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Part Manufacturer Description Datasheet Download Buy Part
LTC2450CDC-1#TRPBF Linear Technology LTC2450-1 - Easy-to-Use, Ultra-Tiny 16-Bit Delta Sigma ADC; Package: DFN; Pins: 6; Temperature Range: 0°C to 70°C
LTC2450IDC-1#PBF Linear Technology LTC2450 - Easy-to-Use, Ultra-Tiny 16-Bit Delta Sigma ADC; Package: DFN; Pins: 6; Temperature Range: -40°C to 85°C
LTC2450CDC-1#TRMPBF Linear Technology LTC2450-1 - Easy-to-Use, Ultra-Tiny 16-Bit Delta Sigma ADC; Package: DFN; Pins: 6; Temperature Range: 0°C to 70°C
LTC2450IDC#PBF Linear Technology LTC2450 - Easy-to-Use, Ultra-Tiny 16-Bit Delta Sigma ADC; Package: DFN; Pins: 6; Temperature Range: -40°C to 85°C
LTC2450CDC#TRPBF Linear Technology LTC2450 - Easy-to-Use, Ultra-Tiny 16-Bit Delta Sigma ADC; Package: DFN; Pins: 6; Temperature Range: 0°C to 70°C
LTC2450CDC-1#PBF Linear Technology LTC2450-1 - Easy-to-Use, Ultra-Tiny 16-Bit Delta Sigma ADC; Package: DFN; Pins: 6; Temperature Range: 0°C to 70°C

sine wave generator using ic 555 Datasheets Context Search

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xr 2206 FM modulation

Abstract: XR567 XR-S200 IC XR 2240 XR-2240 XR13600 XR-3524 XR-2216 XR-2208 XR-2203
Text: Sine Wave Converter Sine Wave Generator Solonoid Driver (Also See Relay Driver) RECOMMENDED EXAR , Sine Wave Converter -u- RECOMMENDED EXAR PRODUCT XR-2242 XR-567, XR-2211, XR-2567 XR-2212/XR , September 1979 EXAR A P P L IC A T IO N S D IC T IO N A R Y Exar's line of monolithic IC , guide for the IC user, to assist him in finding the Exar product most suited to his application. The , ) RECOMMENDED EXAR PRODUCT XR-A100, XR-B100, XR-C100, XR-D100 XR-F100, XR-G100, XR-X100 XR- 555 , XR-556, XR


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PDF XR-2206 XR-2211 XR-2208, XR-2228, XR-13600 XR-S200, XR-205 XR-2206, XR-2207, XR-2209, xr 2206 FM modulation XR567 XR-S200 IC XR 2240 XR-2240 XR13600 XR-3524 XR-2216 XR-2208 XR-2203
2010 - Not Available

Abstract: No abstract text available
Text: & Benefits I 14-bit, 125 MSa/s, 4,000 k point Arbitrary Waveform Generator I 50 MHz Sine , KHz bandwidth Frequency Modulation Internal 0.01 Hz-20 kHz sine wave , square or triangle External , and precision and a DDS architecture offering easy to use conventional function generator , operation is straightforward and user-friendly. The instruments can be remotely controlled using SCPI-compliant commands via RS232 or GPIB interface. I Both channels offer full functionality. All wave


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PDF 14-bit, RS-232 RS-232 EN55011 EN55082 EN61010
Not Available

Abstract: No abstract text available
Text: : 0.5 Vp-p, 10 kHz sine wave -0.5 0.0 0.5 dB Detail enhancer characteristics 1 g deti Input: 316 mVp-p, 2 MHz sine wave 1.6 1.9 2.6 dB Detail enhancer characteristics 2 G0ET2 Input: 100 mVp-p, 2 MHz sine wave 3.1 4.1 5.1 dB Detail enhancer characteristics 3 GDET3 Input: 31.6 mVp-p, 2 MHz sine wave 5.3 6.3 7.3 dB NL emphasis characteristics 1 G NLEMP1 Input: 500 mVp-p, 2 MHz sine wave 0.5 1.4 2.3 dB NL emphasis


