5532 IC SUB Search Results

Design Note 127

Abstract: dbx 202C VCA DBX 2180 dbx 2150 DBX 202 DBX 2181 dbx vca dbx 202c dbx 2001 VCA DBX2150
Contextual Info: 1 THAT Corporation Design Note 127 Upgrading Modular VCAs The appearance of the first modular VCAs in the 1970s dramatically accelerated the field of fader automation. While the performance of those early VCAs is rather lacking by today’s standards, many of the early SSL and Quad-8 consoles built during that era are still in

ic 5532

Abstract: 5532s ic an 5532 three stage Instrumentation Amplifier having gain 100R variable resistor 5532 ic 270R THAT1203 cm 100n net signal amplifier
Contextual Info: 1 THAT Corporation Design Note 133 Introduction Unbalanced source impedances are a widely recognized source of degraded common mode rejection performance, and the Crystal input buffer CIB , shown in Figure 1, is occasionally

ic 5532

Abstract: 1N4148 discontinued 2180c SSM2120 audio compressor expander IC 8 pin ssm-2120 1N4148 ic an 5532 audio compressor expander IC, 8 pin voltage divider rule
Contextual Info: 1 THAT Corporation Design Note 126 Replacing the SSM2120 Level Detector Introduction In the course of providing applications support for our VCAs, we’ve noticed that a significant number of designers have used our VCAs in conjunction with the dual level-detectors available in

5534 riaa amp

Abstract: bass treble circuit schematic ne5532 bass treble using ne5532 riaa preamp NE5532 ne5532 application note ne5532 phono preamp NE5532 application notes bass treble using 1458 professional riaa filter NE5534 Philips
Contextual Info: INTEGRATED CIRCUITS AN142 Audio circuits using the NE5532/3/4 author Philips Semiconductors 1984 Oct Philips Semiconductors Application note Audio circuits using the NE5532/3/4 AN142 actually five individual active filters with the same feedback design for all five. The main difference in all five stages is the values of C5

Contextual Info: RC5532/5532A RC5532/5532A High Performance Dual Low Noise Operational Amplifier Features Description The 5532 is a high performance, dual low noise operational amplifier. Compared to standard dual operational amplifiers, such as the RC747, it shows better noise performance, improved

5534 riaa amp

Abstract: bass treble circuit schematic ne5532 ne5532 phono preamp riaa preamp NE5532 siliconix ne5534 bass treble using ne5532 bass treble using 1458 NE5532- 34 riaa 5532 professional riaa filter
Contextual Info: AND8177/D Audio Circuits Using the NE5532/4 http://onsemi.com APPLICATION NOTE Audio Circuits Using the NE5532/34 The following will explain some of ON Semiconductors low noise op amps and show their use in some audio applications. preamp, input buffer, 5-band equalizer, and mixer.

bass treble using ne5532

Abstract: NE5532 ST ne5532 phono preamp NE5532 application notes ne5532 application note riaa preamp NE5532 2904H ne5534 equalizer pin configuration of ic NE5532 ne5532
Contextual Info: Philips Semiconductors Linear Products Application note Audio circuits using the NE5532/3/4 AN142 AUDIO CIRCUITS USING THE NE5532/33/34 actually five individual active filters w ith the sam e feedback design for all five. The m ain difference in all five stages is the values o f C5

rm5532at

Contextual Info: RC5532/5532A RC5532/5532A High Performance Dual Low Noise Operational Amplifier Description Features The 5532 is a high performance, dual low noise operational amplifier. Compared to standard dual operational amplifiers, such as the RC747, it shows better noise performance, improved

riaa 5532

Abstract: riaa preamp NE5532 signetics NE5532 RIAA phono pre-amp NE5532 application notes ne5532 phono preamp NE5532 signetics 5534 riaa amp signetics 5532 ne5534 equalizer
Contextual Info: Signetics AN 142 Audio Circuits Using the NE5532/33/34 Application Note Linear Products AUDIO CIRCUITS USING THE NE5532/33/34 The following will explain some of Signetics’ low noise op amps and show their use in some audio applications. DESCRIPTION The 5532 is a dual high-performance low

Contextual Info: ANALOG 32/64-Channel Infinite ► D E V IC E S _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Sample-and-Hold Preliminary Technical Data AD5532/64 FEATURES Infinite Hold Capability with No Droop Single Input, 32/64 Output Channels Input/Output Transfer Function Nonlinearity of

F14mm

Contextual Info: ANALOG ► DEVICES 32/64-Channel Infinite Sample-and-Hold AD5532/64 Preliminary Technical Data FEATURES Infinite Hold Capability w ith No Droop Single Input, 32/64 channels of Output Input/O utput Transfer Function Linearity of ±0.012% max Per-Channel Acquisition tim e of 16 |xs max

AS3935

Contextual Info: 2. Soldering the headers Before using your click board, make sure to solder 1x8 male headers to both left and right side of the board. Two 1x8 male headers are included with the board in the package. 1 Thunder click 2 3 4. Essential features 1. Introduction

ne5532 cross

Abstract: PDS-1084B 74HC323 20PF PCM1750 PCM1750P PCM1750U
Contextual Info: PCM1750P PCM1750U Dual CMOS 18-Bit Monolithic Audio ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● DUAL 18-BIT LOW-POWER CMOS AUDIO A/D CONVERTER ● FAST 4.5µs MIN CONVERSION TIME INCLUDING S/H ● TWO CO-PHASE SAMPLED, ±2.75V AUDIO INPUTS ● CAPABLE OF 4X PER CHANNEL

