Philips Manuals (Industrial)

TDA1517 is an integrated class-B dual output amplifier from Philips. It works with a supply voltage of 6.0-18.0V, operating current of 40mA-80mA, standby current of 0.1-100μA, and switch-on current of 40μA. The output power is 5-6W and it has good anti-surge and anti-interference capabilities

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TDA1517 and TDA1517P are Philips integrated class-B dual output amplifiers with plastic single in-line medium power package and plastic heat-dissipating dual in-line package.

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TDA1516CQ is a 24W BTL car radio power amplifier with features including few external components required, high output power, low offset voltage, fixed gain, good ripple rejection, mute/stand-by switch, load dump protection, etc.

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TDA1516BQ is a 24W single-channel car power amplifier chip produced by Philips. The chip is packaged in a single line and has low power consumption, high output power, and low output distortion.

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The TDA1515BQ is a monolithic integrated class-B output amplifier from Philips Semiconductors. It has a maximum output power of 24W and can drive low impedance loads (down to 1.6 Ω).

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This is a datasheet for TDA1514AU

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The TDA1514A is a high performance audio power amplifier IC

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This data sheet introduces TDA1510AQ, a class-B integrated output amplifier encapsulated in a 13-lead single in-line (SIL) plastic power package. Developed primarily for car radio application, the device can also be used to drive low impedance loads (down to 1.6 Ω).

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TDA1388T is a bitstream continuous calibration filter-DAC for CD-ROM audio applications, which features multiple format input interface, digital sound processing, advanced audio output configuration and so on.

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TDA1388 is a chip that integrates digital filter, DAC and headphone driver, supports I2S-bus and LSB-justified input format, has independent left and right channel soft mute, channel interchange, stereo headphone and line output, etc., which can meet the needs of CD-ROM audio applications.

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TDA1387T is a digital-to-analog converter chip launched by Philips, using 1.0µm CMOS process, with extremely low power consumption, low distortion and wide dynamic range.

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TDA1386T is a double-speed mode noise shaping filter DAC with features like digital volume control, soft mute function, low power dissipation, and digital de-emphasis. It supports I2S-bus or 16, 18 or 20 bits LSB fixed serial input format and has high performance characteristics such as superior signal-to-noise ratio, wide dynamic range, and no zero crossing distortion.

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TDA1373H is a general digital input (GDIN) integrated circuit from Philips Semiconductors. It has four operating modes: sample rate conversion (SRC) mode, AD/DA mode, SLAVE-VCO mode and SLAVE-VCXO mode. It supports a wide range of input sample rates and has fast and automatic detection and locking to the input sample rate with continuous tracking.

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This data sheet introduces the features and characteristics of the TDA1315H digital audio input/output circuit (DAIO).

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TDA1314T is a high dynamic range quad low noise DAC for automotive audio systems, controlled by the automotive audio DSP. It features 18-bit data input format, four-times serial oversampling filter, 1st-order 4fas noise shaper and four very low noise DACs.

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TDA1313; TDA1313T is a stereo continuous calibration DAC with features including 4/8× oversampling, voltage output, space saving package, low power consumption, wide dynamic range, and easy application.

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The TDA1082 is a monolithic integrated circuit driving east-west correction of colour tubes in television receivers. The circuit can be used for class-A and class-D operation and incorporates the following functions: • differential input amplifier • squaring stage • differential output amplifier with driver stage • protection stage with threshold • switching off the correction during flyback • voltage stabilizer

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The TDA1072A integrated AM receiver circuit is an AM receiver that performs the active and part of the filtering functions of an AM radio receiver. It is intended for use in mains-fed home receivers and car radios. The circuit can handle oscillator frequencies up to 50 MHz and r.f. signals up to 500 mV. It minimizes r.f. radiation and sensitivity to interference with an almost symmetrical design. The voltage-controlled oscillator provides low distortion and high spectral purity signals over the entire frequency range, even with variable capacitance diodes. Band switching diodes can be easily applied if needed. Selectivity is achieved with a block filter before the i.f. amplifier. The circuit features inputs protected against damage by static discharge, gain-controlled r.f. stage, double balanced mixer, separately buffered voltage-controlled and temperature-compensated oscillator, gain-controlled i.f. stage with wide a.g.c. range, full-wave balanced envelope detector, internal generation of a.g.c. voltage with possibility of second-order filtering, buffered field strength indicator driver with short-circuit protection, a.f. preamplifier with possibilities for simple a.f. filtering.

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TDA1072AT is an AM receiver circuit integrated by Philips Semiconductors. It features extremely low distortion and high spectral purity. It can be used in mains-fed home receivers and car radios.

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The TDA1074A is a monolithic integrated circuit designed for use as volume and tone control circuit in stereo amplifiers. This dual tandem potentiometer IC consists of two ganged pairs of electronic potentiometers with the eight inputs connected via impedance converters, and the four outputs driving individual operational amplifiers. The setting of each electronic potentiometer pair is controlled by an individual d.c. control voltage. The potentiometers operate by current division between the arms of cross-coupled long-tailed pairs. The current division factor is determined by the level and polarity of the d.c. control voltage with respect to an externally available reference level of half the supply voltage. Since the electronic potentiometers are adjusted by a d.c. control voltage, each pair can be controlled by single linear potentiometers which can be located in any position dictated by the equipment styling. Since the input feedback impedances around the operational amplifier gain blocks are external, the TDA1074A can perform bass/treble and volume/loudness control. It also can be used as a low-level fader to control the sound distribution between the front and rear loudspeakers.

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