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PDF LA7449, 7449M 7449M LC899 89970M) A7449,
2009 - 50Hz sine wave generator

Abstract: sine wave 50Hz generator induction furnace 50hz sine generator samwha oil capacitor sine wave generator with 555 for temperature tolerance checking system 3 phase controller sine wave induction furnace transformer saMWHA
Text: distortion wave is expressed as the sum of sine wave [50Hz], the integral number frequency and major sine , . Combined distortion wave is manifested in distorted sine wave form. This form can be analyzed into one fundamental wave [50Hz] which has random cycle and major sine wave which has integral number frequency or , , an distorted wave form comprising sine wave type [50Hz] and 5th [250Hz] and 7th [350Hz] wave form is , Wave + 5th Harmonic Part + 7th Harmonic Part Harmonic Generator ·Thyristior


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PDF man200 SMFL-66050KS SMFL-46100KS SMFL-66100KS SMFL-86100KS SMFL-66150KS SMFL-86150KS SMFL-66200KS SMFL-76200KS 50Hz sine wave generator sine wave 50Hz generator induction furnace 50hz sine generator samwha oil capacitor sine wave generator with 555 for temperature tolerance checking system 3 phase controller sine wave induction furnace transformer saMWHA
Internal diagram of ic 7495

Abstract: sine wave generator using ic 555 square wave generator using ic 555 mode selection table of ic 7495 L7590
Text: is then filtered to produce a sine wave . The peak-to-peak output level is deter mined by the , , high-voltage sine wave ringing signal. Figure 3, parts A and B, illus trates the PWM signal with relation to , administrations require an injection of a pure sine wave . Depending on the country, the distortion require ment is in the range of 3% to 5%. In the United States, the wave does not need to resemble a sine wave , but , . Current limiting provided by the device is 20 mApeak (min) to 35 mApeak (max). The L7590 IC is optimized


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PDF L7590 DS97-006ALC DS95-043LCAS DS95-169LCAS) Internal diagram of ic 7495 sine wave generator using ic 555 square wave generator using ic 555 mode selection table of ic 7495
Ron-100

Abstract: XC74UH4066M 557 sot25
Text: -50 - - - dB 6.0 ns RL=10k Sine Wave Distortion Rate 4.5 CL=50pF Fin , current 556 RL= 1 k CL= 50pF s Sine Wave Distortion Rate VCC VCC/2 Input RL= 1 k CONT VCC Output fin ON 10µF GND CL= 50pF Note: Input is Sine Wave s -3dB Band , Note: Input is Sine Wave 557 XC74UH4066M CMOS Logic s Feed Through VCC Input RL , Sine Wave s Cross Talk Wave form 6ns 6ns VCC 90% 90% Input o 10% 10% GND


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PDF XC74UH4066M XC74UH4066M OT-25 OT-25 Ron-100 557 sot25
Not Available

Abstract: No abstract text available
Text: filtered to produce a sine wave . The peak-to-peak output level is deter­ mined by the magnitude of the , high-voltage replica of the CLK input is filtered to leave only the low-frequency, high-voltage sine wave , , most world­ wide administrations require an injection of a pure sine wave . Depending on the country , need to resemble a sine wave , but it cannot be a square wave . The shape requirement of the wave in , high-value negative dc supply, and a digital input sequence The L7590B IC is optimized for low power


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PDF L7590B 30racknell) DS97-512ALC DS97-234ALC)
1998 - sine wave generator using ic 555

Abstract: square wave generator using ic 555 pwm pure sine wave generator LUCL7590CAE-D L7590C HP 8116A L7581 lucent Ringing Generator pin diagram of ic 7495 HP8116A
Text: produce a sine wave . The peak-to-peak output level is determined by the magnitude of the negative , leave only the low-frequency, high-voltage sine wave ringing signal. Figure 3, parts A and B , States, the wave does not need to resemble a sine wave , but it cannot be a square wave . The shape , drive transistor with an internal control circuit. The L7590C IC is optimized for low power , Supply. Determines the swing of the ringing generator . Connect a 1 µF capacitor from VNEG to VREF


