产片介绍:DescriptionAXPA17850 is an automotive quad bridge class AB car radio audio power amplifier designed in BCD(Bipolar, CMOS, DMOS) technology with a fully complemen
┄┄┄详细介绍┄┄┄
Description
AXPA17850 is an automotive quad bridge class AB car radio audio power amplifier designed in BCD
(Bipolar, CMOS, DMOS) technology with a fully complementary P-Channel/N-Channel output structure.
It has a rail to rail output voltage swing, high output current and minimized saturation losses, giving it an
excellent unparalleled distortion performance. AXPA17850 can operate down to 6V for low voltage
operation to achieve 'start-stop' battery profile during engine stop enabling reduction in overall emissions.
Features
▪ Multipower BCD technology with DMOS
MOSFET output power stage
▪ Excellent 2 Ω driving capability
▪ Hi-Fi class low distortion
▪ Low output noise
▪ High immunity to RF noise injection
▪ Standby function
▪ Mute function
▪ Auto-mute at min. supply voltage detection
▪ Low external component count
▪ Internally fixed gain (26 dB)
▪ No external compensation
▪ No bootstrap capacitors
▪ Capable to operate down to 6V (e.g. “start
stop”)
▪ High output power capability:
▪ 4 x 50 W/4 Ω max.
▪ 4 x 30 W/4 Ω @ 14.4 V, 1 kHz, 10 %
▪ 4 x 80 W/2 Ω max.
▪ 4 x 55 W/2 Ω @ 14.4V, 1 kHz, 10 %
▪
Protections:
▪ Output short circuit to GND, to Vs, across
the load
▪ Very inductive loads
▪ Overrating chip temperature with soft
thermal limiter
▪ Output DC Offset detection
▪ Output Clipping detection
▪ Load dump
▪ Fortuitous open Ground
▪ Reversed Battery
▪ ESD

