Preliminary Datasheet TCB702FNG (Toshiba)
| Manufacturer | Toshiba |
| Description | Maximum Power 45 W BTL × 4-ch Audio Power IC with Built-in Self-Diagnostics |
| Pages / Page | 52 / 1 — Preliminary. TCB702FNG. 1. Outline. 2. Applications. 3. Features. Table … |
| File Format / Size | PDF / 2.4 Mb |
| Document Language | English |
Preliminary. TCB702FNG. 1. Outline. 2. Applications. 3. Features. Table 3.1 Typical characteristics. (Note). Output power
Model Line for this Datasheet
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Preliminary
TCB702FNG CDMOS Linear Integrated Circuit Silicon Monolithic
TCB702FNG
Maximum Power 45 W BTL × 4-ch Audio Power IC with Built-in Self-Diagnostics
1. Outline
The TCB702FNG is a power IC with built-in linear high efficiency 4-channel BTL amplifier developed for car audio applications. The amplifier system uses our original high efficiency, class TB (Tied BTL), which enables saving heat generation to 1/5 (at POUT =0.8W) as compared with conventional class AB amplifier, and realizes reducing internal temperature rise of car audio applications. The power loss with output power equivalent to a class D system (digital amplifier) in about 4 W or less is acquired. Additionally, this product can realize high efficiency system without peripheral parts (which are used for LPF and EMI protection) of class D system. P-HSSOP36-1116-0.65-001 Built-in self-diagnostics allows the data reception and control through I2C bus. The maximum output power POUT is 45 W using a pure complementary Higher Weight: 1.28 g (typ.) P-ch and Lower N-ch DMOS output stage. It also includes a standby function, a mute function, and each protection circuit necessary for car audio.
2. Applications
Power IC for car audio applications.
3. Features
• Our original high efficiency amplifier; class TB(Tied BTL)
Table 3.1 Typical characteristics
• Built-in fulltime output offset detection
(Note)
• Built-in +B low voltage detection (6 modes by I2C control) • Built-in standalone control mode (power ON / OFF and a mute Condition Typ. Unit control can be controlled without I2C BUS) •
Output power
(POUT) Built-in output clip detection • V Built-in cross output connection detection (Output short detection CC = 15.2 V, Po max 45 Square Wave input between different voltage) • Built-in various mute functions (at low voltage, standby ON / OFF, VCC = 14.4 V, Po max 40 W fast, and I2C control) V • CC = 14.4 V, THD = 10% 25 6 V operations (Engine idle reduction capability) • Built-in hardware standby function THD = 10% 23 • Built-in various protection circuits (thermal shut down, over voltage,
Total harmonic distortion
(THD) short to VCC, short to GND, and output to output short) POUT = 0.4 W 0.02 % The short-circuit protection can operate per channel. • Control function via I2C bus
Output noise voltage
(VNO) (Rg = 0 Ω) Standby ON / OFF operation BW = 20 Hz to 20 kHz 60 µVrms Front / Rear separate mute operation and fast mute operation setting
Operating Supply voltage range
(VCC (opr)) Changing the time constants of mute (30 ms / 15 ms (typ.)) Amplifier circuit (R Front / Rear separate 2-step gain adjustment (26 dB / 16 dB) L = 4 Ω) 6 to 18 V Changing Power amplifier mode / Line driver mode Self-diagnostics circuit 7 to 18 V Changing clip detection (THD = 2% / 5 % / 10%) Setting of output offset detection operation Setting and startup of self-diagnostics Setting parameters and startup of current detection Setting rare short propriety • Information capable to acquire via I2C bus Each output detection per channel (irregular connection, offset, and current detection for tweeter) Information which is immediately before startup of over temperature protection, and acquisition of each setting state Note: Typical test conditions: VCC = 13.2 V, f = 1 kHz, RL = 4 Ω, GV = 26 dB, Ta = 25°C; unless otherwise specified.
Do not design your products or systems based on the information on this document. Please contact your Toshiba sales representative for updated information before designing your products.
© 2018 1 2018-10-23 Toshiba Electronic Devices & Storage Corporation
TCB702FNG CDMOS Linear Integrated Circuit Silicon Monolithic
TCB702FNG
Maximum Power 45 W BTL × 4-ch Audio Power IC with Built-in Self-Diagnostics
1. Outline
The TCB702FNG is a power IC with built-in linear high efficiency 4-channel BTL amplifier developed for car audio applications. The amplifier system uses our original high efficiency, class TB (Tied BTL), which enables saving heat generation to 1/5 (at POUT =0.8W) as compared with conventional class AB amplifier, and realizes reducing internal temperature rise of car audio applications. The power loss with output power equivalent to a class D system (digital amplifier) in about 4 W or less is acquired. Additionally, this product can realize high efficiency system without peripheral parts (which are used for LPF and EMI protection) of class D system. P-HSSOP36-1116-0.65-001 Built-in self-diagnostics allows the data reception and control through I2C bus. The maximum output power POUT is 45 W using a pure complementary Higher Weight: 1.28 g (typ.) P-ch and Lower N-ch DMOS output stage. It also includes a standby function, a mute function, and each protection circuit necessary for car audio.
2. Applications
Power IC for car audio applications.
3. Features
• Our original high efficiency amplifier; class TB(Tied BTL)
Table 3.1 Typical characteristics
• Built-in fulltime output offset detection
(Note)
• Built-in +B low voltage detection (6 modes by I2C control) • Built-in standalone control mode (power ON / OFF and a mute Condition Typ. Unit control can be controlled without I2C BUS) •
Output power
(POUT) Built-in output clip detection • V Built-in cross output connection detection (Output short detection CC = 15.2 V, Po max 45 Square Wave input between different voltage) • Built-in various mute functions (at low voltage, standby ON / OFF, VCC = 14.4 V, Po max 40 W fast, and I2C control) V • CC = 14.4 V, THD = 10% 25 6 V operations (Engine idle reduction capability) • Built-in hardware standby function THD = 10% 23 • Built-in various protection circuits (thermal shut down, over voltage,
Total harmonic distortion
(THD) short to VCC, short to GND, and output to output short) POUT = 0.4 W 0.02 % The short-circuit protection can operate per channel. • Control function via I2C bus
Output noise voltage
(VNO) (Rg = 0 Ω) Standby ON / OFF operation BW = 20 Hz to 20 kHz 60 µVrms Front / Rear separate mute operation and fast mute operation setting
Operating Supply voltage range
(VCC (opr)) Changing the time constants of mute (30 ms / 15 ms (typ.)) Amplifier circuit (R Front / Rear separate 2-step gain adjustment (26 dB / 16 dB) L = 4 Ω) 6 to 18 V Changing Power amplifier mode / Line driver mode Self-diagnostics circuit 7 to 18 V Changing clip detection (THD = 2% / 5 % / 10%) Setting of output offset detection operation Setting and startup of self-diagnostics Setting parameters and startup of current detection Setting rare short propriety • Information capable to acquire via I2C bus Each output detection per channel (irregular connection, offset, and current detection for tweeter) Information which is immediately before startup of over temperature protection, and acquisition of each setting state Note: Typical test conditions: VCC = 13.2 V, f = 1 kHz, RL = 4 Ω, GV = 26 dB, Ta = 25°C; unless otherwise specified.
Do not design your products or systems based on the information on this document. Please contact your Toshiba sales representative for updated information before designing your products.
© 2018 1 2018-10-23 Toshiba Electronic Devices & Storage Corporation