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PDF L7590C DS98-340ALC DS97-512ALC) sine wave generator using ic 555 square wave generator using ic 555 pwm pure sine wave generator LUCL7590CAE-D HP 8116A L7581 lucent Ringing Generator pin diagram of ic 7495 HP8116A
2000 - 555 timer 20 khz square wave generator

Abstract: 555 timer 1 khz square wave generator pwm circuits using 555 programmable Sine Wave Generator 555 timer 5 khz square wave generator china phone BLOCK diagram 80C32 T9000 sine wave generator
Text: MICROPROCESSOR MEMORY SLIC B1 CODEC MICROPROCESSOR MEMORY B1 FS2 DUAL SINE WAVE GENERATOR ANALOG PHONE 2 CODEC DUAL SINE WAVE GENERATOR 12-3566 LEGEND: ALC: FS1: FS2: SLIC: B1 , , general-purpose comparators. s Two 100 kHz programmable PWM outputs with an automatic sine wave generation , : GCI+: GPIO: HDLC: JTAG: PWM: UCI: Square wave signal generator with programmable period , narrowband multiservice delivery system (NMDS) adopted by countries using the V5 signaling protocol (e.g


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PDF T9000 T9000 Hz--200 PB01-013ISDN PN00-069ISDN) 555 timer 20 khz square wave generator 555 timer 1 khz square wave generator pwm circuits using 555 programmable Sine Wave Generator 555 timer 5 khz square wave generator china phone BLOCK diagram 80C32 sine wave generator
sine wave generator using ic 555

Abstract: pin diagram of ic 7495 square wave generator using ic 555 3311a Scans-00126149 DS97-512ALC pwm 555 driver application LUCL7590BAE L7590B Internal diagram of ic 7495
Text: digital input. The output is then filtered to produce a sine wave . The peak-to-peak output level is , injection of a pure sine wave . Depending on the country, the distortion requirement is in the range of 3% to 5%. In the United States, the wave does not need to resemble a sine wave , but it cannot be a square , , high-voltage sine wave ringing signal. Figure 3, parts A and B, illustrates the PWM signal with relation to the , control circuit. The L7590B IC is optimized for low power dissipation and is available in a 16


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PDF L7590B DS97-512ALC DS97-234ALC) 005002b sine wave generator using ic 555 pin diagram of ic 7495 square wave generator using ic 555 3311a Scans-00126149 DS97-512ALC pwm 555 driver application LUCL7590BAE Internal diagram of ic 7495
Not Available

Abstract: No abstract text available
Text: produce a sine wave . The peak-to-peak output level is deter­ mined by the magnitude of the negative , injection of a pure sine wave . Depending on the country, the distortion require­ ment is in the range of 3% to 5%. In the United States, the wave does not need to resemble a sine wave , but it cannot be a , low-frequency, high-voltage sine wave ringing signal. Figure 3, parts A and B, illus­ trates the PWM signal , supply, and a digital input sequence The L7590 IC is optimized for low power dissipation, and is


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PDF L7590 DS97-234ALC DS97-006ALC) 05002k.
sine wave generator using ic 555

Abstract: pwm pure sine wave generator PIN DIAGRAM of LM 324 Internal diagram of ic 7495 pwm 555 driver application pin diagram of ic 7495 L7590 JE22 HP3311A ATTL7590AAE
Text: . The output is then filtered to produce a sine wave . The peak-to-peak output level is determined by the , exception of the United States, most worldwide administrations require an injection of a pure sine wave , wave does not need to resemble a sine wave , but it cannot be a square wave . The shape requirement of , replica of the CLK input is filtered to leave only the low-frequency, high-voltage sine wave ringing , L7590 IC is optimized for low power dissipation, and is available in a 16-pin surface-mount package


