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LT1115CSW Linear Technology LT1115 - Ultra-Low Noise, Low Distortion, Audio Op Amp; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1115CSW#TR Linear Technology LT1115 - Ultra-Low Noise, Low Distortion, Audio Op Amp; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1115CSW#TRPBF Linear Technology LT1115 - Ultra-Low Noise, Low Distortion, Audio Op Amp; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1115CSW#PBF Linear Technology LT1115 - Ultra-Low Noise, Low Distortion, Audio Op Amp; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1115CN8 Linear Technology LT1115 - Ultra-Low Noise, Low Distortion, Audio Op Amp; Package: PDIP; Pins: 8; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1115CN8#PBF Linear Technology LT1115 - Ultra-Low Noise, Low Distortion, Audio Op Amp; Package: PDIP; Pins: 8; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy

audio compressor expander IC 8 pin

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audio compressor expander IC 8 pin

Abstract: audio compressor expander IC developed for use in cordless telephone equipment. It is a compander IC incorporating compressor/expander , the output pin are exposed to circuitry outside the IC. The expander input amp can be used as a , transmission side, the dynamic range of audio signals is compressed by the compressor circuit; on the , communication devices Pin Assignment 24 23 22 21 20 19 18 17 16 15 14 13 1 2 3 4 5 6 7 8 9 10 11 12 , C.MUTE SW 23 E.Vref 8 C.NF 16 E.MUTE SW 24 Vcc Compander IC MM1077 MITSUMI
Mitsumi
Original
MM1077XF audio compressor expander IC 8 pin audio compressor expander IC compressor limiter ic audio compressor expander IC, 8 pin microphone Compander audio compressor expander IC 10 pin SSOP-24A

audio compressor expander IC 8 pin

Abstract: compressor limiter ic use in cordless telephones. It is a compander IC incorporating compressor/expander circuits for a , between audio signals and data signals is possible using the compressor mute switch. 2. Expander unit , between data signals and audio signals. MITSUMI Compander IC MM1102 5. Expander input amp The positive and negative input pins and the output pin are exposed to circuitry outside the IC. The expander , =-30dB Compander IC MM1102 MITSUMI 8. DATA pin/Input amp voltage gain 12. Output noise voltage 9. DATA
Mitsumi
Original
MM1102XF audio compressor IDC 6pin

audio compressor expander IC

Abstract: CCITT p53 transmission. The signal path used for data transmission bypasses the compressor and expander circuits. 1 , voltage to demonstrate the improvement resulting from the use of the compressor. An audio signal is , overall characteristics are measured using both the compressor and the expander. The output is measured , placing the data input pin following the compressor circuit, a data signal can be transmitted without being compressed. Audio from the microphone can be connected directly to the IC, because it passes
TOKO
Original
TK10651M TK10651 CCITT p53 TK10487M LPF marking audio compandor IC compressor MFP20 IC-231-TK11031 0798O0
Abstract: audio signals is compressed by the compressor circuit; on the receiving side, the expander expands the , is 1.3V. The compressor mute switch at pin 15 is used to switch between data signals and audio , positive and negative input pins and the output pin are exposed to circuitry outside the IC. The expander , 10% p -p Compander IC MM1102 MPCSttM: 8. DATA pin/input amp voltage gain â'" cTVcc 12 , telephones. It Is a compander IC Incorporating com pressor/expander circuits for a significant noise -
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compressor limiter ic

Abstract: audio compressor expander IC 8 pin telephone equipment. It is a compander IC incorporating compressor/expander circuits for a significant noise , audio signals is compressed by the compressor circuit; on the receiving side, the expander expands the , possible using the compressor mute switch. 2. Expander unit The expander unit consists of an input amp , switch can be set so that the expander output is nearly silent. MâïSUMÎ Compander IC MM1077 1. Mike amp The compressor unit mike amp is exposed to circuits outside the IC via positive and negative
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Abstract: range of audio signals is compressed by the compressor circuit; on the receiving side, the expander , telephone equipment. It is a compander IC incorporating com pressor/expander circuits for a significant , provided. Switching between audio signals and data signals is possible using the compressor mute switch , compressor unit mike amp is exposed to circuits outside the IC via positive and negative input pins. The , to pin 8. The cutoff frequency is determined by the product with the internal resistance (1 OOkO). -
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AV TO VGA CONVERTER circuit

