TDA2030AV STMicroelectronics, TDA2030AV Datasheet - Page 8

• Manufacturer Part Number: TDA2030AV
• Description: IC AMP AUDIO 18W MONO PENTAWATT5
• Manufacturer: STMicroelectronics
• Type: Class ABr

Specifications of TDA2030AV

• Output Type: 1-Channel (Mono)
• Max Output Power X Channels @ Load: 18W x 1 @ 4 Ohm
• Voltage - Supply: 12 V ~ 44 V, ±6 V ~ 22 V
• Features: Short-Circuit and Thermal Protection
• Mounting Type: Through Hole
• Package / Case: Pentawatt-5 (Vertical, Bent and Staggered Leads)
• Product: Class-AB
• Output Power: 18 W
• Available Set Gain: 80 dB
• Thd Plus Noise: 0.5 %
• Operating Supply Voltage: 22 V
• Supply Current: 80 mA
• Maximum Power Dissipation: 20000 mW
• Maximum Operating Temperature: + 150 C
• Mounting Style: Through Hole
• Audio Load Resistance: 8 Ohms
• Dual Supply Voltage: +/- 9 V, +/- 12 V, +/- 15 V, +/- 18 V
• Input Bias Current (max): 2 uA
• Input Offset Voltage: 15 V
• Input Signal Type: Differential
• Minimum Operating Temperature: - 40 C
• Output Signal Type: Single
• Supply Type: Dual
• Amplifier Type: MIC
• Bandwidth: 100 MHz
• Current, Input Bias: 0.2 μA
• Current, Input Offset: ±20 nA
• Current, Output: 3.5 A
• Current, Supply: 50 mA
• Harmonic Distortion: 0.08 %
• Impedance, Thermal: 3 °C/W
• Open Loop Gain: 80
• Package Type: Pentawatt
• Power Dissipation: 20 W
• Resistance, Input: 5 Megohms
• Slew Rate: 8
• Voltage, Input: ±22 V
• Voltage, Input Offset: ±2 mV
• Voltage, Noise: 3 μV
• Voltage, Supply: ±6 to ±22 V
• Amplifier Class: AB
• No. Of Channels: 1
• Supply Voltage Range: ± 6V To ± 22V
• Load Impedance: 4ohm
• Operating Temperature Range: -50°C To +150°C
• Amplifier Case Style: Pentawatt V
• Rohs Compliant: Yes
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Other names: 497-2165-5

TDA2030A
Figure 16 : Bridge Amplifier with Split Power Supply (P
Figure 17 : P .C. Board and Component Layout for the Circuit of Figure 16 (1:1 scale)
MULTIWAY SPEAKER SYSTEMS AND ACTIVE
BOXES
Multiway loudspeaker systems provide the best
possible acoustic performance since each loud-
speaker is specially designed and optimized to
handle a limited range of frequencies. Commonly,
these loudspeaker systems divide the audio spec-
trum into two or three bands.
To maintain a flat frequency response over the Hi-Fi
audio range the bands covered by each loud-
speaker must overlap slightly. Imbalance between
the loudspeakers produces unacceptable results
8/15
therefore it is important to ensure that each unit
generates the correct amount of acoustic energy
for its segmento of the audio spectrum. In this
respect it is also important to know the energy
distribution of the music spectrum to determine the
cutoff frequencies of the crossover filters (see Fig-
ure 18). As an example a 100W three-way system
with crossover frequencies of 400Hz and 3kHz
would require 50W for the woofer, 35W for the
midrange unit and 15W for the tweeter.
O
= 34W, V
S
=
16V)