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PDF L7590 DS97-234ALC DS97-006ALC) 005002b 002S005 sine wave generator using ic 555 pwm pure sine wave generator PIN DIAGRAM of LM 324 Internal diagram of ic 7495 pwm 555 driver application pin diagram of ic 7495 JE22 HP3311A ATTL7590AAE
sine wave generator using ic 555

Abstract: square wave generator using ic 555 Internal diagram of ic 7495 pwm pure sine wave generator
Text: input.The output is then filtered to produce a sine wave . The peak-to-peak output level is deter mined by , , high-voltage sine wave ringing signal. Figure 3, parts A and B, illus trates the PWM signal with relation to , United States, most world wide administrations require an injection of a pure sine wave . Depending on the , need to resemble a sine wave , but it cannot be a square wave . The shape requirement of the wave in the , circuit. The L7590B IC is optimized for low power dissipation and is available in a 16-pin surface-mount


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PDF L7590B DS97-512ALC DS97-234ALC) sine wave generator using ic 555 square wave generator using ic 555 Internal diagram of ic 7495 pwm pure sine wave generator
555 timer sine wave

Abstract: 555 timer 555 timer in astable mode tl 555 c Wien Bridge Oscillator 555 astable Wien Bridge Oscillator with RC bridge 555 timer oscillator astable 555 timer of 555
Text: Oscillation Circuit Schematic no. osc_42004.0 Wien Bridge Oscillator (Rail-to-Rail) Sine Wave Generator 2005 , , which is a basic oscillator circuit using a 555 type of timer. The circuit is also sometimes referred , determined by Tl=0.693 RB x C. Using CMOS versions of 555 timer circuits, a very wide frequency range at , entirely on the internal parasitic capacitor inside the 555 timer for oscillation. Recommended Components


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PDF ALD555, ALD1502, ALD2502, ALD4501 555 timer sine wave 555 timer 555 timer in astable mode tl 555 c Wien Bridge Oscillator 555 astable Wien Bridge Oscillator with RC bridge 555 timer oscillator astable 555 timer of 555
2003 - 555 timer 38 khz square wave generator

Abstract: square wave generator using ic 555 sine wave generator using ic 555 resistance to frequency converter using ic 555 YSI 400 thermistor 555 timer 20 khz square wave generator LTC1799 precision Sine Wave Generator voltage to frequency converter using ic 555 timer precision Sine 1khz Wave Generator
Text: Figure 6. 80Hz to 8kHz sine wave generator to 200k for a frequency range of 5kHz to 10MHz. With a 5V , Sine Wave Generator Figure 6 shows the LTC1799 providing both the clock source and the input to a switched capacitor filter to generate a low distortion sine wave output. The 74HC4520 counter divides , oscillator IC that can accurately generate a square wave signal at any frequency from 5kHz to 20MHz , harmonics are attenuated by 60dB or greater. The resulting sine wave has less than 0.1% distortion. This


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PDF OT-23 OT-23 16-pin LTC1654 14-bit 555 timer 38 khz square wave generator square wave generator using ic 555 sine wave generator using ic 555 resistance to frequency converter using ic 555 YSI 400 thermistor 555 timer 20 khz square wave generator LTC1799 precision Sine Wave Generator voltage to frequency converter using ic 555 timer precision Sine 1khz Wave Generator
1995 - L7541

Abstract: ATT Microelectronics IC 555 function generator ATTL7590 Internal diagram of ic 7495 pin diagram of ic 7495 telephone ring generator circuit L7590
Text: Vrms sine wave open circuit output s Graceful turn-on and turn-off to eliminate impulse noise The ATTL7590 Telephone Ringing Generator is an integrated circuit that will produce a low-frequency , . Modulated square wave . Ringing Generator Output. Connect to ringing relay contact through a filter , Ringing Application Parts List for Application, Ringing Generator IC Name L1 C1 C2 CB 6 , RT Advance Data Sheet ATTL7590 Telephone Ringing Generator Features Description s