Abstract: VGA TO AV CONVERTER circuit . As a result, the compressor and expander sections of this application can be considered independently , overall gain value, and is adjustable from -1 OdB to +20dB. EXPANDER AUDIO Input amplifier U1 is a , resistor ahead of the VCA input [pin 8,(16)] limits peak signal currents to avoid VCA distortion. The VCA , sets the VCA input/output current compliance range. A VCA input shunting capacitor shown from U3 pin 8 , AUDIO PRODUCTS 4-43 TABLE 1 : Circuit Performance Specifications Compressor/Limlter (Figure 1) Input
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SSM-2120 AV TO VGA CONVERTER circuit VGA TO AV CONVERTER circuit AV to VGA converter VGA TO AV CONVERTER SSM2120 AN-133 SSM-2134 15VDC 18VDC

audio compressor expander IC

Abstract: range of audio signals is compressed by the compressor circuit; on the receiving side, the expander , Compander IC MM1102 5. Expander input amp The positive and negative input pins and the output pin are , Compander IC MM1102 8. DATA pin/input amp voltage gain - Cf Vcc DATA.IN (A.IN) GND C.OUT (A.OUT) ^ , cordless telephones. It is a com pander IC incorporating com pressor/expander circuits fo r a significant , Compander IC MM1102 Compander IC MM1102 10 (13) Buffer amp unit Pin 10 (13): Input pin not biased
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audio compressor expander IC 8 pin

Abstract: TOKO A 50 GTE bypasses the compressor and expander circuits. 106 51M VCC EXP OUT DATA OUT EXP NF EXP , the improvement resulting from the use of the compressor. An audio signal is connected into the , overall characteristics are measured using both the compressor and the expander. The output is measured , SOLID LINE: COMPRESSOR DASHED LINE: THROUGH -50 -60 -70 -80 Page 8 -120 -90 -70 -50 , COMPRESSOR MICROPHONE AMPLIFIER By placing the data input pin following the compressor circuit, a data
TOKO
Original
TOKO A 50 GTE TK10487 audio compressor limiter fm SSOP-20 TK1048 compandor

7737

Abstract: audio compressor expander IC 8 pin technique. Pin No. Pin Low or open High 2 CMP-MUTE Compressor system audio: muted Compressor system audio: normal output 3 EXP-MUTE Expander system audio: muted Expander system , Audio Signal-Processing IC Overview The LA8580W is an I/O switching audio signalprocessing IC for , I/O filters. · Compressor, limiter (IDC), compressor system muting, splatter filter. · Expander , (Input: pin 8) ­15 ­13.5 ­12 dBV Maximum output level VMXC THD = 1.5% ­5.5
SANYO Electric
Original
7737 doorphone compressor ALC compressor Sanyo microphone amplifier with alc microphone preamplifier with alc ENN7737

TK10487M

Abstract: CCITT p53 reference voltage pin for the compressor and pin 14 is the reference voltage pin for the expander. The , Pin MIN TYP 4.00 1.15 1.30 _ 1.45 Compressor Z INC Input Impedance - , . APPLICATION INFORMATION COMPRESSOR By placing the data input pin following the compressor circuit, a data , . TK10651 APPLICATION INFORMATION (CONT.) COMPRESSOR MICROPHONE AMPLIFIER The input pin connects to the , compressor and the expander. The time constant is deter mined by the external capacitor value and the
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FULL WAVE RECTIFIER CIRCUITS

Abstract: audio compressor expander IC guaranteed for the compressor, and 60 dB for the expander. A passthrough function (Pin 8) is provided which , ) EXPANDER (Pin 12 = Low, unless noted) dB Passthrough Gain (Pin 8 = High, Pin 12 = Low, Vin = 1.0 Vrms , Reference Voltage Vb Channel Separation Expander to Compressor (Pin 14 = 316 mVrms @ 1.0 kHz and Pin , Compressor 68 dB 67 dB 66 dB Muting ( Gain) with Pin 12 = High (Vin = 0.316 Vrms) - Expander , . Attack and Decay Times (Compressor) Figure 8. Attack and Decay Times (Expander) V1 V2 Output
Motorola
Original
MC33111 FULL WAVE RECTIFIER CIRCUITS compressor IC precision rectifier 3-terminal adjustable regulator 5Bp power control block diagram for RF transmitter AND RECEIVER MC33111/D
Abstract: true-RMS-responding level detector. The 16-pin QSOP part is aimed at battery-operated audio applications including , compressor (or encoder) to condition audio signals before feeding them into a noisy channel such as a , of the noisy channel. The compressor reduces the dynamic range of the audio signals so that it can , compressor). As shown in Figure 17, during low-level audio passages, the compressor increases signal levels , audio passages, the compressor decreases signal levels, reducing them to fit within the headroom THAT
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THAT4316 QSOP-16

ML33111-5P

Abstract: audio compressor expander IC Times (Compressor) Figure 8. Attack and Decay Times (Expander) V1 V2 Output (Pin 15) Output , be provided at this pin. A logic high sets the gain of both expander and compressor to 0 dB , COMPRESSOR (Pin 4 = Low unless noted) dB Passthrough Gain (Pin 8 = High, Pin 4 = Low, Vin = 1.0 Vrms , EXPANDER (Pin 12 = Low, unless noted) dB Passthrough Gain (Pin 8 = High, Pin 12 = Low, Vin = 1.0 Vrms , Separation Expander to Compressor (Pin 14 = 316 mVrms @ 1.0 kHz and Pin 3 = 0 mVrms) (Pin 14 = 100 mVrms
Lansdale Semiconductor
Original
ML33111 ML33111-5P voice activated recorder circuit walkie-talkie characterization of precision full wave rectifier MC33111D compressor expander