20PF

Abstract: PCM1750 PCM1750P PCM1750U NE5532 TOTAL HARMONIC distortion TTL 74hc74
Contextual Info: PCM1750P PCM1750U Dual CMOS 18-Bit Monolithic Audio ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● DUAL 18-BIT LOW-POWER CMOS AUDIO A/D CONVERTER ● FAST 4.5µs MIN CONVERSION TIME INCLUDING S/H ● TWO CO-PHASE SAMPLED, ±2.75V AUDIO INPUTS ● CAPABLE OF 4X PER CHANNEL

ne5532 cross

Abstract: pcm1750p
Contextual Info: PCM1750P PCM1750U Dual CMOS 18-Bit Monolithic Audio ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● DUAL 18-BIT LOW-POWER CMOS AUDIO A/D CONVERTER ● FAST 4.5µs MIN CONVERSION TIME INCLUDING S/H ● TWO CO-PHASE SAMPLED, ±2.75V AUDIO INPUTS ● CAPABLE OF 4X PER CHANNEL

application circuits of ic 74HC74

Contextual Info: PCM1750P PCM1750U Dual CMOS 18-Bit Monolithic Audio ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● DUAL 18-BIT LOW-POWER CMOS AUDIO A/D CONVERTER ● FAST 4.5µs MIN CONVERSION TIME INCLUDING S/H ● TWO CO-PHASE SAMPLED, ±2.75V AUDIO INPUTS ● CAPABLE OF 4X PER CHANNEL

Contextual Info: PCM1750P PCM1750U Dual CMOS 18-Bit Monolithic Audio ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● DUAL 18-BIT LOW-POWER CMOS AUDIO A/D CONVERTER ● FAST 4.5µs MIN CONVERSION TIME INCLUDING S/H ● TWO CO-PHASE SAMPLED, ±2.75V AUDIO INPUTS ● CAPABLE OF 4X PER CHANNEL

74HC74

Abstract: 5k potentiometer 5v
Contextual Info: PCM1750P PCM1750U Dual CMOS 18-Bit Monolithic Audio ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● DUAL 18-BIT LOW-POWER CMOS AUDIO A/D CONVERTER ● FAST 4.5µs MIN CONVERSION TIME INCLUDING S/H ● TWO CO-PHASE SAMPLED, ±2.75V AUDIO INPUTS ● CAPABLE OF 4X PER CHANNEL

74HC74

Contextual Info: PCM1750P PCM1750U Dual CMOS 18-Bit Monolithic Audio ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● DUAL 18-BIT LOW-POWER CMOS AUDIO A/D CONVERTER ● FAST 4.5µs MIN CONVERSION TIME INCLUDING S/H ● TWO CO-PHASE SAMPLED, ±2.75V AUDIO INPUTS ● CAPABLE OF 4X PER CHANNEL

Contextual Info: PCM1750P PCM1750U Dual CMOS 18-Bit Monolithic Audio ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● DUAL 18-BIT LOW-POWER CMOS AUDIO A/D CONVERTER ● FAST 4.5µs MIN CONVERSION TIME INCLUDING S/H ● TWO CO-PHASE SAMPLED, ±2.75V AUDIO INPUTS ● CAPABLE OF 4X PER CHANNEL

20PF

Abstract: PCM1750 PCM1750P PCM1750U ic an 5532 PDS-1084B 74HC74 schematic application
Contextual Info: PCM1750P PCM1750U Dual CMOS 18-Bit Monolithic Audio ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● DUAL 18-BIT LOW-POWER CMOS AUDIO A/D CONVERTER ● FAST 4.5µs MIN CONVERSION TIME INCLUDING S/H ● TWO CO-PHASE SAMPLED, ±2.75V AUDIO INPUTS ● CAPABLE OF 4X PER CHANNEL

Contextual Info: PCM1750P PCM1750U Dual CMOS 18-Bit Monolithic Audio ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● DUAL 18-BIT LOW-POWER CMOS AUDIO A/D CONVERTER ● FAST 4.5µs MIN CONVERSION TIME INCLUDING S/H ● TWO CO-PHASE SAMPLED, ±2.75V AUDIO INPUTS ● CAPABLE OF 4X PER CHANNEL

ne5532 thd

Abstract: 20PF PCM1750 PCM1750P PCM1750U ne5532 equivalent
Contextual Info: PCM1750P PCM1750U Dual CMOS 18-Bit Monolithic Audio ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● DUAL 18-BIT LOW-POWER CMOS AUDIO A/D CONVERTER ● FAST 4.5µs MIN CONVERSION TIME INCLUDING S/H ● TWO CO-PHASE SAMPLED, ±2.75V AUDIO INPUTS ● CAPABLE OF 4X PER CHANNEL

ne5532 equivalent

Contextual Info: PCM1750P PCM1750U Dual CMOS 18-Bit Monolithic Audio ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● DUAL 18-BIT LOW-POWER CMOS AUDIO A/D CONVERTER ● FAST 4.5µs MIN CONVERSION TIME INCLUDING S/H ● TWO CO-PHASE SAMPLED, ±2.75V AUDIO INPUTS ● CAPABLE OF 4X PER CHANNEL