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PDF ATTL7590 DS95-043LCAS L7541 ATT Microelectronics IC 555 function generator Internal diagram of ic 7495 pin diagram of ic 7495 telephone ring generator circuit L7590
sine wave generator using ic 555

Abstract: No abstract text available
Text: . The output is then filtered to produce a sine wave . The peak-to-peak output level is deter mined by , high-voltage replica of the CLK input is filtered to leave only the low-frequency, high-voltage sine wave , States, most world wide administrations require an injection of a pure sine wave . Depending on the , need to resemble a sine wave , but it cannot be a square wave . The shape requirement of the wave in the , circuit. The L7590 IC is optimized for low power dissipation, and is available in a 16-pin surface-mount


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PDF L7590 DS97-234ALC DS97-006ALC) sine wave generator using ic 555
1997 - DRIVER 30374

Abstract: step motor driver ic pwm using ic 555 A3955 A3955SB pwm sinewave timing A3955SLB 3 phase oscillation using ic 555 step motor 3 phase motor using ic 555
Text: . WK-004-3 Figure 1: `Mixed-mode' microstepping emulation of sine wave 1 FULL-BRIDGE MOTOR , % 83.1% 70.7% 55.5 % 38.2% 19.5% 0% Table 1: Step motor rating relationships Mode 1Ø, ` Wave , , and Anatol Seliverstov INTRODUCTION to `MIXED-MODE' IC Specifically created and intended for bidirectional current control of two-phase step motors, this IC merges pulsewidth-modulation (PWM) current , , resonance-free motion. Two distinctive attributes are incorporated in this fullbridge motor IC : a 3


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PDF A3955SB A3955SLB DRIVER 30374 step motor driver ic pwm using ic 555 A3955 pwm sinewave timing 3 phase oscillation using ic 555 step motor 3 phase motor using ic 555
sine generator ic

Abstract: IC sine wave generator Programmable Sine Wave Generator synchronized Sine Wave Generator digital IC sine wave generator
Text: Sine Wave Generator with Digital Gain Control GENERAL DESCRIPTION The ML2037 is a programmable sine , shutdown control to completely disable the sine wave generator . FEATURES Programmable output frequency , for the digital sections of the IC , Synchronization input. Holding this pin low stops the sine wave , DESCRIPTION The ML2037 is composed of a programmable frequency generator , a sine wave generator , a crystal , to filter them out. SINE WAVE GENERATOR The sine wave generator is composed of a sine lookup


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PDF ML2037 500kHz, ML2037 16-bit sine generator ic IC sine wave generator Programmable Sine Wave Generator synchronized Sine Wave Generator digital IC sine wave generator
1997 - ac motor speed control circuit diagram

Abstract: pwm sinewave timing step motor DRIVER 30374 motor driver full bridge 5A linear shaft motor bridge driver 3 phase oscillation using ic 555 Stepping Motor 3 phase sine wave pwm circuit microcontroller based speed control of ac motor
Text: . WK-004-3 Figure 1: `Mixed-mode' microstepping emulation of sine wave 1 FULL-BRIDGE MOTOR , % 83.1% 70.7% 55.5 % 38.2% 19.5% 0% Table 1: Step motor rating relationships Mode 1Ø, ` Wave , , and Anatol Seliverstov INTRODUCTION to `MIXED-MODE' IC Specifically created and intended for bidirectional current control of two-phase step motors, this IC merges pulsewidth-modulation (PWM) current , , resonance-free motion. Two distinctive attributes are incorporated in this fullbridge motor IC : a 3


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PDF A3955SB A3955SLB ac motor speed control circuit diagram pwm sinewave timing step motor DRIVER 30374 motor driver full bridge 5A linear shaft motor bridge driver 3 phase oscillation using ic 555 Stepping Motor 3 phase sine wave pwm circuit microcontroller based speed control of ac motor
L2038