MC33110

Abstract: audio compressor expander IC 10 pin Load Compressor (Pin 11, Vo = 100 mV) Expander (Pin 4, Vo = 100 mV) Ambient Temperature All limits are , mVrms Channel Separation Expander to Compressor, output measured at Pin 11 V^ @ Pin 5 = 316 mVrms, f = 1.0 kHz V^ @ Pin 5 = 316 mVrms, f = 10 kHz Compressor to Expander, output measured at Pin 4 Vin @ Pin , dynamic range of an audio signal. One circuit is configured as an expander, while the other circuit can be configured as a compressor or expander. Each circuit has a full wave rectifier to provide average value
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MC33110 10-pin compander IC 33110P SO-14

MC33111D

Abstract: Nippon capacitors . Attack and Decay Times (Compressor) Figure 8. Attack and Decay Times (Expander) Output (Pin 2 , compressor, and 60 dB for the expander. A passthrough function (Pin 8) is provided which sets both sections , PT (Pin 8) 0 X X 1 Function Normal Operation Compressor Mute Expander Mute Passthrough The , 100 mVrms @1.2 kHz) Compressor to Expander (Pin 3 = 1.0 Vrms @ 1.0 kHz and Pin 14 = 0 mVrms) (Pin 3 = , expander, and the other is configured as a compressor. Each circuit has a full wave rectifier to provide
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Nippon capacitors 1PHX33720-O

precision FULL WAVE RECTIFIER

Abstract: characterization of precision full wave rectifier guaranteed for the compressor, and 60 dB for the expander. A passthrough function (Pin 8) is provided which , be provided at this pin. A logic high sets the gain of both expander and compressor to 0 dB , COMPRESSOR (Pin 4 = Low unless noted) dB Passthrough Gain (Pin 8 = High, Pin 4 = Low, Vin = 1.0 Vrms , EXPANDER (Pin 12 = Low, unless noted) Passthrough Gain (Pin 8 = High, Pin 12 = Low, Vin = 1.0 Vrms , Separation Expander to Compressor (Pin 14 = 316 mVrms @ 1.0 kHz and Pin 3 = 0 mVrms) (Pin 14 = 100 mVrms
Lansdale Semiconductor
Original
precision FULL WAVE RECTIFIER precision full wave MC33111P MC78L05ACP ML33111EP

audio compressor expander IC

Abstract: walkie-talkie compressor and expander according to the following truth table: CM (Pin 4) EM (Pin 12) PT (Pin 8 , ) EXPANDER (Pin 12 = Low, unless noted) dB Passthrough Gain (Pin 8 = High, Pin 12 = Low, Vin = 1.0 Vrms , Reference Voltage Vb Channel Separation Expander to Compressor (Pin 14 = 316 mVrms @ 1.0 kHz and Pin , Compressor 68 dB 67 dB 66 dB Muting ( Gain) with Pin 12 = High (Vin = 0.316 Vrms) - Expander , ) Figure 7. Attack and Decay Times (Compressor) Figure 8. Attack and Decay Times (Expander) V1 V2
Motorola
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100k variable resistor round body gte parts VS-25 cbs phoenix ms EIA-553

audio compressor expander IC

Abstract: compressor IC 11 ­19 COMPRESSOR (Pin 4 = Low unless noted) dB Passthrough Gain (Pin 8 = High, Pin 4 = Low , mVrms) EXPANDER (Pin 12 = Low, unless noted) dB Passthrough Gain (Pin 8 = High, Pin 12 = Low, Vin , ), Pin 3 = 100 mVrms @ 1.2 kHz) Compressor to Expander (Pin 3 = 1.0 Vrms @ 1.0 kHz and Pin 14 = 0 mVrms , Compressor 68 dB 67 dB 66 dB Muting ( Gain) with Pin 12 = High (Vin = 0.316 Vrms) - Expander , . Attack and Decay Times (Compressor) Figure 8. Attack and Decay Times (Expander) V1 V2 Output
Freescale Semiconductor
Original
14 pin ic recorder voice MC33111 equivalent

walkie-talkie diagram

Abstract: walkie-talkie circuit Expander to Compressor, output measured at Pin 11 Vin Cfi Pin 5 = 316 mVrms, f = 1.0 kHz 43 48 â'" Vjn (ft Pin 5 = 316 mVrms, f = 10 kHz â'" 68 â'" Compressor to Expander, output measured at Pin 4 , Material Copyrighted By Its Respective Manufacturer MOTOROLA 5 COMPRESSOR EXPANDER FIGURE 8 â'" POWER , expanding the dynamic range of an audio signal. One circuit is configured as an expander, while the other circuit can be configured as a compressor or expander. Each circuit has a full wave rectifier to provide
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walkie-talkie diagram walkie-talkie circuit MC33110P voice activated intercom ADB 646 walkie-talkie motorola MC33110/D
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