Abstract: Programmable Sine Wave Generator L-2038 IC sine wave generator
Text: Sine Wave Generator with Digital Gain Control GEN ERAL DESCRIPTION The M L2038 is a programmable sine , shutdown control to completely disable the sine wave generator . FEATURES Programmable output frequency , DESCRIPTION The M L2038 is composed of a programmable frequency generator , a sine wave generator , a crystal , not practical to filter them out. SINE WAVE GENERATOR The sine wave generator is composed of a sine , the analog section and the internal clock of the sine wave generator . When in the power down mode the


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PDF ML2038 500kHz, L2038 500kH Programmable Sine Wave Generator L-2038 IC sine wave generator
Not Available

Abstract: No abstract text available
Text: M Hz sine wave 1.6. 1.9 2.6 dB Detail enhancer characteristics 2 GDET2 Input: 50 mVp-p, 2 MHz sine wave 3.1 4.1 5.1 dB Detail enhancer characteristics 3 GDET3 Input: 15.8 mVp-p, 2 MHz sine wave 5.3 6.3 7.3 dB NL em phasis characteristics 1 GNLEMP1 Input: 500 mVp-p, 2 MHz sine wave 0.5 1.4 2.3 dB NL emphasis characteristics 2 GNLEMP2 Input: 158 mVp-p, 2 MHz sine wave 2.6 3.8 5.2 dB NL emphasis characteristics 3


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PDF ENS118A LA7440, 7440M 7440M LC89971, 89971M)
d985 k

Abstract: AD9850D 9850 fee AD9851 ADSP-2181 ez-kit program
Text: Output Jitter (Clock Generator Configuration, 40 MHz 1 V p-p Input Sine Wave ) Clock Output Duty Cycle , clock oscillator or high frequency signal generator ( sine wave output) with dc offset capability. AD9851 , at Y l. A sine wave signal generator may be used as a clock source at frequencies >50 M H z by dc , and phase-program m able digitized analog output sine wave . This sine wave can be used directly as a frequency source, or internally converted to a square wave for agile-clock generator applications. T he A D


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PDF 10-Bit 32-Bit 28-Lead AD9851 AD9851 RS-28) C3423-8-10/98 d985 k AD9850D 9850 fee ADSP-2181 ez-kit program
Not Available

Abstract: No abstract text available
Text: 200H IMPEDANCE H fK VOLTAGE HERE = CENTER POINT OF SINE WAVE (0.5V TYPICALLY) USING PASSIVE , clock oscillator or high frequency signal generator ( sine wave output) with dc offset capability , install a suitable crystal clock oscillator with CM OS output levels at Y l. A sine wave signal generator , frequency and phase-program m able digitized analog output sine wave . This sine wave can be used directly as a frequency source, or internally converted to a square wave for agile-clock generator


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PDF AD9851 10-Bit 32-Bit 28-Lead RS-28)
sine wave generator using ic 555

Abstract: pby 345 PBY 265 5118A DIP48S LA7411 LC7440 LC89971 QIP48E ynrc
Text: kHz sine wave -0.5 0.0 +0.5 dB Detail enhancer characteristics 1 gdet1 Input: 158 mVp-p, 2 MHz sine wave 1.6 1.9 2.6 dB Detail enhancer characteristics 2 gdet2 Input: 50 mVp-p, 2 MHz sine wave 3.1 4.1 5.1 dB Detail enhancer characteristics 3 g0et3 Input: 15.8 mVp-p, 2 MHz sine wave 5.3 6.3 7.3 dB NL emphasis characteristics 1 gnlempi Input: 500 mVp-p, 2 MHz sine wave 0.5 1.4 2.3 dB NL emphasis characteristics 2 GNLEMP2 Input: 158 mVp-p, 2 MHz sine wave 2.6 3.8 5.2 dB NL emphasis characteristics 3 gnlemp3


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PDF EN511BA LA7440, 7440M 7440M LC89971, 89971M) sine wave generator using ic 555 pby 345 PBY 265 5118A DIP48S LA7411 LC7440 LC89971 QIP48E ynrc
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